Approximate Trajectory Data for Missions to the Major Planets

NASA TECHNICAL NOTE

APPROXIMATE TRAJECTORY DATA FORMISSIONS TO THE MAJORPLANETS bv Laurence H. Fishbacb,Luwrence L. Giuenter, A:

NATIONALAERONAUTICS AND SPACE ADMINISTRATION WASHINGTON, D. C. MARCH 1971 TECH LIBRARY KAFB, NM

1. Report No. 2. GovernmentAccession No. 3. Recipient'sCotalog No. NASA TN D-6141 I 4. Title andSubtitle 5. ReportDate March 1971 APPROXIMATE TRAJECTORY DATA FOR MISSIONS 6. PerformingOrganization Code TO THE MAJOR PLANETS

7. Author(s)LaurenceH. Fishbach, Lawrence L. Giventer, and 8. Performing Organization Report No.

Edward A. Willis, Jr. ~ E -5892 9. PerformingOrganization Nameand Address IO. Work Unit No. Lewis Research Center 124 -08 11. Contract or Grant No. National Aeronautics and Space Administration

Cleveland,Ohio 44135 13. Type of Report and Period Covered 2. SponsoringAgency Name and Address Technical Note National Aeronautics and Space Administration Washington,D. C. 20546 14. SponsoringAgency Code

5. SupplementaryNotes

16. Abstroct

Trajectory data for missions to Jupiter, Saturn, Uranus, and Neptune and their moons are presented in the form of contour charts and tables. They are useful for determining preliminary mission AV requirements and also identifying areas of interest for advanced propulsion concepts. Data for both one-way and round-trip trajectories are shown for flyby and orbiter (circular and elliptical) missions. A class of round-trip trajectories using elliptical parking orbits and having a minimum AV at approximately one-half of Hohmann time is found. Since the trajectory model used circular-coplanar planet orbits, the results apply approximately to any launch date.

17. Key Words (Suggested by Author(s)) 18. DistributionStatement Trajectories; Major planets; Jupiter; Saturn;Uranus; Neptune; Moons; Unclassified - unlimited Major-planet moons; Missions; Mission studies; Impulsive velocity increments; Round trips; Probes

19. SecurityClassif. (ofthis 20. SecurityClassif. (ofthispage) 21. NO. Pagesof 22. Price* U nclassified UnclassifiedUnclassified I 215 I $3.00 - -

For sale by the National Technical InformationService, Springfield. Virginia 22151

.. . .

CONTENTS

Page SUMMARY ...... 1

INTRODUCTION ...... 2

ONE -WAY TRAJECTORIES ...... 3 InterplanetaryAnalysis ...... 3 Outbound transfer ...... 4 Computationalprocedure ...... 5 TargetPlanet Maneuver Analysis ...... 5 Assumptions ...... 5 Flybys ...... 5 Orbitingtrips ...... 6 Presentation of Data ...... 7 Use of chartsand data for one-way missions ...... 8 Tabulardata ...... 9 One -way missions ...... 10

ROUND-TRIP TRAJECTORIES ...... 11 Symmetric Round Trips ...... 12 Turningangle boundary condition ...... 13 Flybytrips ...... 13 Orbitalround trips ...... 16 Unsymmetric Round Trips ...... 18

LUNAR TRAJECTORIES ...... 19 Satellites ...... 19 MissionOperations ...... 20 Assumptions ...... 20 Transferfrom parking orbit to first moon ...... 20 Multi-moontrajectories ...... 21 Illustrative Mission to Saturn's Four Largest Moons ...... 22

SUMMARY OF RESULTS ...... 23

APPENDIX .SYMBOLS ...... 24

REFERENCES ...... 26

iii APPROXmATE TRAJECTORY DATA FOR MISSIONS TO THE MAJOR PLANETS

by Laurence H. Fishbach, Lawrence L. Giventer, and Edward A. Willis, Jr.

Lewis Research Center

SUMMARY

Impulsive velocity increment (AV) requirements for one-way trajectories from low- Earth orbit to the major planetsare presented in the formof contour charts and tables. The given Earth-to-planet data also apply to return transfers, thereby permitting round trips to be analyzed. The charts relate propulsive effort to departure and arrival dates, travel times, and planetary configurations; they are designed for rapid identification of efficient mission trajectories. The tabular presentation includes hyperbolic speeds and a summary of orbit elements and geometry. These basic data are applied to several major-planet missions. The sample trajectories illustrate the applicability of the data and the methods of using them. For one-way flyby missions it was found that near minimum AV's in the 8 kilometer per second range are required for travel times ranging from 1.1 years(to Jupiter) to 16 years (to Neptune). An additional AVof about 1 kilometer per second in most casesis sufficient to bring the vehicle into a highly elliptical parking orbit (compared to 7 to 22 km/sec AV to enter a low circular parking orbit). For each planet, a family of symmetric nonstop round-trip trajectories basedon a nonpropulsive gravity turn maneuver was constructed. The minimum AV's were again in the 8 kilometer per second range; however, these missions required 2.5 to 30 year trip times. For elliptic-orbiting round trips, minimum total AV's were in the 11 kilometer per second range, which is comparable to the total AV for Mars and Venus missions. This minimum occursat roughly one-half of Hohmann time. Data are presented to enable the reader to construct interlunar excursion mission studies for the moons of the major planets. An upper limit on time required for these missions is determined by assuming the worst possible configuration for the moons. For an example mission to Saturn's four largest moons, the total AV for the interlunar exploration varied from18.4 to 20.7 kilometers per second dependingon whether or not elliptic orbits were used about eachmoon. INTRODUCTION

In view of recent Apollo and Mariner Mars and Venus accomplishments, it is per- haps appropriate to consider possible next steps in interplanetary flight. Present plans include more manned trips to the Moon and more probes to Mars and Venus. In the more distant future, manned trips to Mars and Venus may be considered. There is also scientific interest in the major planets Jupiter, Saturn, Uranus, and Neptune as indicated in reference 1. These planets differ markedly from the four inner or ttterrestrialft planets in size and physical characteristics. Moreover, the major planets possess extensive lunar systems which may offer suitable conditions for manned landings. Except for special situations like grand tours (ref. 2) in the late 1970ts, missions to the major planets tend to be very difficult in terms ofAV and/or trip time requirements; hence, some type of tfadvancedff propulsion system (e. g., electric propulsion and/or nuclear rockets) may be desirable or even necessary. Some general comparisons of the various advanced concepts have been made (ref. 3). However, to clearly define regions of advantage for each of the several competing systems a large amount of trajectory data suitable for preliminary mission analysis must be acquired. The data required at this stage need not be highly precise, but they should cover a wide range and be presented so that all reasonable combinations of mission destinations, objectives, and trajectory profiles can be studied conveniently and ona consistent basis. Detailed impulsive thrust results have been recently published (refs. 2 and 4 to 7) for one-way trajectories to the major planets, both direct and using a Jupiter swingby. The data presented in these reports were computed usinga fairly detailed trajectory model (inclined elliptic planet orbits, etc. ) and apply to the time period 1976 to 1986. However, they do not report return trajectories (planet to Earth)or trajectories between the moons of the major planets. Hence, the data now available may not include the time period of interest for advanced missions; in any case, they do not include lunar trajectories or the return transfers forround trips. The present report, although based on a less precise solar system model (circular- coplanar planet orbits), includes an extensive compilation of ballistic Earth -to -planet, planet-to-Earth, and interlunar trajectories. Because of the simplified solar system model employed, these data apply equally in all synodic periods. In terms of propulsive effort, the resultant errors are not large (ref. 8) and are insignificant compared to the uncertainties involved in estimating the performance of hypothetical rocket propulsion concepts. The only known prior work dealingwith major-planet round trips and interlunar trajectories (refs. 8 and 9, respectively) concerned Jupiter only and were primarily of an illustrative nature. The present report extends the work of references 8 and 9 to in-

2 clude the other major planets and provides "working" data to support further mission studies. To facilitate comparison between high and low thrust systems, the present data (which apply to a high-thrust system only) were computed using the same planetary con- stants and basic assumptions as in reference 10. (The latter presents a wide range of low-variable-thrust data for missions to all planets.) One-way trajectories beginning and ending in a low circular parking orbitare first studied for each planet, using the successive two-body trajectory model, impulsive thrust, and circular, coplanar planet orbits. Travel times ranging from about 20 percent of to full Hohmann time are considered. The basic trajectory data are presented in the form of contour charts relating propulsive effort (AV) to travel time, departure and arrival dates, and other basic trajectory characteristics. These charts are supple- mented by a tabular presentation of further trajectory data which is sufficiently detailed to support preliminary mission calculations. The one-way trajectory data are assembled into round trips on the basis that the planetocentric parking orbit, together with its associated capture and escape maneuvers, must match the outbound and return trajectoriesat the "sphere of influence. '* Planetary stay times of 0 to 400 days are also considered. An attractive family of round trips with minimum or near minimum total AV requirements at roughly half of the Hohmann trip times is identified for each planet. The interlunar and parking orbit to moon trajectories are finally considered. Total AV and maximum travel times are presented for trajectories- consistingof a sequence of Hohmann transfers which leads from the planet parking orbit toa moon and from one moon to another. The space vehicle may orbit or fly by as many as four of the largest moons before returning to the parking orbit.

ONE -WAY TRAJECTORIES

Interplanetary Analysis

An interplanetary mission as used herein consists of as many as four essential phases: an outbound transfer from Earth to the target planet,a parking orbit at the target planet if an orbiter, interlunar exploration if desired, and a return transfer to Earth if a round trip. In this section, methods of solving the one-way mission problem are outlined for flyby and orbiter missions. In a later section, methods are described for determining round-trip missions using one-way data.

I I . ..

For a total trip time (TT) anda stay time (TS)at the destination planet, minimum impulsive requirements (AV) for each of the mission phases are determined. In table I are summarized the assumed actual orbit and physical properties for Earth, Jupiter, Saturn, Uranus, and Neptune (refs. 6 and 7) and the mean values used in this two-dimensional circular orbit analysis. Outbound transfer. -The outbound interplanetary transfer consistsof three parts: an escape from Earth (fig. l), the heliocentric transfer (fig. 2), and the capture by the target planet (fig. 3). Several approximations are made. First, the planetary orbits are assumed to be circular and coplanar. Second, the sizes of the planetary spheres of influence are assumed to be negligiblewhen compared to interplanetary distances but much larger than the parking orbit dimensions. Inside the sphere of influence, only the planet's gravitational field is considered; outside the sphere of influence, only the Sun's field is considered. This analysis then is based on the impulsive two-body trajectory model. Propulsive maneuvers are treated as impulses and the actual N-body problem is replaced by a sequence of planet- and Sun-centered conic sections matched at the sphere of influence. Also, the arrival or departure hyperbolic excess velocity vector may be located at any position on the sphere of influence. Because of the large distances involved, the low eccentricities, and the low inclinations of these planets, these assumptions do not produce major errors in the results. Reference 8 using a similar procedure cites errors of less than 5 percentin the total AV AV for Earth-Jupiter round-trip trajectories. (: During the escape maneuver in the vicinity of Earth, vehicular motion is described in geocentric coordinates (fig. 1). The vehicle is assumed to depart from a 1.1 Earth radii circular orbit upon the application of an impulsive velocity increment "VI. The escape path from Earth is a hyperbola and the vehicle is assumed to cross the Earth's sphere of influence with a hyperbolic excess velocity (V,) oriented along the asymptote of the hyperbola specified by the angle 'p,. Upon leaving the sphere of influence, the Sun's gravitational attraction becomes dominant and vehicular motion is a conic section described in heliocentric coordinates. The trajectory velocity (VH & at the Earth end on this conic section between Earth and the destination planet is the'vector sum of V, and of the orbital velocity of the Earth

aboutthe Sun (Vd. The V is oriented at a path angle (Y with respect to the local H, a3 horizontal relative to the Sun. While in heliocentric space (fig. 2) the vehicle traverses a heliocentric travel angle po in an outbound travel time To. Once each synodic period the Earth and the target planet are in opposition. The launch date may be specified as the amount of time before the next opposition TD, and the arrival date as the time between that opposition and the vehicle*s encounter with the target planet TA. Thus, the outbound travel time becomes thesum of TDand TA:

4 The relative position of the two planets is further specified by the configuration angle y. Missions can be specified for any time in the future by describing the trajectory in termsof these parameters and recalling that circular coplanar orbits have been assumed. The final portion of the outbound trajectory is encounter with the target planet (fig. 3). Oncethe vehicle enters the sphere of influence r thetrajectory is again 00, P described in planetocentric coordinates. The vehicle approaches the planet with a heli- ocentrictrajectory velocity V at a pathangle a! with thelocal horizontal to the H, P planet-Sunline. The arrivalhyperbolic excess velocity V is thevector difference O0, P of v andthe planet's orbital velocity about the Sun. Thevehicle is thenconsidered H, P to follow a hyperbolic orbit having an asymptote angle 'p, measured from planet-Sun line. Computational procedure. - The computational procedure followed is a simplified version of that used in reference 11. In general, the calculations are made as follows: (1) A transfer time and launch date or heliocentric travel angle of a trajectory are specified. (2) From the previous information and planetary orbital data, the position and motion of Earth when the vehicle departs and of the planet when the vehicle arrives are known. (3) The elements of the transfer trajectory which connects Earth and the target planet in a specified travel time arefound by an iteration process and the associated velocity increments are calculated.

Target Planet Maneuver Analysis

Assumptions. - The final phase of the one-way mission is the encounter with the target planet. The principal assumptions made in the analysis of this encounter are the following: (1) The planet is treated as a point mass and is nonoblate. (2) All maneuvers are made impulsively. (3) The minimum radius consistent with avoiding atmospheric effects is 1. 1 times the planet's equatorial radius. (4) Flyby maneuvers and initial parking orbits are in the planeof the arrival and de parturehyperbolic velocity vectors (7 and v' ) andthe planet. 0392 0323 Flybys. - The flyby maneuver is a nonstop planetary encounter. It is the simplest type of interplanetary probe and is of interest because of the relatively low AV requirements. The vehicle enters the planet's sphere of influence from a heliocentric trajectory 5 with a known hyperbolic excess velocity (V ). Within the sphere of influence, the *, 2 gravitational field of the planet deflects the vehicle fromits original heliocentric heading. The vehicle then departs on a different heading with the same hyperbolic excess velocity as it had on arrival. Four types of flyby trajectories are shown in figure 4. Four velocity vectors are indicatedon each part of this figure. Two are thehyperbolic velocity ? and ? *, 2 *, 3 equal in magnitude but not in direction. The others are the heliocentric velocity of the planet ? and the heliocentric velocity of the vehicle ?H, p. Notethat ?- is the P vectordifference of ? and P H, P' In figures 4(a) and (b), the vehicle has approached the planet while heading away from the Sun. In figure 4(a), the vehicle passes in front of the planet, is turned by the gravitational pull, and if passage is close enough may head back towards the Sun (and Earth). This results in a dark side (periapsis away from the Sun) retrograde passage. In figure 4(b), the vehicle passes behind the planet and its path is bent in a manner caus- ing it to continue away from the Sun. This is a twilight (periapsis near the terminator) posigrade passage. In figures 4(c) and (d), the vehicle has approached the planet while heading toward the Sun. As seen in figure 4(c), an approach in front of the planet results in a Sun-side (periapsis towards the Sun) posigrade passage, and the vehicle then may head away from the Sun. If instead, the vehicle passed behind the planet, it would experience a twilight retrograde passage and then head in toward the Sun. For a Hohmann trajectory, the vehicle would approach the planet's orbit tangentially, and would then head either toward or away from the Sun depending on whether it passes on the dark side or the light side of the planet, respectively. Orbiting trips. - Gravity turn flybys are simple and can be accomplished for moder- ate CAY'S. However, they provide only limited opportunity for observing the target planet. In order to accomplish more extensive observations it is necessary to enter a parking orbit about the target planet. One possible orbit is a low circular parking orbit (at 1.1 planet radii) (see fig. 5(a)). This has several advantages: (1) It offers frequent opportunities for launch onto the Earth return trajectory inthe case of a round trip. (2) It provides low altitude observation of the planet. (3) For a given deorbit AV it has the lowest possible atmospheric entry velocity for a landing when that is planned. Shown in figure 5(a) is the incoming hyperbolic excess velocity V The turning * > 2:. angle ij2 between and the circular parking orbit at 1. 1 planet radu is supplied v*,.2 by the planet's gravitational field. Orbital capture is accomplished by an impulsive velocity increment AV2.

6 Generally, the AV2 required to enter the circular parking orbit is uncomfortably high, but as will be shown, it can be significantly reduced by using an elliptic orbit instead. This type of parking orbit is shown in figure 5(b). An impulsive velocity increment AV2 is applied at periapsis of the approach hyperbola. The line of apsides of the parking ellipse is not generally along the planet-Sun line.

Presentation of Data

Basic trajectory data are presented ina graphical format relating velocity increment requirements to several useful mission parameters. These parameters include (1) travel time, (2) heliocentric travel angle, and (3) departure and arrival dates. The relative positions of departure and arrival for one-way outbound trips are represented in the construction of the figures. The results, however, can be applied for round-trip missions. The mission configuration is fixed by designating departure and arrival dateswith reference to an opposition between Earth and the target planet. This concept is illustrated in figure 6 where it can be seen that the heliocentric travel angleis

The outbound travel time is equal to the sum of the travel time from departure to the reference opposition, plus the travel time from the reference opposition to arrival:

To = TD + TA

Thus, the time to arrival is

This relation sets forth the general arrangementof the graphical data (figs. 7 to 10). Time to arrivalis plotted against heliocentric travel angle for various travel times. This produces a series of parallel, negatively sloped straight lines characterized by dif - ferent travel times. Lines of constant one-way velocity increment requirements for 2 1.1 circularparking orbit to 1. 1 circularparking orbit AV are constructedon this 1 grid. A set of contours centered about the Hohmann minimum energy transfer trajectory

7 2 point result (see fig. 7). Thelocus of minimum AV for a given trip time is a line 1 of rapidly increasing slope starting at the origin and passing steeply through theHohmann transfer point at Po = 180'. This line defines trips with optimum travel angle for a given travel time. Departure dates are plotted as times before the reference opposition according to the relation

and appear as positively sloped straight lines of different departure times. For convenience, another vertical scale has been added to the figures. This scale shows the configuration angle y between Earth and the target planet on arrival date. The angle y will vary from 0' to 360' in a synodic period. The arrival date configuration angle is related to the other trajectory parameters by

y = Po - (w@To - 360ON) (6) where the minimum value of N (an integer) is used for which y is positive. If the planets at arrival are in opposition, the configuration angle is 0' or 360'. Likewise, a configuration angle of 180' means that the planets are in conjunction at arrival. Basic trajectory parameters are easily determined from the AV contour charts (figs. 7 to 10) for either one-way or round-trip missions. Any two of the following fac- tors may be specified as independent variables defining from the charts the other five: 2 2 (1) traveltime, (2) desirefor minimum AV operation,(3) AV, (4) heliocentric 1 1 travel angle, (5) departure date, (6) arrival date, (7) configuration angle at arrival.

Use of charts~ ~__ and data - .-for one-way missions.~~~ - Of greatest interest forone-way 2 missions is theminimum AV trajectory for a giventravel time. Therefore, a point 1 2 may be found anywhere on the line of minimum AV drawn on the chart, corresponding 1 2 to the travel time selected. Point A in figure 7 and sketch (a) is the minimum AV 1 trajectory for an 860-day trip to Jupiter. The approximate required AV is 23.25 kilometers per second and the heliocentric travel angle is 173'. The departure date is es- timated to be 113 days before the next Earth-Jupiter opposition. The vertical scale to the left indicates an arrivaldate of 747 days after the reference opposition (note: To = TD + TA). The configuration angle at arrival is seen to be 45' as read from the

8 Departure Contourchartline time, Interpolated line TD days

L= ._0 150 c sv) 0 .cP PI W " D L= .. To, days a, >- I -" PI L W- W I -m 90 "747 c m c ._0 cm 270 L 3 .--m 400 C 0 V 90

180 Locus of

270 minimum AV c 171" Reference I 1,' "j 1 opposition -- 0 40 80 120 160 200 240 Heliocentric travel angle, Bo (a) - Interpolation of trajectory parameters from impulsive velocity increment AV contour chart of Jupitertrips. (Opposition angle, 0, 0"; conjunctionangle, C, 180". )

scale on the left side Looking at a configuration angle of Oo, the planets would be in opposition if the time of arrival was 797 days. But since TA is 747 days, the vehicle arrived 50 days before the next Earth-planet opposition. Tabular data. - In addition, more detailed data are available from tables XI to - " XIV. The information is arranged in columnar groupings. The table headings are defined in the appendix. The time of arrival dates are presented at the extreme left of each page. The top figure is the number of days from the reference opposition to arrival. The figure underneath is the number of days before the next subsequent opposition. The next two columns give one -way travel time in 10-day intervals and corre- 2 2 sponding AV requirements(note the minimum AV ineach grouping). The re- 1 1 maining columns are divided into three sections comprising (reading from left to right) three columns of parameters related to the arrival operation, seven columns related to the heliocentric phase, and three columns related to Earth departure operation. The column headings are defined in the appendix. In table XI for Jupiter it is seen that the trajectory previously discussed, namely, 860 days having an arrival date at Jupiter 747 days after the reference opposition (50 days before the second subsequent opposition), can be found. When checking the "DVSUM" column for 860-day trips at other values of TA it is also noted that this is indeed a near-

9 minimum AV trajectory. From this point on only minimum energy trips (optimum travel angle) are discussed (dark line in figs. 7 to 10).

One-way missions.~. - As previously mentioned, flyby missions require the least AV of all interplanetary probes since there is no AV at planet arrival. Minimum AV for flybys is shown in figures 11 to 14 for Jllpiter, Saturn, Uranus, and Neptune, respectively. These AV's were determined by finding the minimum AV1 for a given travel time. The data necessary to do this can be found in tables XI to XIV. If figure 15 is referred to, post-encounter conditions for the vehicle can be found by letting R go to infinity in the conic section formula

P R= "~." "02 1 + e COS (180 - e,, 3)

or 1 COS e = - -9 3 e

The AV necessary to establish a parking orbit can be expressed as

For a flyby AV = 0, Vc = circular velocity at 1.1planet radii, and Vm can be found in tables XI to XJY. Thus,

e = 1 + ($7

and cp can be found from tables XI to XIV. Therefore, the angle E between the 02,2 planet-Sun line and the line of apsides of the flyby hyperbola can be expressed as

E=cp m, 2 - @02,2 (12)

10 As previously mentioned, the use of elliptic rather than circular parking orbits can significantly reduce the energy requirements for stopping over at the target planet. This can be seen from equation (9). Savings up to - l)Vc are achievable (e < 1) (6 P for capture into a highly elliptical parking orbit. From the same data uspd to determine the flyby AV requirements, 25, 50, and 100 day elliptical parking orbits having 2 1.1 planetradii periapsis AV requirementswere found. These results as well as 2 1 2 the AV requirements for circular parking orbits are also shown in figures 11 to 14. 1 As can be seen from the figures, the curves rapidly flatten outwith trip time. Thus travel time may be significantly reduced below Hohmann transfer time with only a small 2 increasein AV. 1 As expected, flybys require the least AV and elliptic orbits show significant im- provements over circular parking orbits. In addition, it should also be noted that the effect of elliptic orbital period time is small in this range (25 to 100 days).

ROUND -TRIP TRAJECTORIES

The outbound and return legs of a round-trip mission are similar. Compare figures 6 and 16; for equal travel times and travel angles, the outbound and return trajectories are symmetrical about the opposition line. The AV contour charts may be used in much the same manner as previously described if it is recognized that some of their features now have "mirror image" meanings. The following changes are to be made in determining the return leg trajectory when using point A in figure 7 as an example of a typical data point: (1) For the outbound trip, the reference opposition was the first opposition after launch (at point A, the vehicle was launched 113 days (T,,) prior to the reference opposition); for return trips, it is the last opposition before return (arrival dataat Earth is 113 days after this opposition). (2) The TD instead of indicating time of launch date before the reference opposition now indicates the time from that reference opposition until return. (3) The TA instead of indicating arrival date in days past the reference opposition (747 days for point A) now indicates the time of departure in days before the reference opposition will occur. (4) Travel time is still the sum of TA and TD (To, outbound travel time is 860 days) but To now becomes the return travel time TR. (5) The configuration angle at arrival y was the angle by which the target planet led Earth on the arrival date (45' at point A); now it is the angle by which Earth leads the target planet on the departure date.

I (6) For outbound trips, the vehicle arrives at the planet (point A) 50 days prior to the second subsequent opposition to the reference opposition; point A instead now indicates that the vehicle leaves the target planet50 days after the second opposition prior to the reference opposition (note: at point A, w = 0. 0831°/day, coB = 0.986O/day, 0 P W@ - w = O.So/day X 50 days = 45 = 7). P (7) The heliocentric travel angle is now PR instead of Po (173'). Round trips require that the total angle traveledby the vehicle must equal the angle traveled by Earth during the same periodof time less an integer number of revolutions of the Earth:

Solving for the stay time TS gives

For planets more distant than the Earth from the Sun, the denominator is positive. For any pair To, TRthere is a pair Po, p, which correspondsto minimum AV. For Hohmann trips po and pR are each 180' and To + TR >> 365 days; for shorter times Po and ,BR are each less than 180°, thus po + pR 5 360'. Thevalue of we is approximately 1' per day. Thus, to keep TS positive, N must be greater than 0. When short mission times are desired (e.g., 300 to 450 days), as, for example, for opposition class manned Mars round trips, N must be zero in order to have a positive stay time TS together with a low value of To + TR + TS. To meet the rendezvous condition, po and/or pR must then be greater than optimum for the given values of To and/or TR. If longer times areallowed (e. g., for major planet trips or for Hohmann-type Mars round trips), it is possible to select N 1 1 giving a wider choice of the sum of the angles Po and IsR. Then TS may be chosen to be consistent with near-optimum values of Po and pR. As will be shown, this leads to symmetrical round trips.

Symmetric Round Trips 4 Symmetricround trips which will be shown later to require minimum AV are 1 characterized by the fact that Earth and the target planet are in opposition (or conjunction) at the midpoint of the stay time. The outbound and return trajectories are mirror images and require identical AV's (see fig. 17):

12 To = TR

The outbound leg is treated the same way as a one-way transfer. In the preceding example it was determined that the vehiclewould arrive at Jupiter 50 days before the second subsequent opposition. Thus the date of departure from Jupiter is 50 days after that opposition giving a total stay time of 100 days. The return trajectory of the vehicle is represented on the contour chart by exactly the same point as the outbound transfer. Therefore, for a symmetric trip, only one point need be found on the chart. The time of arrival before the opposition is equal to the time of departure after the opposition. For missions having a given stay time (e. g., 250 days), symmetric round trips would be feasible only for an arrival dateof half the stay time (e. g., 125 days) before opposition. Stay times can be increased by additional synodic periods without changing the trajectories. There are two types of symmetric round trips - flybys and orbiters. Both require a matching of boundary conditions at the target planet. Turning angle boundary condition. - The direction of the hyperbolic velocity vector V- must undergo a total turning angle cp at the target planet. The required angle cp is indicated in figure 18 for the reference low circular parking orbit for which the data were plotted in figures 7 to 10. As indicated in figure 18, part (62 and ti3) of the total turning angle is supplied by the gravitational attraction of the target planet. Unless a circular parking orbit is used, the rest (0) must be applied propulsively. As can also be cp = 6 seen, 23+ 6 + u. Indicated in figure 19 is the fact that cp is a function of the arrival and departure asymptotes and of the stay time. For retrograde orbits,

cp = 360' - cpo"o,2- UT =62+63+~ V-,3 - PS For posigrade orbits, cp= (P,,~+ (P,,~+ w T = e2 + 63 + u PS

For flybys, TS is zero and q is only a function of cpm, 2 and qm, 3' Flyby trips. - Flyby missions are of special interest because of the lower AV requirements. Since time at the planet is then a premium, periapsis radius is of prime importance as this will strongly affect the observation obtained. For nonpropulsive symmetric flybys, there is only one periapsis at which the gravitational attraction of the planet will exactly supply the turning angle (e) required. This radius can be determined as follows: From equation 8,

13 From equation 10,

However,

hence

Theflyby maneuver is shown in figure 20. Sincethere is no propulsion, 8 = cp,, 2, ,, ,, 2 which can be found in tablesXI to XlV. Referring again to figure 20 shows that for trip times shorter thanHohmann time, the vehicle for minimum AV trips approaches the planet orbit from within. These trajectories are characterized by retrograde passage with periapsis on the dark side of the planet. For Hohmann time, the vehicle arrives at a tangent to the orbit of the planet; that is, 0, = 90'. For a symmetric flyby, the vehicle must also depart tangentially; therefore, there is no allowance for gravity turning. This implies that the vehicle must stay outside the sphere of influence since if it entered, the ensuing gravity turn would not permit the vehicle to leave tangentially. This same result could be obtained directly from equation (19) since sec 90' = W. For times greater thanHohmann, the vehicle first passes through its aphelion and then approaches from outside the planet's orbit. (Recall fig. 4 and accompanying discussion. ) As can be seen from tablesXI to XN, the asymptote angle of the approach hyperbola (qW)becomes steeper and V, increases. As a result, the required turning becomes larger and available turning angle due to gravity (6) for a given R becomes P smaller; both effects reducing the required value of Rp. Thus, for TT > THohmann, the vehicle executes a Sun-side periapsis posigrade passage. Symmetric flyby trips canonly take place when Earth and the target planetare either in conjunction or opposition at the arrival date. If the periapsis is allowed to vary as

14 shown by equation (19) then no propulsive effort will be requiredat the target planet. Round-trip impulsive velocity requirements for nonpropulsive flybys to the major planets where atmospheric braking at Earth return is allowed simply become AV1 and are shown in figures 21 to 24. In figure 21 is shown the determination of the minimum AV for the opposition class trips of approximately 1800 days in duration. The sharp minimums in AV occurring at each conjunction or opposition are shown by the data points in figures 21 to 24. The points have been connected by dotted lines to show trends. Thus symmetric trips do exist at trip times between the data points in the figures. The AV's are much higher. Nonsymmetric trips require even higher AV's. Sketch (b) represents how AV would

Opposition

Conjunction at arrival Opposition at arrival I

I 1 1 I Round-trip travel time (b) - Continuous variation of flyby impulsive velocity requirement with trip time for symmetric trips.

vary continuously with trip time. Also indicated in figures 21 to 24 is the periapsis radius for these missions. It can be seen in these figures that the required radii increase from values less than the planet radii at short travel times to values in excessof R at the 03, P Hohmann times and then gradually decrease for still longer times. The necessity of passage through the planet is avoided if the vehicle arrives at another position on the sphere of influence. However, the turning due to gravity will then be insufficient for a

15 symmetric flyby. As can be seen CAV increases rapidly as trip time is shortened and periapsis decreases allowing for closer observation. For Jupiter a two order of magnitude reduction in periapsis requires a 17.5 percent increase in AV requirement and requires only 56 percent as much time. I€ it is desirable to have a low periapsis passage such as at 1.1 planet radii, a propulsive flyby can be made. Part of the turning angle required (40) (fig. 20) is supplied by the planet's gravitational field. The total turning required and the turning due to the planet's gravity are shown in figures 25 to 28. Again for symmetric trips, the planets must be in conjunctionor opposition at arrival and the data points are connected with dashed lines. At short trip times, cp > 6 and a propulsive maneuver is necessary. This difference decreases with increasing travel time until the curves cross. At this point, the turning angle required is exactly supplied by the planet's gravity. Beyond this time, if periapsis is at 1. 1 planet radii too great a turn will occur and the trip willnot be symmetric. Therefore, either a propulsive maneuver or an increase in periapsis distance (with a corresponding degradation of observational capability) is required. A method for calculating the AV necessary at the target planet for constant periapsis flybys is shown in reference 8. This method is very similar to that discussed in the section on the use of elliptic parking orbits for round trips. Orbital round trips. - Observation times at the target planet can be significantly in- - " - creased by entering into a parking orbit. For symmetric round trips with a circular 4 parking orbit at 1. 1 planet radii, the mission CAV would simply be twice the one-way 1 AV's shown on the contour charts (figs. 7 to 10) where the arrival date was half the stay time days before opposition (or conjunction). Again, if atmospheric braking at Earth return is allowed, these AV's could be reduced by up to AVl, found in tables XI to mv for that trip, depending on the allowable entry velocity. The AV's necessary to arrive or depart a circular parking orbit can be significantly reduced by the use of elliptic orbits. Reference 8 presents a technique for achieving an elliptic parking orbit using off -periapsis thrusting (see fig. 29). Part of the required turning cp results from the gravity turn due to the planet (a2 + a3). The additional turning (a) is obtained by thrusting ai some angle other than zero with respect to the local elliptic velocity; that is, the thrusting occurs neither tangent to the local velocity vector nor at the periapsis of either the ellipse of hyperbola. The parking ellipse has a periapsis of 1.1 planet radii and its axis at the midstay time or midtrip duration is the planet-Sun line for a symmetric round trip. The contribution of the planet to the turn was shown in figures 25 to 28. The AV necessary to enter circular and elliptic parking orbits is shown in figures 30 to 33. These AV's are correct only if the round trip is symmetric and the parking ellipse is symmetric with respect to the arrival and departure asymptote, At short travel times, V, is large and cp required is very much greater than 6 from gravity. Recall

I I1 I I 111 I I I I I 1111 I I cp= 360 - qm,2 - cpm,3 - 0PS T TT < THohmann or

Therefore, high energy and a strong geometrical constraint cause a high AV requirement.As travel time increases, V, decreases, qrequired decreases,and 6 increases. Thus, a decrease in energy and an easier-to-satisfy boundary constraint cause a rapid fall off in AV required. At optimum travel time, V, is low and 'Prequired 'gravity (the crossover points in figs. 25 to 28). This results in a minimum AV. At even longer travel time, V, decreases slowlywhile Ggravity becomes in- creasingly greater than cp required. The angular constraint predominates leading to a gradual increase in CAV. Thus the use of elliptic orbits greatly shortens the optimum travel time for stopover round trips. Typically this optimum time is only about 50 percent of Hohmann time. The high steering losses suffered as travel time approaches Hohmann (cp 90') ,, ,, 2 - are discussed in reference 12. Highly nonoptimum burns before periapsis are necessary to leave the parking orbit on a symmetrical return trip. Nonsymmetrical trips require an even higherx AV. The mission CAV requirements as a function of round-trip travel time are shown for symmetrical elliptic parking orbit trips to Jupiter, Saturn, Uranus, and Neptune in figures 34 to 37, respectively.These AV's are determined byentering the AV contour charts at a TA which is half of the desired stay time before the TA at the sub- 2 sequentopposition. The minimum AV is thendetermined along with the correspond- 1 ing trip time and angle. From tables XI to XW or figures 30 to 33, the AV requirement (AV2) for circular orbit is then determined and subtracted. The period of the orbit was chosen to be one-fourth the stay time. The eccentricity of the parking orbit with periapsis at 1.1 planet radii is then determined. Either equation (9) or the data in figures 30 to 33 is then used to determine the AV2 necessary to achieve the elliptic orbit, and this 2 is then added to the previous result (AV1). This then is the outbound AV require- x1 ment. To calculate the round-trip CAV, add to this result the AV3 = AV2 necessary to leave the ellipse and the excess AV4 (if any) of AV1 and the assumed allowance re- entry velocity, 15 kilometers per second. These results are those shown in figures 34 to 37. As in the case of symmetric flybys, the figures show a series of data points connected by dashed lines to show trends. A continuous curve for symmetric stopover trips 4 would also look like sketch (b). Indicated in figure 34 are the CAV's for symmetric 1

I 100-day stopover trips for the cycle correspondingto a round-trip duration of 1800 days showing how the minimum was obtained. The data presented in tablesXI to XIV combined with the data in figures 30 to 33 can be misleading. The AV's shown in the figures are only for entering particular ellipses, namely, those ellipses oriented symmetrically to the arrival and departure asymptote (symmetric round trips). Any other use of the figures can lead to false con- clusions.

Unsymmetric Round Trips

For unsymmetric round trips, the elements of the outbound and return trajectories will be different, and Earth and the target planet will not be in opposition at the midpoint of the stay time. Suppose, for instance, that the outbound transfer was the 860- day minimum energy transfer for circular to circular parking orbit discussed earlier but that a 250-day stay time was desired. The vehicle would arrive at Jupiter 50 days (T - 747) before the second opposition (TA = 797). However, the departure would take A- place 200 days after that opposition. Since TA for return trips is the departure date in days before the reference opposition, TA = 597 days. A return trajectory may be found by coming across the chart (fig. 7) to the minimum AV line (point B) from a TA of 597 days indicating a departure for Earth return 200 days after that opposition. The re- 4 turn trajectory is thus determined to have a travel time of about 710 days, a EAV requirement of 23. 6 kilometers per second, and a heliocentric travel angle of 1643, . The configuration angle at departure is 180'. The vehicle will travel for 597 days until the reference opposition occurs and return to Earth 113 days later. Points C and D indicate other possible return trajectories (nonminimum AV), each leaving 200 days after opposition but having return travel times of 650 and 800 days, respectively. These same return trajectories may be followed if the vehicle, having arrived, stayed for one or more synodic periods (399 days for Earth-Jupiter) and then left 200 days after an opposition. 4 It can be illustrated that symmetric trips require lower energy requirements AV 4 I for a given stay time than unsymmetric trips. Sketch (c) shows the CAV requirements 1 for 1.1 circular orbit to 1. 1 circular orbit round trip to Jupiterhaving a stay time of 100 days. Indicated in the sketch are symmetric trips (solid curve), unsymmetric trips where a minimum AV leg for arrival at or departure from the planet at opposition has been used (long-short dashed line), and unsymmetric trips where the minimum AV leg for planet arrival at 100 days after opposition has been used (dashed line). In all cases

18 Unsymmetric trip (MinimumAV leg for - departure or ,-Unsymmetricarrival trip at opposition; attotal / (MinimumAV leg for stay time, 100 days) - / departure 100 days after '\\ ,' or forarrival 100 days ,i beforeopposition; total - Symmetrictrips stay time, 100 days) (Arrival date, 50 day:,' before opposition) - /

I I ~I 10 1700 1800 1900 Round-trip travel time, TT, days (c) -Comparison of symmetric and unsymmetric Jupiter round- trip circular parking orbits. Constant stay time, 100 days.

4 2 the symmetrictrips require less CAV. The AV decreasesless rapidly as trip 1 1 time is increased. Thus, even though travel time is increased on one leg the AV for that leg is reduced; the choice of a stay time requires a shorter trip time on the other 4 leg and an increase in CAV. This conclusion was also found and discussed in refer- 1 ence 8 and has been checked out on the computer using an optimum round-trip code. Cases, however, where the final (AV4) impulsive velocity increment is eliminated by atmospheric braking do not lead to symmetric optimum trips. The two legs, however, are very similarand no great error is incurred by assuming they are identical.

LUNAR TRAJECTORIES

Satellites

Once at a planet, it is possible to proceed, if desired, with a scientific inves- tigation of the planet's natural satellites. Jupiter, Saturn, Uranus, and Neptune are known to have at least 12, 9, 5, and 2 moons, respectively. The properties of these moons (taken from ref. 13) are given in table II. Four of the moons of Jupiter (Io, Europa, Ganymede, and Callisto) are comparable to the size of the Earth's moon. The four largest moons of Saturn are Tethys, Dione, Rhea, and Titan. Titan is apparently the largest moon of the solar system and is the only one presently known to possess an appreciable atmosphere. In addition, Saturn has a unique ring formation con- sisting of billions of particles.

19 Uranus is unique in that its axis of rotation lies almost in the plane of the ecliptic. All the other planets rotate counterclockwise about the axis pointing towards the North Star (above the ecliptic plane). Uranus' axis about which counterclockwise rotation occurs is approximately 8' below the ecliptic plane. Very little is known about the moons of Uranus; the four largest are Ariel, Umbriel, Titania, and Oberon. These moons are in retrograde orbit; that is, when viewed from above the ecliptic plane, they revolve about Uranus ina clockwise manner. Triton, one of Neptune's two known satellites, is the densest moon in the solar system. It too revolves in a retrograde orbit about the planet.

Mission Operations

The interlunar transfer operation consists basically of three maneuvers (each way). The space vehicle must (1) depart a planetocentric parking orbit, (2) make a plane change maneuver to bring it into the plane of the satellite, and (3) rendezvous with the target satellite. Assumptions. - The principal assumptions made herein are as follows: (1) Interlunar missions are to start from one of the symmetric retrograde elliptic parking orbits considered in the previous sections (outbound trip time was shorter than Hohmann time). (2) An Earth return vehicle remains in this orbit while an excursion vehicle visits the moons. Therefore, it will be necessary to reenter this orbit before return to Earth. (3) This parking orbit has a periapsis of 1.1 planetary radii, a period of 25, 50, or 100 days, and its line of apsides will be alined with theplanet-Sun line at midstay. (4) The orbits of the moons are assumed to be circular and coplanarwith respect to the equatorial plane of the planet. Since, however, the equatorial plane is inclined to the ecliptic plane, a plane change maneuver is necessary. Transfer from parking orbit to first moon. - There are several waysto transfer from a parking orbit to the planet's equatorial plane. A particular mission mode was therefore selected which, while not necessarily optimum , provides representative AV's and travel times for interlunar operations. The data presented can be used to study other modes. The mission mode used herein may be summarized as follows: (1) A velocity increment is applied at apoapsis to circularize the parking orbit (position a, fig. 38) (path A retrograde, path B posigrade). Note that the choice of which path to follow to Jupiter's and Saturn's moons which are in posigrade orbitis not obvious. Path B would never be followed to the retrograde orbit moonsof Uranus and Neptune. (2) The vehicle coasts to the intersection of the equatorial and ecliptic planes at which point a plane change is executed (position by figs. 38(a) and (b)) so that the vehicle

20 is in circular orbit and revolves about the planet in the same directionas the moons. (3) The vehicle then coasts in circular orbit in the equatorial plane until the moon to be visited and the vehicle are lined up correctly for a Hohmann transfer (position c, fig.38(c)). (4) The vehicle makes a rendezvous with the target moon (position d, fig. 38(c)). As can be seen from figure 38(a), the AV necessary to circularize the parking orbit at position a is less for path A than for path B. This is a result of having ta cancel the velocity of the vehicle Vveh at apoapsis and then supplying circular velocity to the vehicle to follow the posigrade orbit, path B. Path A, on the other hand, being retrograde, has a lower velocity requirement since the vehicular velocity at apoapsis is in that direction. At position b in figure 38(b), where the vehicle enters the equatorial plane in the same direction as the moons revolve, path A requires that the circular velocity of the vehicle be rotated by more than 90' in order to enter a posigrade orbit. Thus path A requires a much higher AV than path B unless the moons are in retrograde orbit (i. e. , Uranus and Neptune moons). The Hohmann transfer from the circular orbit to the moon requires the same AV regardless of which path was followed. Upon rendezvous with the target moon, a circular orbit at 1.1 moon radii is established. As in the case of interplanetary transfers, the use of highly elliptic parking orbits can reduce the AV for establishing the parking orbit (recall eq. (9)) by as much as (V5 - 1)~~. If only one moon is to be visited, the return trip to the planetary parking orbit would consist of a Hohmann transfer to the initial circular orbit radius, a coast to the node between ecliptic and equatorial planes followed by a plane change maneuver into the ecliptic plane, a coast to apoapsis of the initial parking orbit and entry onto the ellipse at that point, and a rendezvous with the Earth return ship.

Multi-moon~~~~~____~~~~~___- trajectories. - If, instead, it was desirable to visit more than one moon, the following procedure would be used. The vehicle would remain in orbit about the first moon until the first and second moons were lined up fora Hohmann transfer maneuver. This could require waiting up to one synodic period of the two moons. At the appropriate time, the transfer would be made and a parking orbit established at the second moon. This same procedure would be followed until the last moon was visited. To return to the initial planetary parking orbit, the vehicle would follow the same procedure used in the return when only one moon was visited. The AV and time requirements to visit the first moon for some of the moons of Jupiter, Saturn, Uranus, and Neptune are shown in tables IJI to VI, respectively. As can be seen from the tables,path A should always be followed when the moons to be visited are in retrograde orbit (Uranus' and Neptune's moons) andpath B when the

I moons are in posigrade orbit (Jupiter's and Saturn's moons). I€ the vehicle velocity is in the opposite sense to the moon velocity, the vehicle velocity must be completely turned around at the node when the plane is changed (recall fig. 38(b)). This is a high AV maneuver. d Also to be noted is that the CAV for either path decreases as distance of the moon a from the planet increases and/or as the period of the parking ellipse increases. The moons should be visited in consecutive orderstarting either at the outermost or inner- most. The impulsive velocity requirements for interlunar operations between thefour moons of Jupiter, those of Saturn, and those of Uranus are shown in tables VII(a), VIII(a), and IX(a), respectively. The Hohmann transfer times and synodic periods between the moons are shown in tables VII(b), VIII(b), and M(b). d To go back to the original parking orbit from the last moon requires the CAV from tables 111 to VI. a

Illustrative Mission to Saturn's Four Largest Moons

Suppose that a space vehicle is in a 50-day elliptic parking orbit about Saturn. The first step in visiting the four moons is to circularize this parking orbit at apoapsis. It was previously shown that path B was the path to follow. The total time to be spent in the circular parking orbit may be determined from the period in the table; in this case, the period is 138. 74days. (This orbit will be reentered at the point of departure. ) The vehicle coasts to the node where a second velocity increment is applied to enter the b equatorial plane. The total ZAV for these two maneuvers is found from table IV to be a 4.39 kilometers per second. After coasting to the correct alinement for the Hohmann transfer to the target moon which in this case is Titan, the furthest of the four from Saturn, a AVc of 1. 03 kilometers per second (from table IV) is applied. The time required for the transfer is 33. 7 days and an impulsive velocity increment of 0.60 kilometer per second is applied to establish a circular orbit at 1.1 lunar radii. From the previous discussion and reexamination of tables VIII(a) and (b), the correct sequence from this point is to go to Rhea, to Dione, and then to Tethys. The AV from Titan to Rhea is 2.30 kilometers per second (including departing and establishing 1.1 lunar radii circular parking orbits). The time required is 4.84 days (table VIII(v)). If the moons had not been lined up correctly for the assumed Hohmann transfer, it might be necessary to wait up to one synodic period for the proper configuration. The maximum required time would be 4.84 days plus 6.32 days (synodic period, Titan-Rhea, table VIII(b)) or 11.2 days.

22 Table X summarizes this example mission; the total AV required when the other maneuvers are calculated in a similar manner is 20.70 kilometers per second and the maximum travel time exclusive of any additional stay time at each moon is 226.4 days. As previously mantioned, AV savings of up to (fi - l)Vcpo could be achieved by usingelliptic parking orbits at eachmoon. Since V variesbetween 0.26 kilometer CPO per second at Tethys and 1.85 kilometers per second at Titan, the possible savings in AV is between 0.11 and 0.77 kilometer per second for each maneuver (two maneuvers at each moon). The total savings for the mission in table X would then be up to 2.32 kilometers per second or about 11 percent.

SUMMARY OF RESULTS

The AV requirements for one-way trajectories to major planets are presented in the form of contour charts. Tabular data include hyperbolic speeds, orbit elements and geometry, and AV requirements for one-way trips to the major planets. Tables are also presented for required AV9s for interlunar excursion of the moons of the major planets. The data presented and illustrated (together with appropriate system inputs) can be used to perform preliminary mission studies. Such studies would be useful in defining "areas of opportunity'' for various advanced propulsion systems and in comparing al- ternative systems. A general mission AV analysis was included to illustrate the use of the present data.. and the main features of the trajectories. It was found that one-way flyby missions require AV9s of the order of 8 kilometers per second and travel times ranging from 1. 1 years to Jupiter to 16 years to Neptune. Highly elliptical parking orbits can be entered for an additional 1 to 2 kilometers per second. Round-trip flybys also require 8 kilometers per second and 2. 5 to 30 years. Elliptic Imrking orbit round trips require about 11 kilometers per second at a time roughly half of Hohmann. This optimum time is a result of favorable orientation of the parking orbit and reasonable hyperbolic speed. Beyond this time steering losses result in higher AV requirements. Interlunar missions require an additional AV on the order of 20 kilometers per second, depending on the number of moons visited.

Lewis Research Center, National Aeronautics and Space Administration, Cleveland,Ohio, September 29,1970, 124 -08.

23 APPENDIX - SYMBOLS

a semi-major axis, km heliocentric velocity at planet,km/sec e eccentricity Earth's orbital velocity, e eccentricity of parking orbit P km/sec N integer number planet's orbital velocity, P semi-latus rectum, km km/sec Po parking orbit hyperbolic excess velocity, R radius,km km/sec vehicular velocity, km/sec Ra apoapsis,km periapsis,km path angle, deg RP R sphere of influence radius, outbound travel angle, deg 03, P km return travel angle, deg arrival date in daysafter TA configuration angle, deg reference opposition turning angle due to gravity, departure date in days be- TD deg fore reference opposition angle between planet-Sun THohmann Hohmann transfer travel line and the line of apsides time = 1/2 period of el- of flyby hyperbola, deg lipse contangent to circu- asymptote angle with line of lar planet orbits, days apsides of arrival or de- outbound travel time, days TO parture hyperbola, deg return travel time, days TR gravitational constant, stay time, days km32 /sec TS total trip time, days turning angle due to propul- TT sive maneuver, deg V velocity,km/sec required turning angle, deg AV impulsive velocity increment,km/sec angle between arrival or departing asymptote and velocity in circular parking vC planet -Sun line, deg orbit,km/sec mean angular velocity of heliocentric velocity at VH, (3 planet,deg/day Earth,km/sec

24 u@ mean angular velocity of DV2 AV at planet arrival to en- Earth, deg/day ter 1.1 planet radius cir- Subscripts: cular orbit, km/sec VINF2 hyperbolic velocity at planet a apoapsis for interlunar transfers arrival, V,, 2, km/sec PHI2 asymptote angle with planet- b at intersection of equatorial Sun line planet arrival, and orbit planes for in- at terlunar transfers cpm, 2’ deg ALPHA2 trajectory heliocentric path C start of Hohmann trajectory for first target moon for angle at planet, a, kg interlunar trajectories VEL2 trajectory heliocentric ve- d at arrival at first moon for locity at planet, VH,p, interlunar trajectories km/sec 1 departurefor outbound BETA heliocentric travel angle, p, heliocentric transfers deg 2 arrival for outbound helio- ECCE eccentricity of heliocentric centric transfers transfer trajectory, e minimum solar approach 3 departurereturnhelio-for RMID centric transfers distance (AU), if < 1.0; heliocentric radius at 4 arrivalreturnheliocen-for central angle p/2, if tric transfers 2 1.0 Symbols for tabular data: VEL 1 trajectory heliocentric ve- EDATE topnumber, number of days locity at Earth, V H, @ from reference opposition km/sec to arrival, TA; bottom ALPHA1 trajectory heliocentric path number, number of days angle at Earth, a, deg before next subsequent opposition PHI1 asymptote angle with Earth- Sun line at Earth depar- TTIMEone-way traveltime, To, ture, cp,, 1’ deg days VINF 1 hyperbolic velocity at Earth DVSUM total AV fortransfer from departure, Vm @,km/sec 1. 1 Earth to 1. 1 planet 9 radii circular parking DV1 AV at Earth departure, 2 km/s e c orbit, ZAV, km/sec 1

25 REFERENCES

1. Anon: Space Research-Directions for the Future. Publ. 1403, Space Science Board, National Academy of Sciences - National Research Council, 1966. 2. Anon. : SpaceFlight Handbooks. Vol. 111 - Planetary Flight Handbook. Part 8 - Jupiter Swingby Missions to Saturn, Uranus, Neptune and Pluto. General Discus- sion, Contour Charts and Related Graphical Information. NASA SP-35, Part 8, 1969. 3. Moeckel, Wolfgang, E. : Propulsion Systems for Manned Exploration of the Solar System.Astronautics and Aeronautics, vol. 7, no. 8, Aug.1969, pp. 66-77. 4. Anon. : SpaceFlight Handbooks. Vol. In - Planetary Flight Handbook. Part 7 - Direct Trajectories to Jupiter, Saturn, Uranus, and Neptune. General Discussion, Contour Charts and Related Graphical Information. NASA SP-35, Part 7, 1969. 5. Anon. : SpaceFlight Handbooks. Vol. III - Planetary Flight Handbook. Part 7 - Direct Trajectories to Jupiter, Saturn, Uranus, and Neptune. Supplement A: Tabular Trajectory Data for Direct Trajectories to Jupiter and Saturn. NASA SP- 35, Part 7,Supplement A, 1969.

6. Anon. : SpaceFlight Handbooks. Vol. E1 - Planetary Flight Handbook. Part 7 - Direct Trajectories to Jupiter, Saturn, Uranus, and Neptune. Supplement B: Tabular Trajectory Data for Direct Trajectories to Uranus and Neptune. NASA SP-35, Part 7, Supplement B, 1969.

7. Anon. : SpaceFlight Handbooks. Vol. ID - Planetary Flight Handbook. Part 8 - Jupiter Swingby Missionsto Saturn, Uranus, Neptune, and Pluto. Supplement: Tabular Trajectory Data for Jupiter Swingby Missions to Saturn, Uranus, Neptune andPluto. NASA SP-35 Part 8,Supplement, 1969. 8. Luidens, Roger W. ; Miller, Brent A. ; and Kappraff, Jay M. : Jupiter High-Thrust Round-Trip Trajectories. NASA TN D-3739, 1966. 9. Luidens, Roger W. ; and Edgar, John: Round-Trip Trajectories to Moons of Jupiter. NASA TN D-4167, 1967. 10. Nirne, Edward J. ; and MacKay, John S. : Low Variable Thrust Interplanetary Tra- jectoryData. NASA TND-4431, 1968. 11. Willis, Edward A. , Jr. : Optimization of Double-Conic Interplanetary Trajectories. NASA TN D-3184, 1966.

26 12. Willis, Edward A., Jr. : Optimal Finite-Thrust Transfer Between Planet-Approach and Departure Asymptotes with Specified Intermediate Orbit. NASA TN D-4534, 1968. 13. Danby, John M. A. : Fundamentals of Celestial Mechanics. Macmillan Co. 1962.

I TABLE I. - ORBITAL AND PHYSICAL PROPERTIES OF EARTH, JUPITER, SATURN, URANUS, AND NEPTUNE

Earth Jupiter Saturn Uranus 1 Neptune ?I h -~ I IEdean distance from Sun, a, AU 1.000 5.202803 9. 538843 19.181973 I 30.057707 ?eriheliondistance, r AU 0.983273 4.950829 9.007701 18.276561 29.80040 P' lpheliondistance, ra, AU 1.016727 5.454777 10.070082 20.087385 30.315374 Irbital eccentricity, e 0.0167272 0.0484305 0.0556922 0.0472012 0.008 5724 vlean orbitalvelocity, V km/sec 29.7701 13.0516 9.6390 6.7715 5.4300 P' Uean angularvelocity, w deg/day 0.986 0.0831 0.0335 0.0117 0.006 P' hclination of orbital plane 0 1.3054166 2.48875 0.77250 1.77310 to ecliptic,i, deg I 'I [nclination of equatorial plane 23.443597 3.067 26.733 97.884 28.8 toorbit, E, deg 'i I Equatorialradius, r, km 6378.16 71387 6040g 23920 22260 32 ;I Sravitationalparameter, p, km/see 3.98604~10~ 1. 26515X108 3.78816XlO" I 5. 79364X106 6. 860O4x1O6 Period of revolution, years 1.00 11.86 29.46 1 84.0 164.8 Mean synodic period, days 0 398.88 378.09 369.66 367.49 I Period of rotation 23 hr 56.07 min 9 hr 50. 5 min 10 hr 14 min 10 hr 49 min 15 hr 48 min Mass, m, kg 6. OxlOz4 1900~10~~ 570~10~~I 8~x10'~ 103~10~~ 3 Density, p, g/cm 5. 52 1.33 0.69 1. 56 2.27 2 Surfacegravity, g, m/sec 9.81 25.1 ' 10.72 8.83 11.0 Escape velocity, km/sec 11.2 , 37. : 22. 25. 61.1') I Number of known satellites 1 IL 9 5 2 Circular velocity at 1.1 equatorial 7. 54 40.14 23.88 I 14.82 16.69 radius distance,km/secradius I 7 Sphere of influenceradius, r,, km 9.25~10~4.81~10~ 5. 46x1075.17X10 8. 61X1O7 I Opposition date with Earth, I 2444294 I 24443742444313 2444403 Julian (Gregorian) Julian 1 1980) (Feb. 24, (March 14,1980) (May 14, 1980) (Jwe 12,1980) " TABLE II. - ORBITAL AND PHYSICAL PROPERTIES OF THE MAJOR-PLANET SATELLITES

(a) Jupiter

Satellite Mean orbit radius Sidereal Equatorial Eccentricit3 Mass, Radius, Gravitational period, inclination of orbit kg parameter, days of orbit, km /sec radii km deg I I 4.218~10 5.90E 1. 76s 0.3 Small 791X1020 14841 6. 714 9.401 3. 553 .47 and 477 3130 10.71 14.99E 7. 15f .18 vari- 1531 10319 18.84 26.379 16. 68: .25 able 904 2340 6455 1.815 2. 54c .49E .46 0.003 ------""_

115.0 161 250.6 "" .i55 60 ""_

117. 5 165 259.8 "" ,207 20 ""_ a 235.0 330 738.9 "" .38 20 _""

237.0 332 a7 55 "" .25 11 _""

117. 5 165 260 "" . 14 10 ""_

225.0 315 a696 "" ,207 12 ""_ 210.0 294 a62 5 _"_ . 13 10 ""_

(b) Saturn

I Mimas 1.85~~10~3.11 0.942 1. 5 0.0196 0. 378X1020 260 2. 523 II Enceladus 2.382 3.943 1.370 .O ,0045 .857 300 5.722 III Tethys 2.948 4.880 1.888 1.1 0 6.45 600 43.035 IV Dione 3.777 6.252 2.737 .O ,0021 10.26 6 50 68.465 V Rhea 5.275 8.732 4. 518 ,0009 .3 21.98 900 146.67 VI Titan 12.23 20.25 15.945 .3 .0289 1407 2 500 9390 VI1 Hyperion 14.84 24. 57 21.277 .6 . 110 .440 200 2934 VIII Japetus 35. 63 58.98 .029 14.7 13.92 79.331 600 92.17 a IX Phoebe 129. 5 214.4 550.45 150 . 166 ""-"""" 150 ------~___ (c)Uranus

1.918~10~8.018 a2. 520 0 0.007 ______300 ------

2.673 11.175 a4. 144 . 008 ___-______200 """" 4.387 18.340 a8. 706 .023 - - -"" -" - - - 500 ------5.686 52 a13. 463 24. .01 """"""- 400 __ - _ - - - - 1.301 a1.414 5.439------1 ""_ """""_" -" ------(d) Neptune

I Triton 3. 536x1O5 a5.87715.88160 0 1470X1020 2000 8.803 1 IIlNereid I 60.0 I 27 1 500 I ------I .7 .343 150 0.002

I w 0

TABLE 111. - IMPULSIVE VELOCITY INCREMENTS ANI! TRAVEL TIMES

REQUIRED FOR MISSIONS TO FOUR OF JUPITER'S MOONS

Circular orbit Elliptical Satellite AVC "d Travel time on parking a Impulsive velocity Impulsiveperiod at velocity ellip- in-Hohmann tra- o rbit Impulsiveorbitvelocity circularcrementfrom increment at arrival tical parking jectory from period,increment cirto - , parkingorbit in qua- into 1. 1 radii circu- orbit apoapsis circular orbit '! days 1 cularizeparking I1 torialplaneonto ~ lar parkingorbit distance, to satellite, II orbitand make Hohmann trajectory days days i 1 j I change of node from ' orb it into equatorial into orbit I I I i plane in same direc- , I tion as moon I

14.408 6.293 3.064 4.803 69.03 13.83 69.03 4.803 3.064 25 6.293Io 14.408 Europa 14.82 2. 589 3.366 2.035 1.678 16.46 1.678Ganymede 2.035 1.287 .837 19.97 .837 Callisto 1.287 , 4.831 2.743 5.149 139.30 26.66 139.3050 Io5.149 2.74311. 550 4.831 2.427 3.769 27.90 3.769 Europa 1 2.427 2.049 2.103 29.91 2.103Ganymede 2.049 Callisto 34.14 1. 513 1.245

9.244 3.733 2.379 5.374 280.16 52.09 280.16 5.374 2.379 100 3.733Io 9.244 2.173 4.037 53.62 4.037 Europa 2.173 1.922 2.400 56.11 2.400Ganymede 1.922 1.554 1.567 61.29 1.567 Callisto 1.554 TABLE IV. - IMPULSIVE VELOCITY INCREMENTS AND TRAVEL TIMES - REQUIRED FOR MISSIONS TO FOUR OF SATURN'S MOONS Elliptical ' Satellite Circular orbit Travel time on AV AvC "d parking 5a Impulsivevelocity in- Impulsive velocity period atellip- Hohmann tra- orbit Impulsive velocity crementfrom circular increment at arrival tical parking jectory from period, increment to cir- parking orbit in equa- into 1. 1 radii circu- orbit apoapsis circular orbit hYS cularizeparking torial plane onto lar parkingorbit distance,satellite, to orbitand make Hohmann trajectory days days change of node from Drbit into equatorial ,lane in same direc-

tion as moon ~

Path Path A B

25 Tethys 9.401 5.695 2.024 3. 818 68. 58 13.82 Dione I.858 3.167 14.31 Rhea 1.610 2.394 15.21 Titan . 887 ,386 19.63

50 Tethys 7.544 4.391 4.061 1. 818 138.74 26.65 Dione I. 708 3.431 27.26 Rhea 1. 542 2.685 28.38 Titan . 598 1.032 33.73

100 Tethys 6.045 3.406 279.46 4.21852.08 Dione 3.605 52.84 Rhea 2.879 54.22 Titan .771 60.80 TABLE V. - IMPULSIVE VELOCITY INCREMENTS AND TRAVEL TIMES

REQUIRED FOR MISSION TO FOUR OF URANUS' MOONS

Impulsive velocity Circular orbit rravel time or Zlliptical Ltellite AVc [mpulsive velocity in- ncrement at arrival Jeriod at ellip- Hohmann tra- parking a orbit Impulsive velocity :rement from circular nto 1. 1 radii circu- tical parking jectory from period, increment to cir- parking orbit in equa- lar parking orbit orbit apoapsis :ircular orbit days cularize prking torial plane onto distance. to satellite. orbit and make Hohmann trajectory days days change at node from Irbit into equatorial ,lane in same direction as Moon for path A

25 iriel 3.910 1.012 1.880 69. 13 14.30 Jmhriel ,883 1.474 15. 15 ritania . 667 .958 17.13 Iberon . 544 ,726 18.69

" 50 iriel 3. 146 0.926 2.021 139.43 27.25 Jmbriel .839 1.632 28. 30 ritania ,690 1. 141 30.73 Iberon .602 ,920 32.61

-~ " 100 iriel 2. 526 0.815 2. 113 280.33 52.82 Jmbriel . 759 1.738 54.12

ritania , 658 1.268 57.12

)heron . 598 - 1. 057 59.43 "

TABLE VI. - IMPULSIVE VELOCITY INCREMENTS AND TRAVEL TIMES

REQUIRED FOR MISSION TO ONE OF NEPTUNE'S MOONS

Elliptica Satellits AVc Impulsivr velocity Circular orbit Impulsive velocity in- incrrnicnt at arriva. period at cllip Nohmanll tra- F? rking a orbit Impulsive velocity .rement from circular nto 1. 1 radii circu- tical parking jectory from period, increment to cir- parking orbit in equa- lar parking orbit orbit apoapsis circular orbit days cularize parking torial plane onto distance. to satellite. orbit and make Hohmann trajectory days Clays change at node from xbit into equatorial )lane in same direction as Moon for path A

25 Triton 2. 578 0. a35 1.285 69. 32 15.95 50 Triton 2. 092 ,820 1.490 139. 67 29.28 100 Triton 1.690 .757 1. 577 280. 64 55.34

32 TABLE VII. - INTERLUNAR MISSIONS AT JUPITER

[Hohrnann transfers; 1. 1 radii circular parking orbit at each satellite.]

(a) Impulsive velocity increments required

Callisto I\Arrive Io Europa Ganymede I\ I I Impulsive velocity increments, km/sec IDeDaL I I

Io """

Ganymede 4.4086 2.1906 ICallisto 1 6.0674 1 3.7389 1 ~:IIoo 1 ":":1 (b) Time required

Arrive IO Europa Ganymede I Callisto I

- ~~_____ I HohmannSynodic Hohmann SynodicI 'Iohmann Synodic Hohrnann Synodic transferperiod, transfer period, transfer period, transfer period, time, daystime, time, days time, days time, days Depart days days days days

Io 1. 31 3.53 2. 08 2.35 4.00 1.98

Europa "" "" 2.63 7.06 4.67 4. 52

Ganymede 2.63 7.06 "" ""_ 5.81 12.54 Callisto 4.67 4. 52 5. 81 12.54 _""

33 TABLE VIU. - INTERLUNAR MISSONS AT SATURN

[Hohmann transfers; 1.1 radii circular parking orbit at each satellite.]

(a) Impulsive velocity increments required

Impulsive velocity increment, km/sec

1.12783.3887

1 E 4.3231,"I ::,'6"3.3887 2.2981 1 i:iiii 1 1 2.2981------(b) Time required

Dione Rhea Titan

__. .____"~ __ - .. " Hohmann Synodic Hohmanntransfei;-iid, Synodic transferperiod, tim e, daystime, time, time, time, days days days

___ -" "~ ... Tethys "" "" 1. 15 6.09 1. 56 3.25 3.91 I 2.15

Dione 1.15 6.09 "" "" 6.961.80 4.23 3.31

Rhea 1. 56 3.25 6.961.80 ""I "" 6.32 4.84 Titan 3.91 2. 15 4.23 i 3.31 "

34 - -\

TABLE M. - INTERLUNAR MISSIONS AT URANUS

Hohmann transfers; match moon's velocity only.

(a) Impulsive velocity increments required Ariel [ UmbrielTitania I I Oberon I I I I Impulsive velocity increment, km/sec

""" 1.7869 2.15000.8347 Umbriel 0.8347 ------1.4139 1.0062 Titania 1.7869 1.0062 ------0.4401 Oberon 2.1500 I 1.4139 I 0.4401 I ------I (b) Time required Arrive Ariel Umbriel I Titania Oberon

~ I Hohmann Synodic lohmann Synodic Hohmann Synodic Hohmann Synodic transfer period, transfer Ieriod, transfer period, transfer period, time, days time, days time, days days time, Depart days days days days

~~ Ariel "" "" 1. 66 6.47 3.54 3. 16

Umbriel 1.66 6.47 "" "" 4.08 6. 16 Titania 2.67 3. 57 3. 17 7.96 ""_ 27.24 5.40

Oberon 54 3. 16 3.4. 08 6. 16 27.24 "" ""_

35 TABLE X. - SUMMARY FOR SATURN FOUR-MOON MISSION FOLLOW-

ING PATH B FROM A 50-DAY ELLIPTICAL PARKING ORBIT

- IMaximur travel time, days .~ b Impulsivevelocity increment, AV, km/sec 4. 39 69.4 a Impulsive velocity increment for start of Hohmann 33.7 1.03 trajectory to Titan, AVc, km/sec Impulsive velocity increment at arrival at first 0.60 moon, AVd, km/sec Impulsive velocity increment, AV, km/sec: Titan to Rhea 2.30 11.2 Rhea to Dione 1. 13 8.8 Dione to Tethys 0.98 7. 2 aImpulsive velocity increment at departure 4.06 fromTethys, AVd, km/sec aImpulsive velocity increment for start of 1.82 Hohmann trajectory for return to parking orbit, AVc, km/sec b aIrnpulsivevelocity increment, AV, km/sec 4.39 69.4 a " 20.70 226.4 %eturn to parking orbit.

36 TABLE XI. - TABULAR DATA FOR TRAJECTORIES FROM 1.1 EARTH RADII CIRCULAR

PARKING ORBIT TO 1.1 JUPITER RADII CIRCULAR PARKING ORBIT

ECATc iV? ALPHA2 VEL2 f3FTA FCCt RMID VEL1 ALPHA1 . PHI1 VINFl DV 1

5c 43.147 17.057 62.59 7 92.891 5.026 0.997 73.145 -3.890 4 263.448 43.491 37.239 340 41.14i 77.093 5Y.lLt9 102.757 4.503 0.978 70.723 -10.945 251.298 41.878 35.674 34.311 11. 7dU S7.07Y 112.617 4.106 0.944 68.482 -1 7.407 24C.064 41.053 34.875 37.114 /I.5110 54.538 122.477 3.670 0.H9R 66.380 -23.273 229.957 40.766 34.597 3L. 154 / 1. 322 32.075 132.337 3.764 0.846 64.371 -211.535 231.054 40.777 34.609 34.67q ld.336 49.671 14,'.191 2.697 n.79n 62.442 -33.203 213.319 40.920 34.747 33.?lt 7fJ.711) 47.316 152.057 2.572 0.734 60.587 -37.301 2C6.648 41.080 34.901 31.94i 79.957 45.024 161.917 2.790 0.678 58.813 -43.M76 4 2C0.903 41.200 35.018 30.6114 7Y.3hl 42.769 171.177 2.051 0.625 57.120 -43.983 155.942 41.253 35.069 27.51. /S.h?C 4q.621 1R1.637 1.84'7 0.574 55.515 -46.690 191.625 41.241 35.058

75 3'i.51 16.28 1 21.472 9r4.qr15 3.586 0.993 63.884 -6.183 25e.474 34.427 28.510 323 34.32i 70. 35n 47.570 I OS. 76> 3.314 0.969 62.!62 -12.591 246.383 33.934 28.030 33.,'Cll 16.542 47. 708 11 3.625 3.n37 0.933 60.892 -18.431 235.488 33 -9 79 28.073 32.12r 16.311 45.850 124.485 2.766 0.8RB 59.455 -23.705 225.903 34.350 2 8.427 31 d'Y2 77.121 44.016 139.345 2.509 0.A3R 58.C45 -2t1.42M 217.594 34.M 74 28.928 39. IHf' 11.439 42.114 149.202 2.274 0.785 56.t61 -32.625 210.439 35.432 29.462 29.117 11.744 40.541 159.365 2.062 0.732 55.310 -36.335 204.284 35.953 29.961 7b.182 16.923 3d.522 16H.C)75 1.876 0.677 53.998 -39.608 198.967 36.402 30.391 27.?rll 76.2bQ 46.721, 17n.785 1.115 0.628 52.731 -42.499 194.341 36.770 30.745 20.44~ 1d.464 54.967186.645 1.517 0. 5Rq 51.522 -45.080 4 190.271 37.076 31.039

1cc 31. 367 15.446 44.Hd9 91.054 7.HMrl 1.000 58.710 -1.507 266.944 28.961 23.321 2Yd 3Il.5b% 1>.3eh 43.516 106.914 2. 130 0.987 57.t67 -7.885 253.869 28.473 22.864 2L?.87,15 1'1.46h 42.13'1 116.i74 2.552 0.961 56.635 -13.722 241.98' 28.600 22.983 Z).,!hJ b.642 40.743 1?6.634 2.375 0.924 55.~504 -19.029 231.504 29.126 23.477 2d. '3C 75.n15 39.31d 136.494 2.196 0.88r) 54.569 -23.820 222.437 29.862 24.169 27.501: 75. 134 3 1. 964 14h. 354 2.075 n.yl1 53.531 -28.119 * 214.65e 30.672 24.932 2b.d.I; 10.345 36.387 15h.214 1. Rh6 0.78 1 52.476 -31.961 207.9@8 31.469 25.687 26. 19: 16.635 34.893 166.074 1.722 0.73') 51.472 -35.388 202.246 32.205 26.384 25.51C' 7b.854 33.430 172.'734 I. 594 0.674 50.472 -38.460 197.257 32.871 27.018 24.954 7 7.047 31.911 18;1.794 l.ltnz 0.6317 49.499 -41.224 .* 192.8Ai 33.462 2 7.580 -83.320 125 29.274 74. > 40 39.520 94.202 7.375 1.358 54.715 3.051 25.037 19.673 271 21.74' 14.39') 3~.524 1nl~.o6z 7.2R8 n.w8 54.C03 -3.315 262.631 24.544 19.037 ~'7.71~ 74. 365 37.513 113.922 2.181 0.9HI 53.283 -9.168 2C5.604 24.359 19.051 2h.h? 74.444 36.455 125. 182 2.063 0.953 52.544 -14.518 23H.019 24.870 19.520 26.17t 74.59r 35.35~ 133.642 1.939 0.916 51.783 -19.383 4 227.981 25.677 20.263 25.641 14. 7Y3 34.191 143.50~ 1.Ul6 0.873 51.C03 -23.784 219.410 26.622 21.138 25.11% 72.002 33.305 15 5. 362 1.691 0.826 50.208 -27.752 212.095 27.597 22.045 24.5'7s 72.754 31. 174 163.722 1.5ti7 0.777 49.411 -31.332 a 2C5.826 28.545 22.931 14.11? 72.398 30.521 17 3.OY? 1.485 0.728 48.614 -34.564 2C0.412 29.428 2 3.760 23.',h! 72.504 29.255 lH2.942 I. 394 0.67R 47.830 -37.502 155.682 30.244 24.529 -72.586 15s 25.12 I 7 5.714 35.334 91. 35') 1.999 1.414 51.581 7.468 22.4CO 17.269 24@ 22.556 73.3nh 34.346 101.213 1. 946 1. 344 51.103 1.103 -87.359 21.346 16.321 258.476 21.084 25.1 )L 75.254 33.601 111.070 1.R85 0.995 50.635 -4.775 16.081 24.n31 13.212 3L.rJdI 12J.Yjj 1. RO9 0.976 50.C77 -10.172 245.625 21.430 16.397 26-40' I3.?it4 31.94Y 13". 79, I. 726 0.946 49.523 -15.114 234.405 22.185 17.075 24.,-(14 73.417 31.03d 14J.65U 1.639 0.903 48.941 -19.617 224.823 23.166 17.962 2 3.5'3' 13.>70 30.072 15ti.515 1.551 0.866 48.334 -23.711 216.694 24.239 18.941 15.2Y5 13.733 29.037 16('.370 1.466 n. 420 47.109 -21.421 2C9.781 25.320 19.933 72.90 ' 13.493 2Y.3111 17,'.233 1.387 0.773 47.079 -30.819 2C3.845 26.370 20.905 22.394 74.031 24.~~5Iw.1790 1. 314 0. 724 46.441 -33.913 198.702 21.355 21.820

G) 9MIQ ALPHA1VEL1 VlNFlPHI1 DV1 4 ECATF 1:vi ALPtlA7 VtL2 SETA tcct t ECATE TI IMF VIUt2 PHI2 ALPHA2 VEL2 DET4 FC.CE RMI D VEL1 ALPHA1 PHI1 VINFl DV 1

7.222 72.347 30.7132 9d.75Y 1.680 1.403 48.7795.359 -76.376 19.340 14.544 1.40b 72.073 33.248105.219 1.648 1.000 40.444 -0.548 I 2ts.57e 18.677 13.967 7.7c)4 11.449 29.65fI 118.079 1.603 0.991 48.077 -6.002 * 254.432 18.731 14.014 3.35.1 . 11.934 2'7.095 127.939 1.548 0.970 47.677 -11.oln 241.848 19.313 14.521 9.OYh 7 1. 990 2R.Ld4 137.799 1.487 0.939 47.242 -15.615 221.046 20.226 15.325 '1.953 I2.OYI 27.5'37 147.659 1.423 0.902 46.701 -19.825 * 221.906 21.518 16.296 1n.925 12.210 26.673 157.51<) 1.360 O.Rh0 46.296 -23.676 * 214.188 22.475 11.336 17.0,ll 7L.331 25.7YO 161.373 1.29~ 0.Y14 45.793 -27.205 2C7.626 23.629 18.384 13.174 72.443 24.861 177.239 I. 240 0.767 45.;79 -30.452 201.981 24.747 19.407 14.443 . 12.532 23.311 187.C99 1.188 0.719 44.761 -33.460 * 197.059 25.815 20.390 TABLE XI. - Continued.TABULAR DATA FOR TRAJECTORIES FROM 1.1 EARTHRADII CIRCULAR

PARKING ORBIT TO 1.1 JUPITER RADII CIRCULAR PARKING ORBIT

€CITE 11 IME CV SLM * 0 L2 LI hF2 PHI2 * PLPHPZ VEL2 PET4 ECCE RH ID VELl ALPHAl * PHIl VIhFl cv 1 * * * 155 26C. c 4C.51 * 22.544 27.52C 9.689 72.756 28.404 16.360 1.4t2 1.5El 47.31422.157 * -38.144 22.728 17.565 155 21C.C 37.91 4 22.74C 27.04E 9.187 * 71.888 28.0Y 3 86.220 1.47t 1.52c 47.12815.391 * -51.398 20.048 15.168 2EO.C 3t.CC * 22.556 2C.61L e.554 4 71.283 21.762 96.080 1.675 1.45 : 4t.9329.035 * -66.032 18.144 13.505 250. C 34.5t * 22.3ec 2t.ZOC 8.974 * 70.994 27.388 105.940 1.4tl 1.?El 4t.7113.121 * -81.427 17.062 12.560 3CC.C 34.53 * 22.2Cl 25.77C 5.221 * 70.672 26.957 115.800 1.425 c.555 4t.4tC -2.362 * 263.439 16.760 12.324 21C.C ?4.t2 * 22.C14 25.314 5.669 * 70.574 26.460 125.660 1.4CC c .5EC 46.173 -1.43C * 249.555 17.092 12.606 3iO.C 35.OE * 21. E14 24.82C 1C.292 * 70.564 25.896 135.52C 1.35E c.5t2 45.852 -12.1CO * 237.460 17.869 13.269 33o.c '5.77 * 21.602 24.2@5 11.C68 70.607 25.267 145.38C 1.212 c.5sc 4C.5CC -16.397 * 227.218 18.911 14.170 240.C 26.57 * 21.317 23.1CE 11.979 * 10.680 24.576 155.240 l.it5 c .E52 45.12C -20.351 * 218.617 20.082 15.198 35c.c 37.42 * 21.143 22.C92 13.012 4 7C.761 23.830 165.100 l.ilE (.E45 44.71e-23.954 * 211.364 21.296 16.276 * 4 * ii? 25c.c 3t.tt * 21.652 24.412 11.27C * 70.921 25.333 83.941 1 .?C f 1 .fiC 4!.53i 1E.e99 * -42.068 19.868 15.009 175 3cc. c 34-56 4 21.518 24.072 1C.846 * 70.178 25.131 93.801 1.315 1.5c7 45.425 12.555 * -55.872 17.599 13.038 31C.C 33.16 * 21.393 23.14E 1C.690 * 69.669 24.886 102.t6l 1.211 1.441 45.25C 6.631 * -71.033 16.090 11 -763 32C.C 32.42 * 21.265 23.415 1C.182 4 69.344 24.582 11?.521 1.257 1 .?72 45-12? 1.12C * -86.709 15.370 11.166 23O.C ?2.?C * 21.132 23.C63 ll.C94 * 69.163 24.216 12?.281 1.276 (.$St 44.925-3.998 * 258-241 15.368 11.165 240.C 22.c1 * 20. sei 22.615 11.605 * 69.081 23.779 132.241 l.24E (.575 44.651-8.733 * 244.173 15.921 11.622 35c.c 33.22 * 20.831 22.251 12.287 9 69.068 23.278 142.101 l.2lt c.553 44.426 -13.116 * 233.243 16.847 12.398 3tc .c 34-02 * 20.661 21.783 13.127 * 69.092 22.709 152.961 1.182 C .52C 44.131-17.165 * 223.582 17.980 13.364 37c.c 24.91 * 20.481 21.275 14.108 * 69.132 22.082 162.821 1.14t c.EeI 43.811-20.515 * 215.497 19.210 14.431 3eo.c 25.E2 9 20.252 2C.73C 15.220 * 69.172 21.401 172.681 1.111 C.83E 42.472-24.398 * 208.672 20.467 15.538 * 4 9 24E 21C.C 36.16 * 20.773 22.C54 13.644 * 69.94 1 22.857 81.090 1.111 I.ti3 4'.2Cl 22.6@1 * -32.878 20.297 15.388 " 15c :LO.( 33.75 * 20.674 21.817 12.995 * 69.035 22.766 90.950 l.lee I.5t? 44.160 16.325 4 -45.450 17.694 13.119 33C.C 22.ct * 20.583 21.563 12.632 * 68.387 22.632 100.810 1.1EE 1.455 44.051 10.371 * -59.732 15.748 11.478 340.C 30.55 * 20.492 21.307 12.539 67 -946 22.441 llC.670 1.1E2 1-42; 42.993 4.812 * -75.302 14.544 10.494 25O.C 30.53 * 2C.358 21.C3E 12.687 4 67.668 22.189 12C.530 1.111 1 .ccc 43.~65-c.372 * 268.e43 14.097 10.136 3to.c 3C.6C * 2C. 2S6 20.741 13.058 * 67.508 21.868 130.390 1.154 C.592 42.704 -5.192 * 253.959 14.3 12 10.307 3lO.C 2l.Ct * 2c. 162 20.4C7 13.626 * 67.428 21.471 140.250 1.122 C.573 4I.51C -9.668 * 240.890 15.01 9 10.879 ?EC .c 31.78 4. 2C.C57 2C.035 14.371 * 67.400 21.023 150.110 1.1CE c .54t 42.281-13.827 * 229.848 16 -044 11.724 35c. C 22.t5 * 15.521 15.622 15.279 * 67.396 20.50 3 159.97C I.CE2 C.511 42.031-17.692 * 220.655 17.240 12.731 4CC.C 33.6C * 19.775 15.171 16.339 * 67.398 19.927 169.829 1.c55 C.Ei2 42.766-21.256 4: 212.971 18.514 13.825 * 4 * ii: 23C.C 3t.15 * 20.C77 2C.C54 lt.24E * 68.931 20.672 18.238 1 .CIS 1.675 4Z.llE 26.3C1 * -24.540 21.070 16.074 125 240. C 33-57 * 19.996 15.851 15.370 4 67.855 20.665 88.098 1.ce7 l.tI7 43.11519.941 * -36.195 18.221 13.571 25C.C 21-55 * 1s.s~~19.642 14.187 * 67.060 20.623 97.958 1 .c5c I.:!! 43.C5513.961 * -49.214 15.917 11.618 -63.997 360.C 30.13 * 15. e63 15.445 14.489 4 66.498 20.529 107.818 1.CE9 1.49C 42.0508.354 * 14.267 10.272 37c. c 29.24 * 15.751 15.239 14.459 4 66.120 20.374 117.~7e 1.ccI. 1.422 4i.S7t3.110 * -79.940 13.348 9.544 380.C 29.11 * 19. 724 15.C11 14.673 4 65.876 20.151 127.538 1.074 C .555 42.871-1.786 * 264.168 13.148 9.388 35c.c i5.35 * 15.t42 le.752 15.110 * 65.729 19.859 137.398 1.ctc (.See 42.734-6.350 4 249.588 13.553 9.705 4CO. C 2S.52 * 19.550 18.457 15.749 * 65.643 19.500147.25e I.C4? C.Sti [email protected] * 237.014 14.391 10.371 41C.C 3c.72 * 19.448 18.123 16.572 65.592 19.075157.118 1 .c25 c.537 42.376-14.578 * 226-505 15 -496 11.270 42c.c 31.t: * 19.331 17.754 17.565 * 65.555 18.592166.978 1.cc5 c .5ci 42.lCC-18.296 * 217.780 16.746 12.313 * * 4 :

PARKING ORBIT TO 1.1 JUPITER RADII CIRCULAR PARKING ORBIT

fCPi I IllME EL SLM * Ob2 blhF2 PHI2 * blFk42 VEL2 eETb ECCE RH IC VEL 1 ALPHA1 * PHI1 VI hF1 cv 1 * * * * * * 441 5CO.C 32.53 * 17.125 11.23C 35.112 54.335 11.307 87.857 0.E25 1.ets 3s.493 29.716 * -13.026 20.094 15.208 14 L 51C.C 20.57 * 17.655 11.055 33.441 * 53.155 11.569 97.117 c.et1 1.Ell 25.565 24.190 * -21.307 17.404 12.871 520.( 28.54 * 17.681 11.001 32.103 * 52.288 11.179 107.577 c.1ss 1.742 95.631 18.927 * -30.981 14.993 10.858 53C.C it.SC * 17.ttE 1c.93c 31.123 * 51.654 11.931 117.437 c.151 1.6El 35.676 13.919 * -42.485 12.942 9.229 540.c 25.t5 * 11.656 1C.865 3C.507 * 51.184 12.019 127.297 C.7E5 1.612 35.702 9.159 * -56.162 11 -349 8.032 5fC.C 24.54 * 17.t45 1C.801 30.250 50.824 12.043 131.151 C.7E1 1.541 35.71C 4.034 * -71.890 10.321 7.300 560. C 24-66 * 11.631 10.734 30.337 * 50.526 12.002 147.011 C.118 1.4tE 35.651 0.331 * -88.678 9.929 7.030 57c .c 24.EC * 17.615 IC.6116 30.756 * 50.255 11.898156.817 c.17t C.555 35.666 -3.770 * 255.113 10.151 1.182 5EC. ( 25-20 * 11.555 lC.535 31.493 * 49.979 11.135 166.737 C.776 c.sec 35.617 -7.681 * 240.825 10.870 7.687 55c. ( 26.C4 * 17.572 10.412 32.541 * 49.672 11.513176.551 c.77c c.555 35.552 -11.443 * 228.903 11.938 8.467 * * * ‘7: !?C.< 11.41 * 17.573 1C.41E 37.259 * 50.876 10.68894.865 C.ECI I.Et2 35.32C 26.824 * -16.688 18.523 13.833 322 54c. ( 29.24 t 11.553 10.306 35.665 49.932 10.941 104.125 C.78S ].EO1 35.350 21.525 * -25.431 16.003 11.690 55c.c 27.43 * 17.535 1C.226 34.425 * 49.241 11.135 114.585 C.17E 1.725 3s.444 16.476 * -35.154 13.184 9.887 5t0.( 2t.Cl * 17.528 1C.164 33.566 * 48.733 11.268 124.445 c.77c 1.ttl 35.482 11.665 * -48.057 11.953 8.418 510.C 25.C2 * 11.51E 1C.lC9 33.079 * 48.347 11.336 134.305 C.765 1.55t ?5.501 7.084 * -62.678 10.614 7.505 5€0.( 24.5~ * 17.5ce 1c.c4s 32.961 * 48.031 11.341 144.165 E.1tl 1.522 35.502 2.119 * -79.053 9.867 6.988 5SG. ( 24.41 * li.456 5.980 33.200 * 41 -144 11.283 154.025 c.755 C .ssc 35.4et -1.946 * 264.135 9.754 6.912 6CC.C 24.11 * 11.481 5.896 33.785 * 47.454 11.164 163.885 C.755 (.SSC 35.452 -5.43C * 248.555 10.212 7.224 6lO.C 25.32 * 17.464 5.795 34.704 * 47.132 10.987 173.745 c.755 c .57c 35.402 -9.254 * 235.208 11.105 7.855 62C.C 2t.lE * 17.444 5.675 35.954 * 46.755 10.156 183.605 C.76 1 c .s4 i 35.33s -12.941 * 224.208 12.290 8.731 * 0 * 45 t 55C. ( 32.3C * 17.412 5.845 41.330 * 48.459 9.877 92.014 (.ECC 1.512 ?<.IC7 25.318 * -12.657 19.662 14.828 ;se 5tO.C 20.03 * 17.445 9.705 39.511 4 4 7.434 10.166 101.874 C.78? l.e5? 35.181 24.053 * -20.620 17.063 12.581 57c.c ie.Ci * 17.432 9.6C7 38.C29 * 46.693 10.399 111.734 C.77C 1.iL5 35.243 18.967 * -29.925 14.717 10.634 5EO.C 26.46 * 11.421 5.535 36.905 * 46.163 10 -574 12 1.594 C.7EC 1.721 35.285 14.109 * -41.029 12.696 9.040 55c. c 25.26 * 17.412 $.+E3 36.176 * 45.760 10.684 131.454 C.752 I.t5C 35.315 5.476 * -54.313 11.096 7.849 6CO.C 24.5C * 17.403 5.431 35.835 * 45.435 10.731 141.314 C.i4E 1.577 15.332 5.053 * -69.786 10.026 7.097 6lC.C 24.1E * 17.354 5.374 35.875 45.143 10.716 151.174 c.745 1.5c3 35.328 0.827 * -86.598 9.570 6.788 6;C.C 24.2E * 17.383 9.308 36.286 I 44.847 10.639 161.034 c.144 c .sse 35.3C7 -3.219 * 256.886 9.728 6.894 62C.C 24.73 * 17.37C 5.229 37.058 * 44.510 10.504 170.894 C.745 C.SEi 35.211-7.106 * 242.161 10.403 7.357 t4C.( 25-46 * 17.356 5.137 38.184 t 44.129 10.314 180.754 c.741 c .55E 35.22C -10.855 * 229.825 11.449 8.106 * 1) * L 29 5€C.( ?C.E€ 4 11.365 5.157 43.611 * 44.789 9.452 99.022 C.7€1 1.5C4 3‘.C02 26.513 * -16.419 18.151 13.511 ii3 55c. ( 20.75 * 17.346 5. c75 41.891 t 44.017 9 -723 108 -88 i C.165 1.E41 35.069 21.392 * -24.815 15.701 11.445 tCC.( il.C1 * 17.332 L.5FC 40.528 * 43.463 9.933 118.742 C.7Ii 1.774 35.122 16.495 * -34.813 13.540 9.694 61C.C 25.t? * 11.323 e.928 39.545 43.060 10.083 128.602 C.144 1.1C4 35.160 11.813 * -46.880 11.728 8.311 6iC.C 24.t5 * 17.315 8.876 38.969 * 42.736 10.169 138.462 c.711 l.t?l 35.182 7.337 * -61.171 10.317 7.339 630.C 24.11 * 11.307 8.827 38.793 * 42.449 10.193148.322 c.134 1.557 35.18e 3.055 * -77.425 9.593 6.803 t4C.C 23.55 * 17.255 E.77? 39.011 9 42.158 10.15715e.182 c.732 1.CCC 35.179 -1.050 * 265.631 9.430 6.695 65C.C 24.26 * 11.2SC e.711 39.616 * 41.831 10.062168.042 0.732 C.591 35.154-4.591 * 249.132 9.845 6.913 f5ec.c 24.e: * 17.219 8.635 4C.599 * 41.441 9.911177.902 0.134 c.512 35.116-8.805 * 236.023 10.114 7.576 61C.C 25.iC * 17.266 E.551 41.956 * 40.962 9.707187.762 C.73i c.545 35.065-12.49e * 224.711 11.896 8.435 * 1 * 54E tcc.c 31.71 * 11.255 E.776 47.931 41.913 E.791 96.17C C.7Ei 1.555 2E.847 28.911 * -12.710 19.252 14.468 i4E 6lC.C 29.5e * 17.277 8.625 46.009 t 41.186 9 -09 7 106 -030 C.764 1.e53 3t.91e 23.759 * -20.458 16.735 12.304 62C .( ii.tE * 17.261 €.51& 44.41C 40.635 9.344 115.89C c.145 1.Cil 31.s7t 18.ez4 * -29.521 14.45 2 10.42L 63C.C 2t.12 * 17.249 8.442 43.108 * 40.237 9.529 125.750 C.13E 1.757 35.021 14.100 * -40.348 12.473 8.870 c4c.c 24.54 * 17.241 8.384 42.372 * 39.926 9.651 135.6lC c.71c l.Cf5 35.051 9.576 * -53.366 10.887 7.699 c5c.c 24.1E * 17.234 E.33i 41.960 * 39.663 9.713 145.41C c.725 1.61C 35.0665.239 * -68.665 9.805 6.946 t6C.C 23.85 * 17.227 8.251 41.969 1 39.389 9.714 155.33C c.722 1.554 15.06C 1.C79 * [email protected] 9.319 6.621 67C.C 23.52 * 11.226 E.241 42.397 0 39.07 5 9.656 165.190 O.li2 c.557 35.052 -2.524 * 257.822 9.444 6.104 6EC.C 24.36 * 17.212 8.lE5 43.207 * 38.694 9.543 175.05C C.123 C.SE3 35.024-6.788 * 242.813 10.096 1.144 e5c.c 2S.CE * 17.2C3 t.122 44.424 * 38.217 9.376 184.910 C.12.5 c.scc 3~.9e4 -10.536 * 230.204 11.131 7.878 I& * * * P ELITE LlhF2 FbI2 * DLFkP2 VEL2 eETb CCCE RH 10 VEL1 bLPHAl * FHIl VIkF1 cv 1 fC471 TTlHE cv SLC e DM2 LINFi Phi2 * PLPHA2 VEL2 EETP ECCE RMIC VEL1 ALPHA1 * PHI1 VIkFl ov 1 * $ * * * * f72 ti0.c 22.65 * 17.245 8.44C 52.433 4 38.971 8.18293.319 C.l.56 I.CC5 2E.714 31.250 * -9.406 20.35 8 15.441 _r LL3 t2C.C 2C.4i * 17.222 6.255 5c.345 * 38.191 8.520103.179 c.7c5 1.54' 3f.787 26.C72 * -16.563 17.785 13.197 t4C.C 28.40 b 17.203 E.120 48.537 * 37.663 8.800113.039 C.14E 1.e79 3E.849 21.103 * -24.837 15.413 11.202 c5c.c it.70 * 17.18s ~.a25 47.080 t 37.296 5.019 12i.89q C.7?5 I.EIC 3E.90C 16.337 Q -34.637 13.299 9.506 6tC.C 25.34 * 17.18C 7.556 46.020 Q 37.020 9.17t 132.759 c.72: IASE 3E.936 11.768 * -46.431 11.521 8.159 67C.C i4.3E 4 17.173 7.503 45.381 * 36.780 9.272 142.615 C.718 l.tt? 36.959 7.384 * -60.544 10.182 7.204 tEC. C i3.E: * 17.166 7.858 45.172 1 36.532 9.307 152.479 C.716 1.5L7 36.967 3.173 * -76.719 9.389 6.667 6SC .C 23.11 * 17.161 7.@17 45.378 * 36.253 9.285162.335 C.713 1.CCC 2.E.562 -C.885 * 266.251 9.207 6.548 7cc. c 23.97 0 17.155 7.773 4t.016 * 35.892 9.207172.199 c.714 c.552 3E.94' -4.802 * 250.161 9.607 6.813 71C.C 24.5: * 17.148 7.725 47.073 Q 35 -430 9.076181.059 C.716 C.573 3E.913 -8.601 * 236.235 10.471 ? -405 * * * TABLE XI. - Continued. TABULAR DATA FOR TRAJECTORIES FROM 1.1 EARTH RADII CIRCULAR

PARKING ORBIT TO 1.1 JUPITER RADII CIRCULAR PARKING ORBIT

LCPTE TTlMt cv SLP * OV2 bINF2 Pb12 * bLPbP2 VEL2 eET3 ECCE RM IO VELl ALPHA1 * PHIl VI hF1 ov 1 * * * 55E ttC.( 2S.Ct * 11.158 7.756 52.664 * 34.600 8.326 110.160 C.745 1 .Si! 36.74523.029 * -21.225 16.260 11.905 155 b70.C 27.24 * 11.142 7.677 51.031 34.283 8.572 120.62C 0.724 1.e57 36.798 18.239 * -30.240 14.056 10.103 t6C.C 25.75 * 11.131 7.594 49.756 * 34.070 8.758 130.480 C.72; 1.765 3€.84C 13.636 * -41.055 12.143 8.620 CSC. c 24.t3 * 17.123 7.533 48.507 * 33.880 8.882 140.340 c.7 14 1.711 3t.866 9.216 * -54.091 10.613 7.505 7cc.c 23.51 * 11.116 7 -4Et 48.493 * 33.677 8.947 150.200 C.7C5 1.t34 3E.88? 4.965 * -69.431 9.577 6.793 71c.c i?.tl * 17.111 7.446 48.523 * 33.422 8.953 160.060 c. 7cc 1.!55 ?6.864 C.868 * -86.298 9.129 6.497 7ic.c 23.71 * 1l.lC7 3.41 C 48.984 * 33.095 8.906 169.920 c.7ce C.5St 3E.873 -3.093 * 256.947 9.287 6.600 71c. r 24.16 * 17.102 7.373 49.890 * 32.653 8.804 179.78C C.7CE C.5E2 36.85C -0.934 * 241.932 9.968 7.057 740.C 24.51 * 17.C97 7.331 51.228 * 32.075 8.652 189.64C c.712 c.555 36.81t -10.679 * 229.338 11.039 7.808 75c.c 22-85 * 17.C93 7-30? 52.992 * 31.331 8.453 199.500 C.115 c.52e 31.772-14.350 * 219.038 12.372 8. 793 * * * ti2 b5C .( .?).Ed * 17.lC4 7.392 55.126 31.168 8.166 118.341 c.724 1 .5c4 3f.111 2C.055 * -26.337 14.841 10.734 175 7co.c 26-22 * 11.CSl 7.288 53.619 * 31.018 8.377 128.201 c.721 I.€?? 3E.756 15.465 * -36.269 12.817 9.133 71c.c 24.5s * 17.C82 7.215 52.624 * 30.899 8.529 138.061 C.ill I.iCf 3t.785ll.Cl0 * -48.267 11.129 7.873 7ic.c 24.07 * 17.015 7.161 52.007 * 30.755 8 -620 141.921 c.7c4 1.t€1 36.809 6.722 * -62.622 9. 879 6.996 73c. ( 23.tC * 17.C7C 7.12c 51.841 * 30.551 8.655 157.781 C.7Cl 1 .tCi 36.817 2.587 * -78.994 9.176 6.528 140.C 23.52 * 17.C6t 7.086 52.130 * 30.256 8.634 167.641 C.lCC C.555 36.812 -1.412 * 263.553 9.081 6.466 7sc.c 23.e4 * 17.~62 7.C57 52.813 * 29.843 8.560 117.501 c.7c1 c.55c 31.756-5.293 248.004 9.556 6.778 7tC .c 24.4i * 17.C55 7.033 54.053 * 29.296 8.431 187.361 C.7C5 c.97c 3~.7t~-9.079 234.298 10.483 7.413 1lO.C 25.3i * 17.056 7.012 55.684 4 28 -510 8.266 197.221 c.711 C -94 1 36.732 -12.r8t * 223.022 11.727 8.310 7ec.c 26.47 * 17.055 7.000 57.148 * 27.647 8.051 207.081 C.715 C.504 3E.606 -16.448 * 213.802 13.182 9.415 * * * e47 71C.C 2E.5€ * 17.C76 7.166 55.543 * 21.854 7.775 115.489 C.137 1.95: 3E.63C 22.206 -22.323 15.783 11.507 15C 720.C 2t.e4 * 17.cbo 7.037 51.924 * 27.798 8.013 125.349 0.722 1.884 3e.67917.539 * -31.384 13.654 9.784 73c. ( 25.42 * 17.C4E 6.545 56.664 * 27.765 8.193 135.209 c.71c I.ElC 36.71t 13.044 * -42.285 11.812 8.373 74C.C 24.36 * 11.040 6.879 55.823 * 27.700 8.313 145.069 0.7CL 1.723 3€.742 8.713 -55.456 10.350 7.320 75c.c 23-70 17.C35 6.832 55.43c I 27.567 8.377 154.925 0.C57 I .t c4 ?€.156 4.532 * -70.942 9.378 6.661 760.C 23.44 * 17.031 6.796 55.500 27.335 8.385 164.785 C.655 1.573 3f.758 0.487 -87.899 8.992 6.409 77c.c 23.51 * 17.C2E 6.773 56.036 t 26.975 8.342 174.645 c.t55 c .sst ?1.74@ -3.436 * 255.379 9.206 6.548 7ec.c i4.Ct * 17.C26 6.755 57.036 * 26.463 8.248 184.509 c.t5e c .5e 1 3E.128 -1.265 * 2$0.474 9.938 7.036 15C.C 24.E4 * 17.024 6.745 58.493 * 25.771 8.107 194.365 C.lC2 c.55.2 ?f.698 -11.014 * 228.017 11.052 7.818 8CC.C i5.66 * 17.024 6.746 60.383 * 24.885 7 -923 204.225 C.711 C.522 36.66C -14.711 * 217.827 12.425 8.837 * * * e7i 73c. c 29.3; * 17.C55 7.003 64.037 * 24.407 7.419112.638 C.i4i i.cc5 ZE-56C 24.202 * -18.737 16.744 12.311 125 740.C 27.52 * 17.C36 6.845 62.283 * 24.480 7.683 122.498 c.725 1.525 3t.612 19.580 * -21.056 14.529 10.482 75c.c 25-56 * 17.C22 6.725 60.860 24.546 7.887 132.35E c.711 1.6ti 3E.652 15.048 * -36.981 12.563 8 -938 7ec.c 24.74 * 11.013 6.647 59.809 * 24.583 8.035 142.218 c.7c1 1.7E5 ?t.68? 10.t75 * -49.002 10.923 7.725 77c.c 23-65 * 17.CO6 t.585 59.198 24.537 8.125152.078 c.tsc 1.7ce ?€.lo2t.452 -63.407 9.715 6.885 78O.C 23.45 * 17.CC2 6.551 59.047 * 24.381 8.16 2 161.938 C.t4 I ].ti4 3f.71C 2.364 * -79.838 9.049 6.445 75c.c 23.4C * 16.559 6.526 59.367 * 24.090 8.146171.798 C.C51 c.555 3E.706 -1.605 * 263.072 8.987 6.405 8CO.C 23.73 * 16.997 6.512 bC.161 * 23.631 8.08 1181.65e 0.t52 C.5ES 36.693 -5.413 * 247.125 9.493 6.737 81O.C 24-35 * 16.597 6.505 61.424 22.997 7.969191.518 Oat57 c .st e 36-67C-5.260 * 233.455 10.450 7.390 8iC.C 25.31 * 16.598 6.518 63.144 * 22.143 7.812201.378 c.7c4 C.SI5 3f.636-12.990 * 222.213 8.310 * * * 11.726 tC,i 7tc.c 28.24 * 11.C2C t.7C5 66.695 * 21.066 7.384 119.64t C.iiS 1.5Et 3f.552 21.588 * -23.198 15.432 11.218 IC0 770.C 26.56 * 1l.CC4 6.566 65.139 21.264 7.612129.506 0.714 1.512 31.59817.021 * -32.280 13.364 9.556 780. c 25.15 * 16.552 6 -463 63.933 * 21.403 1.783139.366 c.7c2 I.E?1 2E.632 12.612 * -43.230 11.577 8.199 75c.c 24.1~* lt.se4 6.392 63.111 * 21.467 7.899 149.226 C.654 1.757 36.6558.347 * -56.493 10.165 7.192 8CO.C 23.55 * 16.578 6.343 62.754 * 21.396 1.961159.086 o.te5 1.t7t 3€.66e 4.220 * -72.070 9.242 6.571 81O.C 23.33 * 16.575 t.315 62.847 21.194 7.972368.946 O.tE7 1.552 36.67C 0.208 * -89.094 8.901 6.350 8iC.C 23.45 * 16.574 t. 302 63.427 I 20.814 7.933 118.806 C.tEE C.SS! 3t.662 -3.699 * 254.195 9.158 6.516 8IO.C 24.0C * 16.974 6.303 64.483 * 20.239 7.848188.666 C.652 c.s7s ?fa645 -7.524 * 239.359 9.928 7.030 84C.C 24.El * 16.576 6.315 66.005 19.443 7.719198.526 C.6SE C .55? 2E.615 -1l.2@8 * 226.585 11.081 7.838 8tO.C 25.e7 * lt.575 6.352 61.973 18.397 7.549208.386 c.7ct c.515 ?E.585-15.015 * 216.872 12.496 8.887 A * * * 0 ECPTE bIAF2 PHI2 * LLFk.02 VEL2 @ET4 ECCE Rn IC VELl ALPHAl * PHIl VIhFl ov 1 ECbT€ ITlM€ CV SLP * OY2 L lNF2 Ph12 * bLPHA2 VEL2 BETA ECC E RMIC VELl ALPHA1 * PHIl VIhF1 cv 1 * 4 * * * * "_IL1 7EC.C 28.55 * 17.010 6.625 11.109 * 17.550 7.114 116.195 C.725 2.cse 3~.503 23.56e * -19.728 16.355 11.984 i: 75C .C 21.21 * 16.551 6.455 65.450 * 11.920 7.364 126.655 C.71E 1.563 3E.55C 18.965 * -28.@91 14.201 10.219 8CC.C 25.11 * 16.571 6.32 E 68.110 18.191 1.557 136.515 C.7C4 1.eeE 3c.587 14.520 * -38.094 12.293 8.733 81C.C 24.54 * 16.567 6.238 67.138 18.356 7.696 146.375 C.tS5 1.ECS 3t.614 1C.221 * -50.225 10.110 7.573 8iO.C 23.74 * 16.560 6.118 65.561 * 18.407 1.182 156.235 o.tee 1.7273E.631 6.C51 * -64.179 9.551 6.779 BIG. c 23.34 * 16.556 6.141 66.454 * 18.291 7.817 166.095 C.CEE 1.643 3E.635 2.0C3 * -81.318 8.947 6.380 84C .c 23.31 * 16.554 6.125 66.814 4 17.999 1.804 175.955 C.CE5 C.555 3€.636-1.943 * 261.575 8.940 6.375 85C.C 23.tS * 16.555 6.126 67.655 * 17.502 7.744 185.815 C.CE7 C.5Ei 3E.624 -5.8C3 * 245.715 9.496 6.139 aec. c 24.3E * 16.557 6.145 t8.966 * 16 .v 8 7.641 195.b75 C.652 C.566 36.603-9.600 * 232.116 10.499 7.424 e7c.c 25.34 * 16.561 6.184 70.730 P 15.791 7.491 205.535 C.7CC C.53: 3€.575-13.356 * 221.051 11.817 8.377 * 4 * i4i 81C.C 27.sc * l6.5C4 6.352 73.759 14.495 7.142 123.803 c.12: 2.~14 ?E.sce 2c.e~~* -24.328 15.067 1C.919 5c a2c.c 26.29 4 16.9tl 6.235 72.316 * 14.931 7.356 133.663 C.7CE 1.53e 3~.54816.401 * -33.506 13 -05 8 9.318 e3c.c i4.5i * 16.555 6.121 71.150 * 15.242 7.515 142.523 C.CS6 1.EtC 31.575 12.Ct9 9 -44.604 11 -330 8.019 a4c. ( i4.Cl * 16.541 6.C51 7C.450 * 15.404 7.623 153.383 C.tEE 1.71E 3€.6CC7.864 * -58.045 9.979 7 -064 85O.C 23.43 * 16.942 6.C03 70.145 * 15.395 7.681 163.243 C.CE4 I.t94 3E.611 3.119 * -73.797 9.119 6.491 a6c.c 23.25 * 16.535 5.98C 10.295 1 15.200 7.691 173.103 C.tEi 1.OOC 3f.613-0.203 * 269.114 8.844 6.313 870.C 23.46 * 16.539 5.575 7C.918 14.793 1.655 182.963 C.tE4 C.5543E.6Ct -4.098 * 252.415 9.163 6.519 @EO.( 24.C1 * 16.541 5.5SE 72.013 * 14.152 7.576 192.823 c.tEe C.577 36.591-7.927 * 237.802 9.988 7.070 85C .c 24.E6 * 1C.545 6.040 73.562 4 13.250 7.457 20i.t83 c.cs5 C.5SC ?€.567-11.711 * 225.603 11.189 7.916 9cc. ( 25.5t * 16.552 6.107 75.540 * 12 -058 7.300 212.543 c.7c4 C.514 3E.531-15.474 * 215.634 12.651 9.005 4 * * i7; CliC.( 2e.c. * 16.5~2 6.374 77.951 * 11-044 6.946 12C.952 C.iiS ;.Ct3 2f.472 22.781 * -20.941 15.950 11.646 25 840.C 26.51 * 16.562 6.194 76.480 * 11.640 7.117 130.812 0.712 1.585 3E.514 18.210 * -29.396 13.859 9.946 8fC *c 25.47 * 16.541 t.C55 75.256 4 12.101 7.356 140.672 C.659 I.5IC 3€.54€ 13.894 * -39.559 12.010 8.521 86G.C 24.36 * lt.537 5.963 14.371 * 12.391 7 -48 3 150.532 c.c5c ].e25 3~.572 5.658 * -51.907 10.490 7.418 87C.( 23.61 * 16.531 5.501 13.885 * 12.511 1.56 2 160.392 C.CE4 1.14' 3€.58e 5.537 * -66.681 9.406 6.679 -83.366 eec.c 23.26 * 16.921 5.868 73.843~~ * 12.419 1.593 170.252 C.tEl l.t5? 3€.594 1.521 * 8.870 6.330 a5c.c 23.3C * 16.527 5.861 74.249 * 12.116 7.580 180.112 O.CE1 C.SS€ 3E.551 -2.4C8 * 259.546 8.935 6.372 900. C 23.71 * 16.528 5.811 75.133 * 11.562 1.524 189.972 c .ce4 C.SEE 3E.58C -t.266 * 243.860 9.557 6.779 9 10.C 24.44 * 16.533 5.919 76.454 * 10.757 1.428199.a32 C.65C C.962 3E.562 -10.078 * 230.538 10.617 7.501 920 .c 25.44 * 16.540 5.se7 78.212 * 9 -652 7.294 209.692 C.65E C.53C 3E.536 -13.@64 * 219.616 11.981 8.503 * * * i5i l3cc.t 21.57 i 16.561 6.150 80.533 * 8.139 7.020 127.96C <.;I€ ;.C:S 36.4e5 2c.111 * -25.701 14.686 10.609 C 8lO.C 26.02 * 16.944 6.030 79.266 * 8.954 7.215 137.820 0.7c3 1.561 36.521 15.709 * -35.035 12.738 9.072 aEc .c i4.7i * 16.532 5.513 78.274 * 9.396 7.361 147.680 C.652 1.E75 2t.545 11.435 * -46.358 11.074 7.833 850 .C i3.Et * 16.524 5.834 71.638 * 9.640 7 -45 8 151.540 C.CE5 1.75: 1f.568 7.280 * -60.065 9.193 6.938 9CG. c 23.34 * 16.415 5.7Et 77.410 * 9.61 1 7.510 161.400 c .CEC 1.7Cf 3€.518 3.230 * -76.C45 9.012 6.421 Y1C.C 23-22 * 16.518 5.711 17.621 * 9.469 7.517 117.260 C.675 1.CCC 3t.515 -0.730 * 266.806 8.819 6.298 5EC.C 23.47 * 16.515 5.7E2 78.281 * 9.031 1.482 187.12C C.tEl C.552 3f.572 -4.62C * 250.300 9.216 6.554 930.C 24.CE * 16.923 5.821 79.391 * 8.311 1.408 196 -980 C.CE6 c.573 3c.55e-8.451 * 235.879 10.109 7.153 940.C i4.SE * 16.929 5.8E7 80.923 * 7.312 1.291 206.840 C.654 C.54f 3f.537-12.266 * 223.931 11.368 A.046 9EO.C 26.12 * 16.540 5.4€6 82.850 * 5.980 1.15 1 216.700 0.7C4 C.507 3E.509-16.010 * 214.164 12.883 9.183 * * * ti; E€(.( 28.i7 * 16.565 6.224 84.460 * 5.007 6.883 125.108 c.724 i.CE€ 2E.461 21.535 * -22.348 15.534 11.301 371 8SC.C 26-61 16.945 6.031 83.161 * 5.817 7.094 134.968 0.1CE 2.011 3E.495 17.499 * -30.968 13.501 9.664 scc .c 25.23 * 16.S31 5.85E 32.112 * 6.405 1.255 144.828 C.CS6 1.53C 3f.529 13.195 * -41.356 11.117 8.302 510.C 24.1€ * 16.520 5.155 81.359 * 6.790 7.310 154.688 C.tE7 l.e4t3~.551 9.007 * -53.995 10.266 7.262 9iO.C 23.5C * 16.514 5.738 8C.974 * 6.950 7.435 164.548 C.CE1 1.75f ?

PARKING ORBIT TO 1.1 JUPITER RADII CIRCULAR PARKING ORBIT

LCPTL TllMf CV SLP * Ob2 llhF2 PHI2 * bLFhA2 VEL2 EETP ECCE RM IC VEL1 ALPHAl * PHIl VihFl ov 1 * * * I E41 SCO .c 28.95 * 16.513 c.292 88.190 * 1.683 6.766 122.257 c.132 2.131 38.44~ 23.730 * -19.295 16.395 12.018 34 € 91c.c 27.24 * lt.950 6.C75 86.928 2.672 6.989 132.11i (-714 2.OtC 3f.48~ 19.275 * -27.288 14.293 10.292 5i0.C 25.15 * 16.532 5.515 85.829 * 3.443 7.165 141.977 c.1cc 1.5ec 3E.51214.931 * -36.854 12.406 8.819 93c.c 24.51 * 16.920 5.156 85.005 * 3.967 7.295 151.837 C.tES ].€St ?f.53C 1C.719 * -48.473 10.811 7.645 94c.c 23.13 * 16.912 5.717 84.493 4.263 7.38 1 161.697 C.tE2 l.EC5 3E.5536.606 * -62.519 9.611 6.815 9E0.C 23.27 * 16.508 5.675 84.354 * 4.312 7.425 171.551 C.tl5 1.115 31.5612.584 * -78.764 8.923 6.364 5eo.c 23.21 * 16.5Cl 5.661 84.621 4.101 7.429 181.417 c.t1e c .599 ?€.562 -1.362 * 264.043 8.829 6.304 910.C 23-52 * 16.910 5.651 85.305 * 3.612 7.394191.271 C.CE1 c -590 3€.555 -5.250 * 247.751 9.317 6 -620 5E0.C 24.15 * lt.915 5.14E 86.403 2.823 1.324201.131 C.6Et c.st5 3E.542 -9.101 * 233.658 10.287 1.217 99c.c 25.15 * 16.925 5.84C 87.870 * 1.716 7.219210.997 c.t54 c .S?5 21.522-12.934 * 222.026 11.612 8.225 * * * €72 52O.C 27.51 * 16.551 6.151 9c.504 -0.449 6.901129.265 C.'ILC i.llC 3E.464 21.032 * -23.948 15.105 10.949 22' " 94C.C 2t.31 * 16.937 5.963 89.421 * 0.487 7.089139.125 C.lC5 2 .C3C 3E.498 16.661 * -32.701 13.133 9.377 95o.c 25.CC * 16.923 5.822 88.529 1.184 7.233148.985 C.C53 1 .T4t 3E.525 12.416 * -43.474 11.414 8.080 9tO.C 24.Ci * 16.513 5.124 87.933 * 1.613 7.334 158.845 C.CE5 1.055 31.5448.275 * -56.473 10.043 7.108 57o.c 23.41 * 16.5C7 5.6bt 87.658 1.795 7.394 168.705 c.t7s 1.765 31.5554.224 * -71.884 9.133 6.500 9eo.c 23.18 * 16.5~5 5.645 87.755 * 1.709 7.414 178.565 C.618 l.tlf 31.559 0.251 * -88.899 8.790 6.279 590.c 23.35 * 16.5C6 5.655 88.245 * 1.342 7.397 188.425 C.Cl5 c.55: 3E.556 -3.662 * 254.207 9.049 6.445 l0CC .c 23.EE * 16.511 5.7C8 89.130 * 0.676 7.345 198.285 C.tE3 c.515 3E.54t -1.535 * 239.093 9.840 6.970 1ClO.C 24.73 * 16.520 5.752 9C.396 * -0.316 7.260 208.145 C.t5l c.552 ?€.53C-11.389 * 226.441 11.041 7 -809 lC2C. c >?.E5 * 16.532 5.514 91.999 * -1.655 7.144 218.005 C.7C1 C.51C 3~.50e -15.250 216.084 12.533 8.916 * * €91 95c. c 28.CC * lt.5CE 6.252 93.865 -3.539 6.827126.414 c.1ie i.15t ?€.45122.773 * -20.898 15.932 11.631 25 E 5tc.c 26.51 * 16.945 6.039 92.829 * -2.431 7 -026 136.274 c.711 2.ClS 36.4F618.381 * -29.092 13.888 9.970 970.c 25.45 * 16.52e 5.875 91.934 * -1.582 7.182146.134 c.t57 1.55C 31.515 14.1C4 * -38.942 12.066 8.563 5f0.C 24.37 * 16.516 5.757 91.251 -0.981 7.297 155.994 C.tEE 1.5c5 3t.531 9.930 * -50.942 10.546 7.458 550.c 23.tl * 16.505 5.681 90.880 * -0.678 7.372165.854 C.tE1 1.EIC 3E.5515.e53 * -65.384 9.438 6.700 1000. c 23-23 * 16.905 5.645 9C.831 * -0.633 7.408 175.714 O.tl8 1.72t 3e.5581.853 * -81.906 8.856 6.321 lC1C.C 23.24 * 16.5C5 5.641 91.159 * -0.883 7.407 185.574 C.tlE C.SS€ 38.55E -2.082 * 260.916 0.873 6.332 1CIC.C 23.t3 * l6.9C9 5.6E5 91.836 * -1.416 7.372 195.434 C.Cf1 C.SE7 3c.551-5.978 * 244.902 9.465 6.718 1030 .E 24.3t * 16.917 5.761 92.891 * -2.280 7.304 205.294 C.CE1 c.sc4 1f.531 -5.849 * 231.205 10.521 7.440 1040. C 25.3E * 16.528 5 -876 94.293 * -3.499 7.206 215.154 c.es1 C.521 ?€.52C-13.720 * 219.944 11.916 8.450 * * * $22 5EC.C 27.55 * 16.556 t.14c 96.C35 * -5.310 6.976133.422 c.717 2.12.5 3f.477 20.C81 -25.735 14.666 10.592 212 99c. c 26.C2 * 16.536 5.953 95.163 * -4.30 1 1.143143.282 O.lC3 2.c45 3E.508 15.177 * -34.838 12.756 9.086 1ccc. c 24.7E * 16.522 5,814 94.459 * -3.565 7.269153.142 C.t51 1.555 3C.531 11.577 * -45.893 11.110 7.059 1010.( 23.E7 * 16.912 5.715 93.996 * -3.105 7.357163.002 C.tE? l.Et5 3E.548 7.471 * -59.328 9.825 6 -960 1cio.c 23-32 * 16.507 5.667 93.827 * -2.927 7.407 112.862 C.ClS l.ilC ?E.55E 3.446 * -75.114 9.021 6.427 1030. C 23.15 * 16.506 5.654 93.989 * -3.038 7.422 182.722 o.t7e 1.coc 3E.561-0.515 * 267.741 8.796 6.203 1C40.C 23.43 * 16.SC8 5.6E1 94.510 * -3.460 7.402 192.582 C.tEC c .5S? 1t.551 -4.428 * 251.054 9.168 6.523 105o.c 24.C: * 16.915 5.746 95.359 -4.186 7.35 1 202.442 C.tE5 c.514 3f.547-8.317 * 236.334 10.058 7.119 lCtC .c 24-55 * 16.526 5.851 96.546 -5.265 7.269 212.302 C.653 c.545 ?€.531 -12.201 * 224.098 11.339 8.026 1ClO.C 26.14 * 16.541 5.999 98.022 * -6.114 1.161 222.162 C.lC4 C.SCC 3E.511 -16.1C1 * 214.083 12.900 9.197 * * * 54i 1CCC.C 28.21 * 1t.565 t.263 99.042 * -8.156 6.937130.570 c.724 2.17i 3E.41C 21.764 * -22.661 15.461 11.241 24E 101c.c 26.55 * 16.947 6. c53 98.204 -6.97 5 1.113 140.430 0.7cl3 2.c55 38.50211.437 * -31.110 13.476 9.644 lC2C. c 25.24 * 16.530 5.853 97.499 * -6.089 7.250 15C.290 c.tst i.cc1 31.528 13.211 * -41.309 11.722 8.307 103c.c 24.15 * 16.518 5.718 96.985 * -5.486 7.350 160.150 c .t Ef 1.915 Zt.541 4.079 * -53.743 10.285 7.275 1040 .c 23-51 * 16.911 5.7ce 96.722 * -5.171 7.413 170.010 C.tE1 I.€>! 3f.555 5.C29 * -68.636 9.278 6.594 1c5o.c 23.2C * 16.508 5.68C 96.754 * -5.150 7 -441 179.870 c.cle 1.125 2E.564 1.045 * -85.425 8.816 6.296 1ctc.c 23.3c * 16.51C 5-65? 97.106 t -5.434 1.436 189.130 C.tl5 C .55 i 3F.563 -2.890 * 257.466 8.958 6.386 1c7c.c 23.iC * 16.915 5.746 47.794 * -6.044 7.400 199.59C c.ce? c.5e3 3t.556 -6.792 * 241.830 9.660 6.848 lceo .c 24.51 * 16.925 5.84C 98.180 -6.98 1 7.334 209.450 C.tSC C.55E 3E.544 -10.690 * 228.584 10.808 7.642 1050. c 25.66 * 16.935 5.SlE 10C.059 * -8.290 7.241 219.310 c.7cc c.524 3E.52C -14.t02 * 217.719 12.278 8.722 t t * blhF2 PHI2 * PLFkA2 VEL2 EETd ECCF RH 10 \EL1 ALPHAl * PHIl VI hF1 ov 1 ECblE T11ME Ob SLM * 0 v2 kIhF2 PHI2 * VEL2 BET4 ECCE an10 VEL 1 ALPHA1 PHI1 VIhFl cv 1 * * * * * 57i 1CLC.C 28.5C * 16.985 6.405 101.830 4 -10.956 6.909 127.719 c.13; 2.22: 3€.465 23.444 -19.833 16.268 11.912 ii? 1c3c.c 27.14 * l6.5tO 6.1731C1.058 * -9.61 1 7.092 137.579 0.715 2.144 3€.49P 19.0~8 * -27.707 14.220 10.234 1040. C 25-74 * 16.940 5.991100.368 4 -8.566 7.239 147.435 C.701 2.c5e 3E.526 14.835 * -37.141 12.374 8.795 1c:c.c 24.57 * 1.5.526 5.85799.831 * -7.821 7 -349 151.299 c.c5c 1.SCI 3t.547 10.678 -48.627 10.806 7.641 loto. ( 23.74 * 16.917 5.76&99.500 -7.368 1.424 167.155 o.ce2 1.875 3E.561 6.603 * -62.541 9.618 6.820 107c.c 23.2~* 16.513 5.72399.426 * -7.214 7.465 177.019 0.C75 1.775 3t.569 2.596 * -78.719 8.932 6.370 1CEC.C 23.22 * 16.513 5.121 99.641 * -7.366 7.473 186.879 c.t75 c .55c 3E.57C -1.358 * 264.064 8.837 6.309 105c. c 23.55 * lt.511 5.761 100.158 * -7.837 1.451 196.739 C.CEi c .5SC 3E.566 -5.278 * 247.657 9.333 6.631 11cc.c .i? * 16.925 5.843 10C.981 -8.650 7 -400 206.599 C.CE1 C.9.55 3f.556 -9.186 * 233.414 10.326 7.304 111o.c 16.538 5.965 102.068 -9.813 7 -322 216.455 C.tS.2 C.53i 3E.541 -13.105 * 221.632 11-692 8.284 * * * TABLE XI. - Continued.TABULAR DATA FOR TRAJECTORIES FROM 1.1 EARTH RADTI CTRCULAR

PARKING ORBIT TO 1.1 JUPITER RADII CIRCULAR PARKING ORBIT

ECPTE TTlNE CL SLN * OV2 UIkF2 PHI2 PLPI-A2 VEL2 @ETA ECCE RM LO VELl ALPHA1 * PHI1 VINFl ov 1 * * * 54t 1ccc.c 27-72 * 16.573 6.256 103.612 * -12.065 7.089135.300 C.72C ;.le? 3t.49e 20.466 * -25.013 14.861 10.751 15 5 loto. ( 26.15 * 16.951 6.056 102.967 * -10.888 7.241145.160 0.7c5 2.1c1 3e.526 16.195 * -33.925 12.950 9.235 IC7C.C 24-52 * 16.535 5.544 102.432 * -10.014 7.359155.020 C.tS4 i.Cl2 [email protected] * -44.667 11.285 7.986 IC8O.C 23.SE * 16.525 5.835 102.071 -9.443 7.442164.880 O.CEC 1.515 36.565 7.923 * -57.752 9.963 7.053 1C50.C 23.4C * 16.518 5.775 101.927 * -9.172 7.493 174.74~ C.6el ].e22 3t.574 3.898 * -73.253 9.101 6.479 11co.c 23.21 * 16.911 5.764 102.043 * -9.212 7.512 184.60C C.tl5 1.ccc 3~.57e -0.073 * 269.681 8.808 6.291 111o.c 23.41 * 16.520 5.791 102.436 -9.571 7.501 394.466 c.cel c.554 3e.576 -4.008 * 252.801 9.119 6.491 1liC.C 23.51 * 16.527 5.862 103.108 -10.264 7.462 204.320 C.tEC C .57 i ?t.56e -7.528 * 237.745 9.968 7.056 112c.c 24.E5 * 16.934 5.578 104.052 * -11.317 7.396 214.180 c.ts4 c .54 f 3E.556 -11.854 * 225.157 11.231 7.947 114C.C 2t.C7 * 16.556 6.14C 1'25.216 * -12.741 7.307 224.04C C.7C5 c .51c 3E.535 -15.814 * 214.838 12.796 9.116 * * * IC2 1 1CEC.C 26.tt * 16.564 6.214 1C5.356 * -13.151 7.251142.881 c.711 2.145 3E.52817.543 * -30.957 13.542 9.696 175 IC50 .c 25.31 * 16.546 6.045 1C4.877 * -12.147 7.375 152.~1 C.65E i .a55 3E.552 13.346 * -41.017 11.794 8.360 1ICC.C 24.26 * 16.533 5.923 1C4.505 * -11.462 7.466 162.t01 C.tE5 1.5t.2 36.565 9.234 * -53.286 10.35'3 7.322 11lC.C 23.55 * 16.525 5.848 104.309 * -11.074 7.525172.461 C.tE? 1.EtC 2~.5e1 5.190 * -68.031 9.330 6.629 1liC.C 23.24 * 16.522 5.818 104.343 * -11.001 7.554 182.321 (.tEC 1.7cc 31.51~ 1.203 * -84.145 8.845 6.314 1130.C 23.31 * 16.524 5.833 104.632 * -11.249 7.553192.181 o.tel C.557 3E.506 -2.746 * 258.099 8.964 6.391 1140 .C 23.77 * 16.530 5.852105.175 * -11.827 7.52520i.041 C.tE5 c.se? 3E.50C -6.677 * 242.311 9.654 6.844 I1CC.C 24.58 * 16.541 5.956 1C5.969 * -12.757 7.471 211.901 0.t5i 'C.55E 3E.57C -10.612 * 228.893 10.804 7 -640 1ltC.C 25-65 * 16.957 6.14E 106.995 * -14.066 7.394 221.761 c.7c2 C.Si? 3f.555-14.574 * 217.870 12.290 8.731 117c .c i7.CE * 16.579 6-345 108.194 * -15.768 7.295 231.621 c.71: c.e7t 3E.53t-18.594 * 208.799 14.022 10.076 * * * 1C4t 11cc.c i7.25 * 16.5EO 6.35E1C7.744 * -15.480 7.260 140.~25 c.717 i.lS? ?E.53C 19.137 * -27.695 14.266 10.270 15C 111c.c 25.80 * 16.955 6.165 107.262 * -14.340 r .39 1 149 .a89 0.7C? i.lCf 3E.55514.916 * -37.021 12.431 8.838 Ili0.C 24.62 * 16.544 C-CZE 106.874 * -13.509 7.490 159.745 C.C5? i.Cl2 3E.574 lC.782 * -48.383 10.865 7.683 113c.c 23-15 * 16.534 5.535 106.644 * -12.995 7.559 169 -609 c.teE 1.515 3~.5el 6.719 * -62.172 9.671 6.855 1140.C 23.32 * 16.525 5.887 1'26.599 * -12.787 7.598 179.465 C.tEi l.El! 3f.555 2.712 * -78.254 8.969 6.394 ll5O.C 23.25 f 16.529 5.885 106.173 * -12.898 7.609 189.325 c.tel c .555 36.591-1.255 * 264.526 8.858 6.322 1160.C 23.57 * 16.534 5.929 1C7.192 * -13.346 1.591 199.185 C.tE4 c.5sc 3E.554 -5.197 * 248.02$ 9.344 6.638 1170.C 24.26 * 16.543 E.Cl5 1C7.841 * -14.136 7 -55 1 209.049 c.tsc c .565 3E.58t-5.139 * 233.642 10.338 7.312 1lec.c i5.2t f 16.55E 6.156 1C8.707 * -15.292 7.486 218.905 C.tSS C.S?i ?E.573 -13.1C4 221.724 11.711 8.303 115C.C 26.54 * 16.57e 6.343 109.761 * -16.846 7.400 228.765 c.711 C.E5! 3E.55t-17.118 * 211.953 13.375 9.565 f * * 1Ci 1 1liC.C 27.~1* 16.558 t.514 109.920 4 -17.767 7.274 131.178 C.7id i .242 2f.532 2C.724 * -24.692 15.007 10.810 12 5 112c.c 26-22 * 16.574 6.306 105.480 * -16.484 7.411 147.038 0.7C9 2.1?4 38.55516.402 * -33.367 13.098 9.350 114C.C iC.C4 * lt.557 6.146 IC5.107 * -15.521 7.518 156.898 C.tS7 i.Ct 1 3E.57512.324 * -43.885 11 -425 8.088 115c.c i4.OE * 16.545 6.034 108.847 * -14.868 7.596 166.758 c .c 15 ].St5 ?fa554 8.239 * -56.720 10.079 7.133 11to.c 23.4i * 16.5?8 5.965 108.750 * -14.535 7.644 116.618 C.tE4 ].Et5 ?€.6C4 4.214 * -71.995 9.179 6.530 117c.c 23.25 * lt.536 5.95C lC8.840 * -14.517 7.665186.478 C.CEi 1 .i62 31.608 0.232 * -88.986 8.839 6.310 1lec.c i3.42 * 16.535 5.977 105.135 * -14.821 7.660 196.338 C.CE2 C .55! ?€.6C7-3.725 * 254.015 9.108 6.483 119o.c 23.5E * 1t.547 6.C52 109.662 -15.479 7.630 206.198 c.tee C.57E 3E.601 -7.C74 * 238.723 9.928 7 .O30 12CC. c 24.87 * 16.5t0 6.174 110.381 * -16.491 7.576 21c.05e c.t5t c.5sc 2E.591 -ll.t41 * 225.869 11.183 7.912 12lO.C 26.C6 * 16.579 t.345 111.293 * -17.887 7 -50 2 225.918 c .?C i c.512 2f.57C-15.651 * 215.325 12.756 9.086 * * * 1CSt 115c.c iC.Ef * 16.551 t.455 111.541 1-18.586 7.436 144.186 c.715 i.2Ci ?t.56318.038 * -30.013 13.790 9.892 1CC 1160.C 25.50 * 16.571 6.276 111.192 * -17.488 7.549 154.046 0.7c2 i.llC 3E.585 13.859 * -39.769 12.024 8.531 117c.c 24.41 * 16.557 6.145 11c.929 I -16.708 7.635 162.906 c.ts2 i.Cl5 31.6025.754 * -51.678 10.546 7.458 1leo.c 23.t7 * 16.548 6.061 110.788 * -16.241 7.692 173.766 C.tEt 1-41: 3E.61? 5.709 * -66.059 9.466 6.719 115C.C 23.30 * 16.544 6.025 llC.813 * -16.096 7.722 182.tZt C.tEI 1.Ell 3E.615 1.112 * -82.557 8.907 6.354 12cc.c 23.33 * 16.945 t.036 111.022 * -16.274 7.727 193.486 C.tE4 (.

PARKING ORBIT TO 1.1 JUPITER RADII CIRCULAR PARKING ORBIT

LCbTE TlIMf Ck SLP OV2 LINF2Pb12 * bLPHA2 VEL2 @ET4 ccc E RMIC ALPHAlVEL1 * PHIL V1h 8F1 cv1 * I * * * * I246 12EC.C 28.85 * 17.085 7.24C 120.882 * -28.521 7.783 136.931 c.741 2.4cc ?Est32 22.936 -21.093 16.136 11.801 ?4€ 125C.C 27.25 * 17.C55 l.CO4 120.817 * -27.017 7.899 146.797 c.125 ;.?C€ 36.6551e.719 * -28.873 14.166 10.191 I3CC.C 25.82 * 17.c33 6.814 120.731 * -25.832 7.993 15t.657 C.712 2.211 3E.675 14.570 * -38.218 12.383 8.801 131C.C 24.1c * 1l.Clt 6.673 120.669 * -24.96C 8.066 16t.517 C.7C1 2.lCT ?€.69C10.418 * -49.623 10.862 7.681 1IiC.C 23.85 * 17.cc: 6.578 120.637 -24.396 8.116 176.371 c.ts5 ;.cc: 31.7CC 6.431 * -63.479 9.708 6.880 133c. c 23.45 * 17.0CC 6.533 12C.675 -24.151 8.146 18t.231 C.C5I 1.E9:- 31.70C2.415 * -79.618 9.050 6.446 1340.C 23.41 17.0CO t.536 12C.797 * -24.227 8.155 196.097 C.C51 c .5s5 ?€[email protected] * 263.142 8.988 6.406 13LC.C 23.71 * 17.CO6 t.55C 121.027 * -24.646 8.146 205.957 c.ts4 (.(E6 3e.7ot -5.596 * 246.669 9.531 6.762 13tC.C 24.51 * 17.015 t.656 121.355 -25.412 8.119215.817 C.7C1 C.Stt 3E.7C1-9.633 * 232.321 10.595 7 A92 137C.C 25.55 * 17,037 6.054 121.774 * -26.547 8.076 225.617 c.7 IC C.532 3f.692-13.722 * 220.423 12.056 8.555 * r( * l;il I31C.C il.t?i * 17.C76 7.171 122.C73 * -28.634 7.941143.945 C.131 ;.:5t 36.6C5 ZC.155 * -26.026 14.854 10.745 .-~ LL: 132C.C 26.31 * 17.C51 6.966 122.030 * -27.337 8.045153.805 C.711 2.255 3f.685 16.029 * -34.752 13.001 9.275 133C.C i5.CS * 17.C32 t.8C7 121.982 * -26.352 8.122163.665 C.lCt 2.156 ?1.7C1 11-923 * -45.360 11.379 8 .os4 134c.c 24.15 * 17.Cl8 6.655 121.958 * -25.678 8.179173.525 C.CS€ i .C5? 3€.713 7.863 * -58.312 10.082 7.135 135C.C 23.5f * 17.011 t.632 121.977 -25.315 8.214183.385 C.C5? I .S4? 31.721 3.836 * -73.711 9.235 6.566 1‘tC.C 22-35 * 17.C10 6.615 122.069 * -25.274 8.231193.245 C.tS.2 l.CC( 36.724 -0.114 * 269.247 8.955 6.385 137C.C 23.C.2 * 17.C14 6.655 122.242 -25.560 8.228 203.105 C .c54 c .s91 36.724-4.186 * 252.287 9.291 6.603 138C.C 24-23 * 17.C24 t.742 122.510 * -26.196 8.209 212.965 C.t5S c.575 36.72C -8.220 * 237.084 10.187 7.207 139C.C 25.2c * 17.c41 t.882 122.855 * -27.186 8.17? 222.825 c.7ce c.545 36.712-12.301 * 224.317 11.527 8.163 14cc.c 26.4s 11.Ct5 7.C7t? 123.277 -28.564 8.123 232.685 c.1ic C.5(4 ?€.lo; -1C.454 * 213.828 13.196 9.426 * * * 1;5t132C.( 2e.42 * 17.CS8 7.344 123.226 -30.221 7.995 141.094 C.i:C i.4c4 2E.675 21.666 * -23.378 15.556 11.320 25E 1340.C 26.85 * 17.C70 7.122 123.226 -28.815 8.096 150.954 C.723 i.?OE 3E.696 17.484 * -31.550 13.642 9.775 135c.c 25.51 17.C48 t-547 123.210 -27.725 8.178 160.814 0.111 2.iCl 96.713 13.363 * -41.425 11.933 8.463 13tO .C 24.46 * 11.C33 6.819 123.196 -26.941 8.240 170.674 c.7c2 2.102 3E.72t 5.290 * -53.500 10.510 7.432 137C.C 23,76 * 17.C24 6.738 123.211 * -26.466 8.282 180.534 C.CSC 1.552 3t.735 5.252 * -68.060 9.490 6 -134 13EC.C 23.43 17.020 6-7C7 123.278 -26.306 8.304 190.394 C.tS4 1.E75 36.7401.234 * -84.679 9.000 6.413 135c. C 23.51 * 17.022 6.726 123.413 * -26.473 8.309 200.254 C.tS4 C.SSi 31.741-2.780 * 258.110 9.121 6.492 14CC. C 24.CC * 11.03C 6.795 123.624 * -26.975 8.296 210.114 c.tse C.512 3f.738 -6.e13 * 242.140 9.834 6.966 141c.c 24.15 * 17.C45 6.918 123.914 * -27.834 8.267 219.974 CJCt C.55i 2E.732 -l0.@86 * 228.490 11.037 7.807 14ic. c it.C4 * 17.cc7 7.CS5 124.267 * -29.062 8.224 229.834 c.111 C.Sl5 Ef.723-15.026 * 217.231 12.609 8.973 * * lIil I3fC.C iS.CI * 17.121 7.522 124.292 * -31.790 8.044 138.24; C.745 i.4!1 2t.615 23.135 * -20.901 16.270 11.913 273 I3tC.C 27.35 * 17.090 7.284 124.339 * -30.280 8.149 148.102 c.129 i .?5t 3E.707 18.936 * -28.518 14.304 10.301 13iC.C 25.5: * li.Ct6 7.043 124.354 * -29.081 8 -234 157.962 C.1IC 2.i’t 31.725 14.795 * -37.792 12.51 7 8.903 138C. c 24-02 * 17.C45 6.54e 124.357 * -28.188 8.301 167.822 0.7CC 2.152 21.735 10.113 * -49.035 10.984 7.768 135C. ( 23.55 * li.C37 6.851 124.377 * -21.605 8.348 177.682 C.655 i.c4i 36.745 t.665 * -62.712 9.909 6.949 14CC.C 23-52 * 11.031 6.BC2 124.428 d: -27.330 8.376 181.542 c.ese 1.525 31.75t 2.639 * -78.718 9.121 6.492 141C.C 23.4t * 17.C31 t.8C3 124.533 -27.377 8.387 197.402 c.e55 C.555 2t.758 -1.380 * 764.063 9.025 6.430 142C.C 23.81 * 17.037 6.855 124.696 -27.750 8.380 201.262 C.tSE C.SE5 3t.756 -5.413 * 247.468 9.542 6.769 I43C.C 24.54 * 17.C50 t.955 124.937 -28.479 8.358 217.122 c.7c4 C.5ti 3t.752 -$.479 * 232.945 10.591 7.489 144C.C 25.ti * 17.C7C 7.118 125.234 * -29.569 8 -32 1 226.982 c.714 C.523 1t.741-13.606 * 22c.e69 12.053 a.553 * I * 114f 126C.C 27.5t * 11.112 i.451 125.366 * -31.724 8.201 145.250 C.iIC 2.rc4 21.71e 2C.3E4 * -25.014 14.981 10.848 i4f I3SC.C 26.46 d: 17.C85 7.243 125.417 -30.421 8.290 155.110 C.722 i.?C5 3f.73716.232 * -34.432 13.128 9.373 14CC.C 25.21 * ll.Ct5 7.C82 125.439 * -29.418 8.360 164.911: c.711 2 .2c 1 3E.752 12.131 * -44.906 11.498 8.141 1410.C 24.2-5 * 17.C51 6.SbE 125.472 * -28.731 8.412 174.83C O.lC? 2 .CSi 31.763 8.072 * -57.696 10.186 7.206 14iC.C i3.tt d: 17.C43 6.5C3 125.521 -28.348 8.446 184.690 C.tSE 1.575 38.771 4.C35 * -72.949 9.314 6.618 142C.C 23.46 17.C41 6.886 125.603 4 -28.277 8.462 194.55C C.656 1.E6l 2t.774 0.015 * -89.940 9.004 6.416 144C .C 23.Ct * 17.C45 6.421 125.738 * -28.534 8.462 204.410 C.tSE C.55d 31.174 -4.017 * 253.044 9.314 6.618 145C.C 24.27 * 17.CSb 7.006 125.926 * -29.126 E.446 214.270 c.7c2 C.57t 36.771 -8.080 * 237.688 10.194 7.212 14tc.c 25.24 * 17.c73 7.147 126.174 -30.081 8.416 224.13C c.712 c.54t 26.7t4-12.195 * 224.758 11.531 8.166 1410.C 26-52 * 17.CSE 7.343 126.462 * -31.410 8.373 233.990 c.724 C.505 ?€.755-16.391 214.120 9.437 * * * 13.210 lIhF2 PhI2 * PLFkb2 VEL2 PETb ECCE RM IC VEL1 ALPHAl * PHIL VlhF1 cv 1 CJl 0

CL SLP * Ob2 bIhF2 PHI2 PLFI-A2 VEL.? @ETb ECCE RM IO VEL 1 ALPHA1 * PHI1 bihf1 cv1 01 t * li * 13i 1 14CC. C 28-55 * 17.134 7.621 126.311 * -33.149 8.253 142.399 c.742 2.452 3E.724 21.828 * -23.235 15.67 1 11.415 i2I 1415.( 26.57 * 17.1C5 7.34E 126.400 * -31.743 8.345 152.259 0.liE 2.354 3C.745 17.660 * -31.319 13.760 9 .868 14LC.C 25.63 * 17.C82 7.221 126.455 -30.641 8.419 162.119 C.716 i.25c 3C.765 13.546 * -41.083 12.046 8.548 14sc.c i4.5i (i 17.Ctb 7.051 126.503 * -29.848 8.47t 17 1.979 C.lC7 2.142 2E.777 9.477 * -53.017 10.613 7.505 144C.C 23.e: (r 17.C56 7.005 126.552 * -29.356 8.515 181.839 c .lC 1 2.c5s 3 C. 786 5.435 * -67.436 9.574 b.791 14CO.C i3.5C * 17.C52 6.975 126.624 -29.174 8.536 191.699 C.C5E 1.Sli 9E.7$C 1.406 * -83.968 9.059 b.452 14tO.C i3.5i * 17.C54 6.992 126.733 * -29.312 8.542 201.559 C.tS4 C .S4 i 3C.792 -2.621 * 258.802 9.155 6.514 147C.( i4.C' * 17.C-52 7.06C 126.888 0 -29.783 8.532 211.415 C.1C' c.se4 3E.7.94 -6.6e5 * 242.720 9.851 6.977 14EC.C 24.85 * 17.C77 7.1E2 127.087 * -30.601 8.507 221.279 c.71c C.SF€ 3 C .784 -10.791 * 228.515 11.049 7.815 145C. ( it.C5 17.1CC 7.355 127.328 * -31.709 8.471 231.137 c.721 c.42c 3C.776 -14.970 * 217.516 12.628 8.988 * * * TABLE XU. - TABULAR DATA FOR TRAJECTORIES FROM 1.1 EARTH RADII CIRCULAR

PARKING ORBIT TO 1.1 SATURN RADII CIRCULAR PARKING ORBIT

EOtT E TTlME Ck SLP * 0v2 kINF2 Pk12 VEL2 BETb ECCE RHIO VEL 1 ALPHA1 * PHIl VIhF1 DV1 * * 1Et 25o.c €6.84 * 45.71c tC.846 2.509 * 61.167 66.500 4.5EE l.CC5 13.01C24.311 * -50.733 47.489 41.131 1aE 26C.C 81.98 44.363 55.323 2.313 59.716 76.360 4.t43 1.532 71.76215.679 * -63.752 43.664 37.602 2iC.C 78.31 * 43.183 57.935 2.269 * 58.358 ~t.zzo 4.5St 1-44: 7C.65t7.401 * -77.263 41.313 35.127 280. c 75.76 * 42.065 56.646 2.311 * 57.065 96.060 4.465 1 .ccc tS.593-0.482269.156 39.625 33.607 250 .c 74.18 * 41.005 55.4c4 2.608 * 55.602 105.94C 4.265 C.5fE tE.561-1.960 * 256.016 39.294 33.175 3CO.C 73.3E * 39.565 54.182 2.962 * 54.540 115.000 4.014 C.558 67.537-14.997 * 243.768 39.539 33.411 31C.C 73.11 * 38.520 52.956 3.415 1 53.258 125.660 3.73c c.512 tC.507-21.564 * 232.696 40.333 34.179 3iO.C 73.14 * 37.881 51.71C 3.947 * 51.944 135.520 3.425 c .E57 65.459 -27.632 222.912 41.451 35.261 310.C 13.31 * 36. E24 5G.443 4.536 * 50.601145.380 3.liE c .754 t'.3SE -33.166 :214.369 42.714 36.465 340.C 73.4t * 35.745 45.144 5.164 * 49.222 155.240 2.E37 c.72e 63.321-38.213 * 207.026 43.972 31.706 * * * 22 1 25C.C 72.3t * 38.159 52.C42 3.676 * 52.315 66.620 3.5.55 1 .t 15 65.754 23.694 * -46.731 40.376 34.222 15C 3co.c 66-39 * 31.277 50.987 3.462 * 51.315 70.660 ?.t?? 1.543 t4.961 15.576 * -61.996 37.155 31.114 2lC.C t5.4t * 36.471 50.01E 3.400 * 50.31488.540 ?.ti4 1.4tc t'm22C 7.624 * -75.604 34.937 26.960 2iC.C t3.55 * 35.113 49.1CC 3.401 * 49.460 90.400 3.551 1.372 or.5060.~55 * -69.891 33.736 27.041 33c.c t2.5: * 34.576 46.2C3 3.695 * 40.545 106.260 3.425 c .5SC t2.756-7.107 * 256.573 33.450 27.576 340. C 62.26 * 34.241 47.302 4.C25 * 47.607 110.120 3.255 c .st 2 C2.073 -13.635 * 244.051 33.922 20.019 3:c .c ti.45 * 33.492 46.315 4.454 * 46 -63 1 121.900 3 .ctc c.52 1 61.320-20.101 * 232.644 34.901 28.959 3co.c t2.52 * 32.723 45.424 4.961 * 45 A13 131-040 ;.eft C.EtE 6C.55e-25.901 * 223.034 36.197 30.195 37o.c t3.4E * 31.929 44.432 5.530 * 44.548147.100 i.t42 C.EOS 55.760 -31.223 * 214.555 37.613 31.555 3EO.C t4.04 * 31.119 43.41C 6.141 43.449 157.560 i .4?3 C.14t 51.945-36.063 * 201.260 39.c35 32.925 * * * ic. dL 310.( 67.El * 34.Et3 46.064 4.620 * 46.254 64.126 3.c43 1 .ct c 62.57126.441 * -40.266 39.C61 32.950 125 320.C t3.t5 * 34.129 41.165 4.308 * 41.42574.506 3.144 1.555 61.93420.131 * -53.090 35.494 29.521 23c.c tC.46 33.46f 46.350 4.148 * 46.654 64.446 3.lEC 1.51c 61.34512.164 * -66.627 32 .a4 E 26.996 340.C 58.20 * 32. €51 45.584 4.136 * 45.907 94.306 3.155 1.431 6C.7754.567 * -61.076 31.194 25.426 35c.c 57.c1 * 32.255 44.84C 4.263 * 45.158 104.166 ?.GEE C.55' 6C.216-2.635 * 264.166 30.506 24.776 3tO.C 56.5E * 31.661 44.c94 4.515 * 44.361 114.026 2.577 C.982 55°C -9.431 * 251.416 30.663 24.924 310.C 5t.73 * 31. C55 43.32 E 4.676 43.500 123.006 2.83t c.55c 54.042-15.189 * 239.269 31.456 25.674 3EO.C 51.2: * 30.42 5 42.531 5.327 * 42.128 133.146 2.t74 c.sc5 58.41C -21.696 * 228.612 32.665 26.021 39c *c 57.St * 25.777 41.646 5.851 * 41.027 141.606 i.5C.2 C.E51 57.16C -27.147 * 219.313 34.092 26.161 4cc .c 58.12 * 29. IC3 4C.625 6.430 * 40.004 153.466 ;.?it c.752 53.080 -32.141 * 211.435 35.591 29.614 * * * i7i 34c *c tO.C1 * 31.425 43.801 5.210 * 43.985 7c.493 2.735 1.C45 5C.341 24.615 * -44.364 34.571 26.644 1CC 350.C 56.61 * 30. 876 43.102 4.959 * 43.346 80.353 2.8~3 1.57c 5E.06S 16.639 * -57.670 31.520 25.735 3to.c 54.cs * 3C.365 42,455 4.651 * 42.733 90.213 2.EiC 1.4E5 5E.4159.C15 * -71.651 29.390 23.124 370.c 52.52 * 29.864 41.833 4.686 * 42.121 100.073 2.751 1.402 51.973 1.767 -66.370 28.232 22.639 3EO.C 5l.fl * 29.4C3 41.213 5.057 * 41.490 109.933 ;.ii? C.555 57.51t -5.C86 * 259.503 27.966 22.41C 390 .C 51.8C * 2E. 912 4C.577 5.345 * 40.623 119.793 2.t.24 c ,972 53.037-11.525 :246.426 26.495 22.005 4C0 .C 52.26 * 28.355 39.901 5.136 * 40.108 129.653 2.5C3 c .S?t Et.527-11.534 * 234.760 29.535 23.061 410.C 53.02 * 27. e6E 35.2CS 6.200 * 39.35 1 139.513 i.36i C.EE5 55-99?-23.111 * 224.675 30.906 25.154 420.C 53.4c 27.305 3E.465 6.746 * 30.544 149.373 2.224 C.834 55.42e-2e.248 * 215.996 32.425 26.593 430 54.75 26.126 37.685 7.340 * 37.690 159.233 S.CEC c.77t 54.838 -32.957 * 200.566 33.966 20.062 .( * * 3Ci 3tC.C 57.45 * 29.1CC 4C.822 6.194 * 40.919 66.400 2.353 l.tS2 5i.lCt 29.C36 * -36.026 34.272 26.353 75 310.C 53.73 * 28.625 40.206 5.637 * 40 -38 2 76.260 2.461 1.622 56.72221.040 * -46.674 30.851 25.102 ?EO.( 50.E€ * 28.2CE 35.657 5.630 * 39.80286.120 2.525 1.545 Ct.3tl 13.398 * -62.475 26.262 22.661 290.C 48.53 * 27.810 39.132 5.573 39.362 95.960 2.52E 1.462 56.0156.109 * -77.051 26.603 21.120 4cc. c 47.88 * 21.41E 3e.614 5.655 * 36.866 105.640 2.455 1.ccc 55.653-0.802 * 266.276 25.689 20.459 410.C 41.6C * 21.018 38.0~~5.066 * 30.314 115.700 2.43C C .485 55.269-7.316 * 254.307 26.019 20.579 420. ( 47.52 * 26.6C5 31.527 6.167 * 31.725 125.560 2.342 C .sc 1 54.863 -13.424 * 241.637 26.612 21.315 430.C 48.62 * 26.170 3t.539 6.604 * 37.006 135.420 2.231 C.522 54.42t-19.116 * 230.544 20.046 22.465 440. C 49.56 * 25.7ca 36.31C 7.098 * 36.399 145.260 2.122 C.El1 53.95' -24.367 * 221.011 29.525 23.052 45c .c 50.5.5 * 25.22C 35.642 7.656 * 35.661 155.140 2.cc2 c.elE 53.464 -25.215 * 212.671 31.099 25.336 * * : ECLT E TTlME Ck SLW * Db2 PHI2blhF2 1 bLPhb2VEL2 BETA ECCE RNID ALPHAlVEL1 * PHIl VIhFl CV1 ol tu tCbTE 11 IH E CV SLP * OV2 bINF2 PHI2 * ALPHA2 VEL2 eETA ECC E RMIC VEL1ALPHAl * PHI1 VIhFl ov 1 * * * * * * :i 1 3sc.c 51.6E * 26. 681 37.62E 6.181 82.083 37.125 12.167 2.iCl 1.672 54.86225.384 * -40.088 30.740 24.997 5C 4cc. 1 48.5C * 26.321 31.143 6.475 * 81.599 31.306 82.027 2.ic5 1 .:ss 54.51511.113 * -53.221 27.731 22.176 41C.C 46.17 * 25.589 36.653 6.321 * 81.212 36.891 91.887 2.255 1.515 54.29610.387 * -67.503 25.583 20.111 4ic.c 44.72 * 25.660 36.256 6.313 * 81.086 36.471 101.147 2.2EE 1.424 54.0123.422 * -82.396 24.360 19.051 43c.c 44.11 * 25.345 35.814 6.440 * 81.023 36.029 111.607 2.252 c.59e 51.710-3.161 * 262.911 24.042 18.761 440.C 44.15 * 25.010 35.351 6.688 81.062 35.542 121.461 2.152 c.sel 53.385-9.364 * 249.230 24 -495 19.176 450. ( 44.77 * 24.654 34.851 1.042 81.183 35.008 131.327 2.114 c .545 53.031-15.163 * 237.067 25.514 20.113 460.C 45.66 * 24.273 34.326 1.485 * 81.366 34.423 141.181 i.Ci? c.5c7 52.646-2C.559 * 226.560 26.888 21.385 47C.C 46.7C * 23. e68 33.754 8.002 * 81.593 33.189 151.047 1.924 c.t57 52.234-25.558 * 217.598 28 -442 22.835 480.C 41.7L * 23.439 33.145 8.580 * 81.849 33.1oe160.901 l.Ei? c.ecl 51.796-30.171 * 209.966 30.049 24.345 * * * 352 41C .C 50.25 * 24.seo 35.31C 7.794 * 82.107 35.31e68.073 1.573 1.121 51.23C 29.647 * -32.065 31.074 25.313 iL 42C. ( 46.84 * 24.668 34.878 1.389 * 81.525 34.910 71.933 2.c47 1.651 55.00521.958 * -44.371 27.728 22.161 43c.1 44.14 * 24.388 34.4Et 7.136 * 81.106 34.636 81 -193 2.CSC 1.575 52.18C 14.591 * -58.027 25.123 19.752 44c.c 42.25 * 24.123 34.114 1.033 * 80.835 34.296 97.653 ;.IC? 1.453 52.5637.582 * -12.749 23.386 18.162 45c.c 41.2e * 23. e60 33.143 7.012 * 80.698 33.932 101.513 2.ce9 1.4Ci 52.327C.921 * -87.850 22.566 17.418 460. C 41.04 * 23.5El 33.356 7.241 * 80 -61 3 33.533 117.313 2.052 c ,594 52.069-5.355 * 257.584 22 -600 17.449 410.C 41.4C * 23.291 32.542 1.526 * 80.140 33.089 127.233 1.556 C.57 1 51.784-11.254 * 244.321 23.322 18.104 4fC .( 42.18 * 22.585 32.454 7.911 * 80.880 32.596 131.092 1.SiC C.916 51.411-16.167 * 232.730 24.519 19.198 45c .c 43.21 * 22.645 32.007 8.382 * 81.074 32.054 146.953 1 .E47 c .85i 51.129-21.896 * 222.822 25.996 20.558 5C0.1 44.34 * 22. 25C 31.482 8.923 81.306 31.463 156.813 l.lt? C.E41 5C.760 -26.653 * 214.410 27.599 22.048 * * * Zil 4‘C.C 45.77 * 23.216 32.826 8.374 1 81 -49 1 32 -838 12 -840 ].E55 1.7Ci 51.624 26.135 * -36.090 28.139 22.552 C 450. ( 42.15 * 22.576 32.481 8.019 * 80.916 32.566 83.100 1.9c5 1.625 51.452 18.742 * -48.903 25.150 19.717 4cc.c 40.51 * 22.755 32.161 1.811 80.618 32.294 93.560 l.S?i I.:!] 51.2eC 11.680 * -63.083 22.932 17.750 47C.C ?9.C€ * 22.539 31.847 1.764 * 80.401 32 -003 103.420 1.54 1 1.461 51.091 4.963 * -78.188 21.593 16.542 480 .c 2E.46 * 22.317 31.522 1.850 * 80.301 31.619 113.280 1.522 I.CCC 5C.854 -1.397 * 266.637 21.146 16.142 490 .C 38.53 * 22. C80 31.114 8.061 * 80.315 31.312 123.140 1.EE5 c.se7 5C.661-1.388 * 252.349 21.488 16.448 5cc.1 25.12 * 21.824 3C.155 8.383 1 80.401 30.898 133.000 1.E33 c .st 1 5c.412-13.coe * 239.609 22.430 17.296 510.( 4o.cc * 21.545 3C.385 8.799 80.563 30.440 142.860 1.771 c.922 5C.132-18.263 * 228.627 23.769 18.512 5iO.C 41.1E * 21.245 29.535 5.298 80.166 29.930 152.720 1.7ci c .€-It 45.825-23.153 * 219.312 25.320 19.934 520. ( 42.3E * 20.521 25.44e 5.864 * 81.002 29.314 162.580 1 .e 3c C.E24 45.493-27.695 * 211.421 26.955 21.448 * 1 * 4c i 4tC.( 45.1‘ * 21.540 3C.961 9.430 1 81.501 30.888 69.147 I.CSC 1.151 5(.4C63C.240 * -28.489 28.883 23.249 352 47C.C 41.9C * 21.121 3C.652 8.915 80.886 30.664 79.607 1.75c 1.682 5C.269 22,823 * -40.346 25.584 20.171 48C.C 39.3c * 21.538 3C.365 8.673 * 80.434 30.445 89.467 I.1EE 1 .ccc 5C.13615.72C * -53.698 22.944 17.760 450.C 37.46 * 21.358 3c. c99 8.524 80.133 30.214 99.321 1.EC5 1.526 45.996 8.946 * -68.381 21.102 16.103 5CO.C 36.42 * 21.111 25.826 8.520 * 19.965 29 -956 109.181 1.ECi 1.441 45.84C 2.514 * -83.768 20.141 15.250 51o.c 36.14 * 2C.905 29.536 8.651 19.910 29.659 119.041 1.7E1 c ,997 45.662 -3.566 * 261.132 20.036 15.157 5io.c 36.48 * 20.118 29.22C 8.903 * 79.948 29.310 128.907 1.745 c.975 45.455 -4.289 * 247.253 20.641 15.698 530.C 37.26 * 20.553 28.875 5.259 * 80.062 28.933 138.161 l.65i c.945 45.232-14.659 * 235.101 21.776 16.707 540. ( 38.32 * 2c. 3c4 2e.491 5.708 80.232 28.496 148.621 1.C42 C.SOE 4E.911-19.675 * 224.152 23.220 18.011 550. C 39.51 * 20.034 28.011 10.236 80.443 28.013 158.487 l.!fl c.etc 4E.657 -24.351 216.012 24.823 19.476 * * * 42 i 45c. ( 41.5C * 20. t25 2E.986 10.003 * 80.831 28.914 75-51? l.tll 1.733 45.221 26.835 * -32.490 26.343 20.879 32 7 5cc. c 38.55 * 20.458 28.130 9.599 * 80.288 28.139 85.373 l.t5t 1.661 45.115 19.696 * -44.861 23.355 18.134 51C. 1 26-37 * 2C. 3C6 28.454 5.351 * 19.898 28.558 95.233 I.tEi 1.5E1 45.013 12.811 * -58.116 21.062 16.067 520 .C 34.92 * 20.157 2f.262 5.254 * 19.650 28.355 105.093 1 .e5 1 1.zcc 4E.895 6.313 * -13.916 19.590 14.164 520.1 34.24 * 20.002 28.015 5.299 * 79.527 28.120 114.953 1 .tE2 1.41 z 4t.155 0.211 * -89.457 18.989 14.238 C40.C 34.24 * 1s. e33 27.755 9.474 * 19.501 21 -842 124.813 1.ttc C.SF2 4f.555 -5.601 * 255.676 19.193 14.417 55c.c 34.e1 * 19.65C 27.466 9.764 1 19.513 21 -523 134.613 l.62t c .57c 4t.411-11.085 * 242.318 20. c37 15.158 560. ( 35.74 * 19.446 27.14C 10.158 1 19.105 21.152 144.533 1.5E2 C.S?t 4f.2C7-16.219 * 230.816 21.311 16.290 570. C 36.Ef * 19.22C 26.175 10.640 79.886 26.134 154.393 47.973-21.022 * 221.095 22.835 17.662 5€0.C 2e.12 * 18.575 26.3~2 L1.200 * 8C.105 26.21 1 164.253 47.717-25.509 * 212.902 24.415 19.157 * 4 * CCCTE IllHt Cb SLH * DL2 b I hF2 pH12 PLFkb2 @ETbVEL2 ECCE VEL 1 ALPHAl * FHIl VILF1 ov 1 TABLE XII. - Continued. TABULAR DATA FOR TRAJECTORIES FROM 1.1 EARTH RADII CIRCULAR

PARKING ORBIT TO 1.1 SATURN RADII CIRCULAR PARKING ORBIT

LCLTL iT1HE C\I SUI * D k2 bINF2 PHI2 * PLPI-A2 VEL2 eETb LCCE RHlC VEL1 ALPHA1 * PHI1 VIhF1 cv 1 * * * * 452 510.C 41.46 * 15.648 27.463 11.106 * 80.832 27.297 71.420 1.45i 1.78i 48.28530.783 * -25.364 27.350 21.815 3Ci 5ic .c 28.31 * 15.455 27.226 10.599 * 80.182 27.159 81.280 1.54C 1.713 4E.21123.611 * -36.723 24.091 18.806 53rl. ( 35.15 * 19.368 21.016 10.249 * 79.698 27.020 91.140 1.512 1.C38 4~.13?16.74~ * -49.658 21.416 16.384 54c.c 33.5c * 19.243 26.815 10.054 4 79.366 26 .865 10 1.OOO 1.5E5 I.55E 4E.046 10.180 -64.140 19.469 14.658 5LC.C 32.81 * 19.116 26.611 10.008 * 79.168 26.682 110.860 1.551 1.414 41.9443.954 * -79.653 18.359 13.691 560.C 22.45 * l8.5EO 26.351 1c.101 * 79.085 26.461 12C.720 l.5EC c ,955 47.821-1.963 * 264.806 18.097 13.465 510. C 32.71 * 18.830 26.146 10.320 4 79.091 26.196 130.580 1.557 c.sec 47.675 -7.539 * 250.326 18.578 13.880 5EO.C 33.45 * 18. 662 25.871 10.652 * 79.186 25.885 140.440 1.5.24 c.595 47.505-12.784 * 237.591 19.612 14.784 550.C 34.45 * 18.475 25.563 11.083 8 79.334 25.527 150.300 1.485 c.522 47.311-17.706 * 226.757 21.003 16.015 6CO .C 35.71 * 18.270 25.221 11.6C1 * 79.526 25.124 160.160 1.441 C.817 41.055-22.320 * 217.646 22.588 17.439 * * 41 i 540. c 20.36 * 18.646 25.844 11.676 * 80.118 25.690 77.187 1.42E 1.764 41.355 27.467 * -29.336 25.078 19.711 217 55c.c 35.52 * 18.529 25.651 11.221 * 79.535 25.587 87.047 1.474 1.c92 41.343 20.553 * -41.217 22. C96 16.995 5tc. c 33-32 * 18.423 25.476 1C.925 * 79.114 25.472 96.907 1.457 1.615 47.281 13.93e * -54.757 19 -737 14.893 51c.c 31.82 * 18.318 25.302 10.184 * 78.836 25.334 106.767 1.507 1.532 41.201 7.632 * -69.776 18.137 13-499 5EO. ( 31.Ct * 18.208 25.111 1C.789 * 78.684 25.163 116.627 1.5C4 1.44& 47.115 1.643 * -85.543 17.378 12.845 5SO.C 3O.SE * 1E. C87 24.913 1C.930 * 78.638 24.951 126.487 1.451 c .ssc 47.C02 -4.026 * 259.086 17.432 12.894 6CC .C 31.4t * 11.55C 24.683 11.193 * 78.679 24.694 136.341 1.468 C.578 46.867 -9.376 * 245.129 18.154 13.514 61C.C 32.35 17.156 24.422 11.566 1 78.788 24.391 146.201 1.43i C.54i 46.708 -14.412 * 233.073 19.349 14.553 6iC.C 33.49 * 17.625 24.128 12.036 78.951 24.043 156.067 1.4c2 C.SC8 46.527 -19.144 * 222.910 20.833 15.863 63C.( 34.76 * 17.436 23.801 12.590 * 79.153 23.652 165.927 l.?t3 (.e61 46.326 -23.589 * 214.383 22.463 17.325 * * * 5Ci 560 .( 3E.t& * 11.8E6 24.574 12.830 * 80.098 24.322 72.094 1.25C 1 .e 1' 46.672 31.262 * -22.687 26.252 20.795 252 510. C 35.t2 * 17.775 24.391 12.271 * 79.412 24.247 82.954 1.387 1.745 46.633 24.313 * -33.539 23.035 17.843 5EC.C 33.11 * 11.686 24.232 11.810 * 78.895 24.167 92.814 1.4 14 1.ClC 4t.591 17.647 * -46.004 20.334 15.421 5sc .c 31.23 * 17.598 24.c02 11.629 * 78.533 24.068 102.t74 1.425 1.551 46.540 11.278 * -60.167 18.296 13.636 6CC.C 3O.Cl * 17.5C8 23.927 11.541 * 78.307 23.940 112.534 1.434 1.5Cl 46.474 5.212 * -75.658 17.043 12.564 610.C 29.62 * 17.411 23.757 11.597 * 78.197 23.775 122.394 1.428 1.ccc 46.385 -0.545 * 268.479 16.623 12.209 62C.C 29.EC * 11.300 23.565 11.786 Q 78.185 23.568 132.254 1.412 c .55 1 4t.2e3-5.993 * 253.450 16.963 12.496 t3O.C 3C.41 * 17.175 23.345 12.C95 * 78.251 23.315 142.114 1.35 1 C .56E 46-15: -11.135 * 240.125 17.894 13.290 64O.C 31.47 * 17.C33 23.054 12.510 1 78.379 23.018 151.974 1.363 c.534 4t.006 -15.979 * 228.782 19.221 14.440 t5C.C 32.65 * 16. E74 22.811 13.020 Q 78.555 22.676 161.834 1 .3!C c.esi 45.e3t -20.541 * 219.275 20.775 15.812 * 1 * -26.628 52 i 55c 0 c 35.9E * Ll.lC8 23.22E 13.399 * 79.332 22.993 78.860 1.311 1.756 45.953 28.018 * 24.169 18.877 227 6CO.C 23.21 * 17. C24 23.075 12.85'3 Q 78.714 22.941 88.720 1.34C 1.72' 45.967 21.308 * -38.009 21.200 16.191 6lC.C 31.c1 * 16.545 22.545 12.548 1 78.261 22.876 98.580 1.?55 l.64i 45.935 14.881 * -51.108 18.189 14.064 62C.C 25.47 * 16. 875 22.813 12.362 Q 77.955 22.786 108.440 1.3tS 1.565 45.89C 8.745 * -65.885 17.017 12.592 63C.C 28.62 * It. 756 22.672 12.328 4 77.776 22.663 118.300 1.365 1.481 45.829 2.5C6 * -81.737 16.168 11.827 640.C 20.45 * 16.707 22.512 12.436 * 77.706 22.500 128.160 1.361 t .SF€ 45.749 -2.633 * 262.484 16.068 11.744 65C.C 28.85 * 16.6~25 22.328 12.674 * 77.723 22.294 138.020 1.245 C.5E4 45.64e-7.875 * 247.957 16.665 12.245 660.C 29.ti 9 16.488 22.11: 13.028 * 77.812 22.043 147.880 1.324 c.557 45.52t-12.e27 * 235.342 17.773 13.186 67C .C 3C.lE * 16.356 21.812 13.487 * 77.957 21.748 157.740 1.258 c .sic 45.384 -17.5CO * 224.718 19.205 14.427 6PO.C 32.06 * 16.2C8 21.6CC 14.041 78.145 21.411 167.606 1.265 C.875 45.223 -21.9C9 * 215.837 20.815 15.847 * 0 * EL bl f ECCE RH 10 \EL1 ALPHA1 * PHI 1 VIhFl cv1 ECblE TILHE Ob SLM * olrz bltiF2 PHI2 * bLFbA2 VEL2 BETb ECC E RMID VELl ALPHAl * PHXl vi hF1 DV 1 * * * Ett 62C.C 24.ii * 16.133 21.461 14.716 * 78.595 21.175 81.180 1.23E l.el? 45.11227.703 * -25.871 23.308 18.091 I 1E f t4C.C 31.55 * 16.064 21.34C 14.186 * 77.969 21.153 91.040 1.261 1.741 45.102 21.165 * -37.041 20.40 1 15.480 t5C.C 29.41 * 16.011 21.231 13.820 * 77.508 21.116 100.900 1.271 l-tt? 45.084 14.898 * -49.969 18.021 13.399 C6C.C 27.5C * 15. S53 21.123 13.617 * 77.194 21.052 110.760 l.iE4 1.5Ei 45.054 8.911 * -64.666 16.309 11.946 67C .C 27.cc * 15. E51 21.C05 13.569 * 77.00820.955 120.620 I.iEE 1.457 45.009 3.206 * -80.577 15.376 11.172 6EO .C 26.8E * 15-81'? 2C.87C 13.666 * 76.929 20.818 130.480 1.275 C.555 44.945 -2.214 * 263.459 15.241 11.061 65C .C 27.26 * 15.137 20.711 13.897 * 76.938 20.639140.340 l.iti C.585 44.e63 -7.354 * 248.695 15.804 11.525 7cc. C 28.07 * 15.64C 2C.526 14.251 * 77.01920.417 150.200 1.i5C C-SCC 44.761 -12.221 * 235.866 16.885 12.430 710.C 25.17 * 15.530 2C.313 14.714 * 77.156 20.151160.060 I.i?C C.Si4 44.64C -16.828 * 225.079 18.301 13.641 7io.c 20.45 * 15.406 2C.071 15.278 * 77.338 19.845169.920 l.iCi c.eec 44.503 -21.19~ * 216.0es 19.905 15.041 * * * t0E 67C.C 32.74 * 15.32C 14.903 16.063 * 77.810 19.567 83.50C 1.175 1.E3l44.380 27.364 * -25.295 22.566 17.419 15C 680.C 30.15 * 15.269 19.803 15.509 * 77.175 19.570 93.360 1.15.5 1.75744.381 20.989 * -36.274 19.7 18 14.877 C50.C 2e.c7 * 15.224 15.713 15.122 * 76.707 19.555 103.220 1.iCE 1.675 44.374 14.870 * -49.C39 17.371 12.843 7CC.C 26.55 * 15.179 15.624 14.902 76.381 19.512 113.080 I.il5 1.557 44.3569.018 * -63.650 15.665 11.410 71C.C i5.1c * 15.129 19.525 14.841 * 76.193 19.435 122.940 l.ilt 1.512 44.3223.436 * -79.598 14.714 10.631 7iC.C 25.51 * 15. C72 15.405 14.929 * 76.107 19.319 132.800 1.211 C.95544.271 -1.876 * 264.283 14.550 10.499 71C.C i5.52 * 15. CC3 15.272 15.157 * 76.109 19.162 142.660 l.iC2 C.5E7 4'.2C3-6.424 * 249.311 15.083 10.931 740 .C 26.73 * 14.923 15.11c 15.511 * 76.183 18.962 152.520 1.1E5 C.56i 44.116 -11.716 * 236.290 16.141 11.805 75c .c 27.E2 * 14. E3C 18.521 15.982 * 76.314 18.721 162.380 1.172 C.527 44.013-16.265 * 225.357 17.543 12.989 7tc. c 29.10 * 14.726 1E.7C5 16.560 * 76.490 18.440 172.240 1.154 c.Ee5 43.854-20.587 * 216.260 19.141 14.371 * * * t3C 65C.C 33.53 * 14. E91 19.050 17.342 * 77.722 18.615 79.406 1.1?7 I.EEl 42.965 3C.813 * -19.537 23.898 18.629 li 5 700. C 30.74 * 14. E47 18.955 16.678 * 76.979 18.637 89.266 1.153 1.81C 43.977 24.388 * -29-522 20.869 15.895 71c.c i8.41 * 14. EC7 18.873 16.180 * 76.41618.648 99.126 1.166 1.724 4e.98218.211 * -41.144 18.252 13.599 7i0.C 26.61 * 14.1tS 18.795 15.854 * 76.010 18.633 108.986 1.174 tat54 43.976 12.292 * -54.648 16.181 11.839 72c.c i5.4i * 14.729 18.712 15.694 * 75.743 18.587 118.846 1.17E 1.57C 4I.95t 6.635 * -69.918 14.791 10.694 74C.C 24.fE * 14.683 lE.617 15.693 * 75.595 18.505 128.706 1.177 1.4E4 42.922 1.239 * -86.157 14.113 10.197 7zc.c i4.54 * 14.628 18.503 15.840 * 75.545 18.382 138.566 1.171 (-556 42.87C -3.898 257.973 14.313 10.308 760 .C 25.45 * 14.563 18.367 16.124 * 75.576 18.219 148.426 1.161 C.57E 42.802 -8.784 * 243.673 15.003 10.931 77c.t it.42 * 14.486 18.20t 16.534 75.672 18.014 158.28t 1.145 C.5EC 42.717 -13.429 * 231.473 16.300 11.938 7ec.c 27.6C 0 14.398 18.C2C 17.C60 * 75.821 17.768 168.146 1.134 C.5li 43.617 -17.849 * 221.306 17.797 13.207 * * * t55 7ic .c 31.:c * 14.4tE 1E.lCE 17.929 * 76.826 17.153 85.172 1.11t 1.ECi 42.61C 27.748 * -23.493 22.139 17.033 10 c 730. C 28-45 * 14.42 5 18.085 17.322 * 76.158 11.781 95.033 1.12e 1.78E 43.622 21.522 * -34.041 19.312 14.520 74C.C i6.Ei * 14.356 lE.Cl5 16.885 * 75.662 17.793 104.893 l.lse 1.71C 42.627 15.540 * -46.372 16 -9 40 12.417 75o.c 25.36 * 14.363 17.944 16.622 75.316 17.775 114.753 1.142 ].e27 41.615 9.812 * -60.634 15.159 10.994 7cc.c i4.4t * 14.326 17.8tt 16.525 * 75.099 17.724 124.613 1.144 1.542 42.54e4.338 * -76.468 14.095 10.134 77c.c 24.lt * 14.282 17.772 16.585 * 74.993 17.634 134.473 1.141 1.OOC 42.562 -0.804 * 267.211 13.803 9.902 78C.C i4.4i * 14.230 17.654 16.792 * 74.976 17.504 144.333 1.135 C.45C 41.51C -5.859 * 251.805 14.224 10 .237 75C.C 25.19 * 14.161 17.523 17.134 * 75.033 17.333 154.193 1.125 CaSbE 43.441 -1C.597 * 238.292 15.199 11.026 8CC .c it.24 14.CS4 17.363 17.602 * 75.150 17.122 164.053 1.113 C.535 43.357-15.110 * 226.926 16.549 12.147 81O.C 27.50 * 14.ClC 17.175 18.187 * 75.315 16.872 173.913 I.1CC c.es5 41.255-19.414 * 217.490 18.122 13.486 * * * ccc 74c. ( 32.35 * 14.121 17.436 19.267 * 76.717 16.912 81.080 1.Cf' 1.~12 41.215 31.~72 * -18.~89 23.496 18.262 75 75C.C 29.66 * 14.088 17.351 18.547 * 75.939 16.958 90.940 1.095 1.841 43.29324.799 * -27.692 20.508 15.574 7cc.c 27.35 * 14.C56 17.2E1 18.001 * 75.343 16.988 100.800 1.1c5 1.764 43.3C5 18.763 * -38.804 17.895 13.291 77o.c 25.53 * 14.C27 17.21E 17.630 * 74.911 16.995 110.660 1.111 1.C84 43.3C7 12.971 * -51.980 15.781 11.506 78C. c 24.30 * 13.557 17.151 17.431 * 74.620 16.971 12C.520 1.112 1.55543.25P 7.424 * -66.977 14.304 10.302 790.C i?.te * 13.563 17.077 17.395 * 74.453 16.914 130.380 1.112 1.5134E.27t 2.119 * -83.227 13.5?1 9.719 8CO. c 23.6C * 13.521 16.583 17.518 * 74.384 16.816 140.240 1.1c5 c.cs7 42.238-2.941 * 260.607 13.593 9.736 81O.C 24.14 * 13. E71 16.87C 17.787 * 74.398 16.678 150.100 1.1c2 C.5f3 4Z.104 -7.767 * 245.852 14.266 10.271 820.C 25.C2 * 13.810 16.734 18.191 * 74.479 16.499 159.960 I.C43 C.55t43.115 -12.370 * 233.194 15.417 11.206 830. C 26.16 * 13.740 16.575 18.720 * 74.615 16.281 169.820 1.ce2 C.42C 41.032-16.765 * 222.640 16.876 12.422 * * * LCPT E 17 IME Ck SlrM * 0\2 kIkF2 PHI2 * 6LPl-A2 VEL2 EETd ECCE RMIC VELl ALPHAl * PHI1 VIhFl cv1 TABLE XII. - Continued.TABULAR DATA FOR TRAJECTORIES FROM 1.1 EARTH RADII CIRCULAR

PARKING ORBIT TO 1.1 SATURN RADII CIRCULAR PARKING ORBIT

ItjTt TllHE C\r SLM * Ok2 klhF2PHI2 * JLPbd2VEL2 @ETP ECCE RMIC ALPHAlVELl * VthFlPHIl DV1 * t * * 4 * iC5 77c.c 30.51 * 13.775 16.665 15.860 * 75.760 16.170 86.847 1.C61 1.85i 42.990 28.046 * -22.012 21.803 16.731 5C 780. C 2E.CC 4 13.748 16.555 15.199 Q 75.060 16.220 96.707 1.075 1.ElE 4?.C05 21.959 * -32.177 19.001 14.249 7sc.c 25.5? 4 13.722 16.536 18.716 * 74.535 16.250 106.567 l.CE2 1.735 43.020 16.105 * -44.094 16.616 12.203 8CC.C 24.3E * 13.657 16.471 18.411 74.164 16.251 116.427 1.OEt 1 .65C 43.021 10.489 * -57.996 14.778 10.683 81C.C 23.43 * 13.669 16.414 18.279 4 73.926 16.220 126.287 1.oel 1.571 43.005 5.112 * -73.655 13.618 9.756 8iO.C 23.C7 * 13.636 16.337 18.311 * 73.800 16.151 136.147 1.CE5 1 .ccc 42.983 -0.029 * 269.905 13.213 9.439 830 .c 23.28 * 13.595 16.243 18.499 73.766 16.044 146.001 l.OEC c .55 3 42.943 -4.939 * 254.139 13.528 9.686 e46.c 23.54 * 13.545 1t.125 18.832 * 73.808 15.896 155.867 1.C73 C.575 42.88E -9.629 * 240.175 14.424 10.398 85O.C 24.54 * 13.4f7 15. 552 19.299 * 73.911 15.709 165.727 1.ct 5 c.542 42.819-14.111 * 228.397 15.723 11.451 e6o.c 2t.lf * 13.415 15.834 15.893 * 74.064 15.484 175.587 1.055 C.9C3 42.737 -10.4CO * 218.633 17.270 12.756 * Q * ;3C 75c. t I1.4i * 13.5C1 16.C26 21.261 * 75.626 15.418 82.753 1.C43 1.54; 42.71331.263 * -16.914 23.169 17.965 25 8CC.C 28.79 * 13.465 15.952 20.486 I 74.813 15.484 92.613 1.C5C 1.E7C 42.737 25.129 * -26.180 20.223 15.322 e1c.c 26.5C * 13.444 15.893 19.888 0 74.188 15.533 10i.47? 1.c5c 1.753 42.755 19.219 * -36.991 17. 620 13.055 82C.C 24.6e * 13.422 15.841 19.471 * 73.731 15.558 112.333 1 .ccc 1.712 42.76413-538 * -49.703 15 -479 11.256 83C.C 23.4C 4 13.355 15.787 19.234 * 73.419 15.553 122.193 l.CC2 1.62e 42.7628.090 * -64.411 13.933 10.005 840 .C 22.12 * 13.373 15.724 15.170 * 73.230 15.512 132.053 l.Ot2 1.541 42.747 2.E73 * -80.588 13.100 9.351 85O.C 22.t? * 13.340 15.647 15.270 * 73.143 15.433 141.913 1.C55 C.555 42.715-2.119 * 263.030 13.015 9.286 8tC. C 23.C4 * 13.3CO 15.551 19.525 4 73.141 15.315 151.773 1.C54 C.SEC 42.67t -6.892 * 247.878 13.599 9.741 E7C.C 23.et * 13.252 15.435 19.924 * 73.208 15.158 161.633 1.C4E C.561 42.62C -11.458 * 234.796 14.686 10.609 88C.C i4.5i * 13.155 15.255 2C.459 0 73.332 14.962 171.493 1.c4c c.521 42.551-15.832 * 223.889 16.107 11.777 * * * 82C.C 25.7c * 13.217 15.351 21.862 Q 74.606 14.777 88.520 1.Ci5 1.521 42.486 20.273 * -20.801 21.528 16.485 830 .c 27.23 * 13.191 15.290 21.148 * 73.874 14.844 98.380 1.C3I 1.E41 42.509 22.311 -30.633 18.756 14.035 840.C 25.16 * 13.171 15.24C 20.616 * 73.323 14.890 108.240 l.C?1 1.167 42.525 16.571 * -42.178 16.366 11.994 850.C 23.6C * 13.151 15.192 20.269 * 72.930 14.908 118.100 1.04C 1.f 84 42.532 11.056 * -55.735 14.487 10.448 8t0.C 22.6C * 13.130 15.14C 2c.102 I 72.673 14.893 127.96C 1 .C4C 1.55E 42.527 5.766 * -71.109 13.249 9.467 870.C 22.18 * 13.1C4 15.076 20.108 Q 72 - 529 14.842 137.820 1.C39 1.509 42-509 0.697 * -87.675 12.746 9.078 88C.C 22.32 * 1?.C72 14.597 20.278 4 72.479 14.752 147.68C 1.C36 c .59 c 42.477-4.156 * 256.265 12.966 9.248 85O.C 22.52 * 13.C32 14.9CC 20.602 d 72.506 14.624 157.540 1 .c3 1 C.577 42.433 -8.8C4 * 241.900 13.788 9.890 9CO.C 23.8E * 12.986 14.785 21.069 * 72.598 14.458 167.400 1.025 c.541 42.376 -13.260 * 229.736 15.039 10.896 51c.c 25.C5 * 12.931 14.647 21.677 4 72.739 14.253 177.26C l.Cl8 c.91c 42.3C6 -17.536 * 219.666 16.560 12.156 t 4 * iEC 840.C 20.7c * 12.se5 14.792 23.328 4 74.443 14.099 84.427 1.c11 1.571 42-255 31.352 * -15.973 22.894 17.715 352 e5c. ( 28.0E * 12.962 14.724 22.498 ip 73.596 14.181 94.287 1.C14 1.855 42.28225.383 * -24.945 19.990 15.116 E6C.C 25.E1 * 12.541 14.673 21.849 * 72.944 14.246 104.147 1.C17 1.E22 42.3C4 19.587 * -35.419 17.403 12.870 87C.C 23.95 * 12.924 14.625 21.387 * 72.463 14.285 114.007 1.c15 1.74C 42.31714.009 * -47.777 15.244 11.063 e8c.c i2.tE * 12.5C6 14.584 21.111 72.131 14.295 123.867 1.C2C l.t55 42.321 @.65C * -62.194 13.645 9.777 850. c il.55 * 12.885 14.532 21.016 Q 71.924 14.269 133.727 1.02c 1.567 42-312 3.508 * -18.264 12 a 729 9.065 9cc.c 21.75 * 12.EtO 14.468 21.093 8 71.823 14.208 143.587 1.cle C.555 42.291-1.424 * 265.199 12.552 8.930 51c.c 22.14 4 12.828 14.3E.5 21.337 * 71.805 14.105 153.447 1.c15 C.5E5 42.257-6.148 * 249.714 13.054 9.315 5i0.C 22.51 Q 12.789 14.287 21.734 Q 71.859 13.966 163.307 1.ClC C.SCC 42.211-1C.682 * 236.249 14.083 10.124 92o.c 23.55 * 12.143 14.165 22.277 * 71.970 13.789 173.167 1.cc5 C.523 42.152-15.037 * 225.008 15.468 11.247 p! * * fC5 e7c.c i9.C? * 12.154 14.197 23.S38 4 73.358 13.543 90.193 C.551 1.55c 4i.073 28.432 * -19.840 21.296 16.276 32i 88C.C 26.6C 4 12.740 14.155 23.134 * 72.617 13.644 100.053 1.CCC 1.874 42.105 22.565 * -29.421 18.549 13.856 85O.C 24.54 * 12.714 14.054 22.597 0 72.017 13.680 109.913 l.CC1 1.755 42.111 16.953 * -40.575 16.168 11.828 9cc.c 22.5t * 12. 7CO 14.C57 22.201 71.608 13.716 119.773 1.cc2 1.711 42.125 11.524 * -53.822 14.258 10.265 51c.c 21.52 * 12. tE3 14. C11 22.003 8 71.330 13.713 125.633 I.CC2 1.t 24 42.128 6.315 * -69.049 12.959 9.242 920 .C 21.4t * 12.6t3 13.561 21.978 * 71.173 13.678 139.493 1.OCl 1.525 42.116 1.308 * -85.544 12.373 8.794 92C.C 21.54 * 12.641 13.903 22.116 * 71.120 13.612 149.353 c.555 C.55t 42.055 -3.506 * 250.129 12.514 8 -90 1 940. C 22.0E * 12.6C6 13.810 22.453 * 71.119 13.488 159.213 C.556 C.SBC 42.055 -8.102 * 243.458 13.263 9.478 950.C 23.cc * 12.568 13.705 22.926 + 71.198 13.338 169.073 c .55 1 C.953 4i.OC7 -12.533 * 230.949 14 -46 9 10.433 9tO .C 24.lt * 12.523 13.5SC 23.546 * 71.330 13.151 178.933 C.5Ei c.51t 41.948 -16.800 * 220.589 15.966 11.659 ul * * * cn ELbl E ITlHE Ob SLlr * 0 k2 IlhF2 FH12 bLFbP2 VEL2 BET4 ECCE RM IC VELl ALPHAl * PHIl VIhFl OV 1 ECbl E TIlME Ok SLH * OVZ kIhF2 PHI2 * bLPl-A2 @ETbVEL2 ECCE RH IC VELl ALPHA1 * PHIl VIhFl CV 1 * * * * 1 * E3C 850. c 30.cc * 12.567 13.706 25.470 * 73.161 12.928 86.100 C.5E5 2.cac 41.87931.462 * -15.233 22.654 17.498 fC 2 9cc.c 27.4E * 12.543 13.642 24.585 * 72.283 13.023 95.960 C.5E5 1.527 41.9C825.568 * -23.951 19.791 14.941 910.C 25.24 * 12.525 13.595 23.886 * 71.604 13.100 105.820 C.5EC l.@45 41.93219.877 * -34.132 17.224 12.717 sic. c 23.42 * 12.511 13.556 23.380 * 71.102 13.152 115.68C C.S&t 1.7tt 41.54e14.392 * -46.112 15.056 10.910 93o.c 22.c5 * 12.456 13.518 23.066 * 70.751 13.173 125.54C C .9Et 1.681 41.9559.114 * -60.310 13.417 9.598 54c.c 21.52 * 12.4EO 13.473 22.942 * 70.528 13.160 135.40C C.5EC 1.55; 41.9514.04C * -76.248 12.433 8.839 s5c.c 21-11 * 12.4t0 13.415 23.000 * 70.410 13.111 145.26C C.5E4 1 .ccc 41.936-0.835 * 267.125 12.176 8.645 5cc.c 21.41 * 12.434 13.35C 23.232 * 7C.380 13.024155.120 C.5ES c .55 1 41.90e-5.519 * 251.354 12.606 8.971 57c.c 22.13 * 12.403 13.265 23.628 * 70.421 12.899164.980 c.s75 c ,965 41.87C-10.023 * 237.549 13.581 9.727 5EC.C 23.1E * 12.366 13.163 24.181 * 70.522 12.737174.840 c.575 c .53E 41.82C -14.363 * 226.001 14.934 10.810 * * * t5t 5iC.C 2E.46 * 12.371 13.177 26.092 * 72.007 12.44351.867 C .51? 1.57€ 41.73228.532 * -19.C76 21 -091 16.094 277 930.C 26.Ct * 12.352 13.124 25.272 * 71.218 12.536101.727 C.573 1.902 41.75922.790 * -28.353 18.381 13.78.0 940 .c 24.0: * 12.337 13.084 24.645 * 70.620 12.606111.587 c.572 1 .Ei 1 41.78117.248 * -39.277 16.004 11.691 950.c 21.44 * 12.324 13.C4E 24.216 * 70.188 12.649 121.447 C.572 1.73t 41.79311.507 * -52.217 14.075 10.118 9tc.c 21.3i * 12.311 13.010 23.981 * 69.895 12.658 131.307 c.572 1.645 41.7566.767 * -67.233 12.727 9.063 c7c.c 20.86 * 12.255 12.965 23.937 69.720 12.633 141.167 c.57c 1.555 41.789lap22 * -83.679 12.071 8 -566 5E0.C 2C.85 * 12.274 12-508 24.076 * 69.641 12.570 151,027 c.5c5 c.557 41.77C-2.933 * 259.855 12.135 8.614 9SO .C 21.35 * 12.249 12.837 24.389 * 69.642 12.471 160.887 C.566 c.5e3 41.74C-7.510 * 244.836 12 .829 9.142 loco .c 22.2i * 12.218 12.75C 24.867 69.708 12.334 170.747 C.964 c.957 41.655-11.920 * 232.016 13.994 10.054 101o.c 23.43 * 1i.182 15.647 25.504 * 69.829 12.161 180.607 C.96 1 0 .92 1 41.64E-16.179 * 221.394 15.469 11.248 * * * 54c. c 25.52 * 12.216 12.745 27.690 * 71.773 11.882 81.174 c.sc4 ;.tit 41.5CE31.479 * -14.665 22 e437 17.302 95c.c 26.98 * 12.195 12.684 26.751 70.865 11.989 97.634 0.562 1.554 41.59825.690 * -23.166 19.615 14.786 5tC .( 24.ii * 12.175 12.635 26.003 * 70.163 12.076 107.494 c .5tC l.El! 41.62420.C95 * -33.092 17.069 12.586 s7c.c 22.55 * 12.166 12.603 25.452 * 69.642 12.138 117.354 c.955 1.752 41.64214.695 * -44.854 14.901 10.783 5cc.c 21.61 * 12. 155 12.56s 25.103 * 69.274 12.165 127.214 c.555 1.7c5 41.6519.490 * -58.735 13.232 9.454 55c.c 2O.EC * 12.141 12.531 24.950 * 69.036 12.167 137.074 C.55E 1 .c 1c 41.65C4.479 * -74.531 12.195 8.659 lCCC.( 2C.54 * 12.125 12.484 24.989 * 68.905 12.128 146.934 C.556 1 .CCC 41.635-0.346 * 268.788 11.871 8.417 101c.c 20.EC * 12.105 12.425 25.212 * 68.862 12.052 156.794 c.955 C -552 41.617-4.952 * 252.787 12.237 8.69 1 1oic.c 21.4t * 12. c7s 12.352 25.610 * 68.891 11.940 166.654 C.553 c.572 41.5E4-5.471 * 238.685 13.165 9.402 1ozc.c 22.5C * 12. C45 12.264 26.175 * 68.979 11.791 176.514 c.55c t .54i 41.542-13.797 * 226.863 14.489 10.450 * * * fC 5 57C.C 27.5& * li.C53 12.273 28.323 * 76.547 11.458 93.540 C.555 i.cc5 41.4452E.576 * -18.489 20.905 15.927 227 58C.C 25.61 * 12.035 12.222 27.453 * 69.733 11.561 103.400 0 -550 1.52E 41.47722.930 * -27.548 18.226 13.576 55c .c 23.55 * 12.022 12.183 26.780 * 69.116 11.641 113.260 C.S4E 1.E4t 41.50C17.475 * -38.222 15.862 11.573 loco .c 22.01 * 12.011 12.150 26.310 * 68.667 11.693 123.120 c.s47 1.16 1 41.51412.210 * -50.903 13.922~. 9.997 IC 10 .c 20.52 * 11.559 12.117 26.044 * 68.360 11.712 132.98C C.946 1 .c7 i 41.5157.134 * -65.713 12.537 8.9 19 lCiC .C iC.?i * 11.5E6 12.078 25.977 68.172 11.696 142.840 c ,945 1.581 41.5152.244 * -82.101 11.825 8.383 103c.c 2c.25 * 11.570 12.025 26.103 * 68.080 11.644 152.700 c.543 C.S5E 41.5CC -2.470 * 261.302 11.828 8.385 1c4c. c iC.E2 * 11.549 11.968 26.413 * 68.069 11.554 162.560 C.542 c.5e5 41.475-7.017 * 246.028 12.470 8.868 1c5c.c 21.67 * 11.924 11.893 26.899 68.123 11.429 172.420 c.94c c.scc 41.440-11.409 * 232.933 13.600 9.742 1060. c 22.8C * 11.E95 11.803 27.555 * 68.232 11.268 182.280 c.535 c .Si! 41.396-15.661 * 222.079 15.056 10.909 * * * ELblt Tl1ME CV SLM * D\2 kIhF2 PHI2 dLPkA2 @ETbVEL2 LCC E RM IC VELl ALPHA1 * PHIl VIhF1 ov 1 TABLE XII. - Continued. TABULAR DATAFOR TRAJECTORIES FROM 1.1 EARTH RADII CIRCULAR

PARKING ORBIT TO 1.1 SATURN RADII CIRCULAR PARKING ORBIT

ECbTE TTIHE cv SIJM * 0 v2 LINF2 PHI2 4 4LPHA2 VEL2 BETA ECC E RH ID VEL 1 ALPHA1 * PHIl VINFl DV1 * * * 544 I0iC.C544 25.CE * 11.823 11.503 25.126 * 68 -424 10.881 105.720 C.525 1.S35 41.253 22.435 * -28.051 17.857 13.258 leE 1030.C i3.12 * 11.810 11.546 20.440 * 67.812 10.964 115.58C c.933 1.05C 41.315 17.061 * -38.745 15.541 11.308 1040.C 21.5E * 11. ecc 11.514 21.962 * 67.368 11.019 125.440 c.531 1.7lC 41.32C 11.870 * -51.470 13.647 9.719 1050.C 20.53 * 11.790 11.483 21.693 * 61.065 11.040 135.300 c.525 1 .cec 41.335 6.859 * -66.343 12.303 8.141 lC6C. C io.c2 * 11.179 11.447 21.630 * 66.870 11.021 145.160 C.SZE 1.EEe 41.332 2.C24 * -82.786 11.628 8.237 107c.c i0.02 * 11.164 11.4C2 27.167 66.781 10.978 155.020 0.52C C.5SE 41.318 -2.643 * 260.598 11.661 8.261 1CEC.C iC.51 * 11.741 11.346 28.095 * 66.174 10.892 164.880 C.5i5 c .5€4 43.296 -1.152 * 245.350 12.328 8.760 1c9c .c 21.3-1 * 11.725 11.27E 28.608 * 66.824 10.170 174.74C c.524 c .

PARKING ORBIT TO 1.1 SATURN RADII CIRCULAR PARKING ORBIT

ECbTt TlInE CY SLN * DV2 bINF2 PHI2 * PLPHA2 VEL2 @ETb ECCE Rn VELl ALPHA1 PHIl VIkFl 1 * * IC * ov * * liCE 12E0.C 24.42 * 10.546 8.507 42.679 * 58.234 7.356110.640 0.878 i.08E 4C.5'27 24.231 * -23.324 18.104 13.471 20; 129C.C 22.44 * 10.933 8.452 41.718 * 57.533 7.478120.500 C.ElC i.cc2 4C.52519.130 * -32.603 15.780 11.505 13CO.C 2C.8C * 10.923 e.413 40.987 57.016 7.570130.360 C.8t4 1.511 4C.546 14.169 * -43.874 13.769 9.875 131o.c 15.57 * 1C.516 8.3E2 40.499 * 56.646 7.631140.220 c .ecc 1.EI.f 4C.55f9.347 * -57.271 12.183 8.651 1320 .C 18.EC * 1C.910 8.351 40.261 * 56.391 i.657150.080 C.85E 1.715 4c.5634.657 * -72.831 11.156 7 -892 1330. c 18.54 * 1C.904 8.333 4c.274 * 56.224 7 -649 159.940 C.856 1.615 4C.5610.091 * -89.659 10.791 7.631 1340. C 18.15 * 10.858 8.309 40.536 * 56.126 7.605169.800 c.e57 c.554 4C.553-4.362 * 253.872 11.102 7.854 1350.C 19.40 * 1C.852 8.282 41.043 56.079 7.528179.660 c.err C .51 I 4C.53E -8.712 * 239.201 11.992 8.507 1360.C 20.4C * 10.885 8.253 41.789 * 56.073 7.416189.520 c.etc c.545 4C.518-12.974 * 226.878 13.308 9.513 137C.C 21.67 * 10.@78 8.222 42.768 * 56.101 7.272199.380 C.@64 c .sot 4C.4$2-17.164 * 216.735 14.911 10.791 * * * 1iSI 131C.C 23-28 * 1C.8E9 E.26E 43.521 * 56.650 7.177116.407 c .e7 1 i.C5! 4C.475 21.587 * -27.845 16.841 12.393 271 132C.C 21.47 * 10.871 8.220 42.661 * 56.055 7.286 126.261 C.@t? 1.565 4C.49416.580 * -38.038 14.672 10.597 1!?O.C 2C.C4 * 10.869 8.1 e4 42.041 55.622 7.364 136.127 C.B5E 1.Eii 4c.5~811.711 * -50.277 12.865 9.170 134C. C 19.c4 * 10.Et2 8.156 41.672 * 55.316 7 -409 145 -987 C.E55 1.17t 4C.5116.973 -64.188 11.541 8.177 1350.C 18.52 * 10.@57 8.133 41.556 55.108 7.419 155.841 C.ES? 1.67t 4c.5182.359 * -81.151 10.843 7.668 1360. C 18.50 * 10.852 a.11c 41.696 * 54.975 7 -39 5 165 .70 7 C.E52 C.S5E 4C.514-2.138 261.970 10.822 7.653 137C .C 18.54 10.E46 8.C87 42.087 * 54.897 7.336 175.567 c.e.3 C.58t 4C.503 -6.532 * 246.248 11.439 8.098 13EC .C 15.7E * 1C.841 8.C63 42.725 * 54.861 7 -243 185.421 C.E55 (.St2 4C.486-10.834 * 232.715 12.562 8.938 135C .C 20.52 * 10.834 8.037 43.604 54.858 7.117 195.287 C.E55 c.s27 413.464 -15.060 * 221.508 14.039 10.090 14CO. C 22.31 * 1'2.828 8.010 44.118 * 54.884 6.958 205.141 C.E6? c.Ee9 4C.437-19.225 * 212.281 15.749 11 -480 * * * li51 133c.c 24.15 * 1C.E45 8.101 45.412 * 55.763 6.879 112.314 (.e72 2. ICE 4C.423 24.046 * -23.450 17.954 13.342 ic-4 - 134C.C 22.24 * lose36 8.043 44.423 * 55.088 7.005 122.174 C.EC3 2.C15 4C.44518.994 * -32.766 15.655 11.401 135c.c iC.62 * 1C.E26 8.001 43.672 * 54.588 7.100 132.034 C.€5i ].Si1 4C.46114.C75 * -43.913 13.662 9.791 13cc. c 19.4C * 1C.819 7.963 43.170 * 54.228 7.163 141.894 C.85? ].E22 4C.472 9.294 * -57.273 12.090 8.581 1310.c 18.t4 * 10.E13 7. 543 42.923 * 53.977 7.192 151.754 c.e5c 1.7?? 4C.4774.634 * -72.815 11.069 7.830 1380. C 18.38 * lC.808 7.921 42.935 * 53.808 7.186 161.614 C.845 1.622 4c.4760.092 * -89.655 10.706 7.571 13SO.C 18.LC * 10.EC3 1.90C 43.205 53.699 7.146 171.474 1.845 C.954 4C.465 -4.345 * 253.843 11.018 7.793 1400 .C 19.24 * 10.758 7.875 43.729 * 53.634 7-01 1 181.334 (.e51 c.575 4C.456 -8.687 * 239.130 11.909 13.445 1410.C 20.25 * 10.793 7.858 44.502 * 53.602 6.962 191.194 C.EC3 C.5'5 4C.437 -12.949 * 226.169 13.229 9.452 1420. C 21-52 * 1'2.189 7.836 45.517 * 53.597 6 -82 i 20 1.054 C.E5E c.5ct 4C.413 -17.146 216.596 14.840 10.734 * * lie2 13tC.C 23.C7 * 10.799 1.883 46.273 54.110 6.125 118.080 C.Et4 i.CI3 4C.357 21.412 * -27.991 16.702 12.275 i27 137C.C 21.29 * 10.788 7.832 45.390 * 53.542 6.838 127.940 0.@57 1.982 4C.416 16.451 * -38.152 14.555 10.503 13EC.C 19.f7 * 10.719 7.794 44.755 * 53.126 t.919137.800 C.Et 1 I.EE7 4C.43C 11.621 * -50.361 12.766 9.094 1390 .c 18.85 * 1C.773 7.765 44.375 * 52.830 6.965 147.660 C.@4E 1.15C 4C.438 6.916 * -64.055 11.459 8.113 14CO. C 18.38 * 10.768 7.742 44.256 * 52.624 6.978157.520 C.84C 1.ce5 4C.44C 2.328 * -81.220 10.763 7.610 1410.C le.3~ * 10.763 7.722 44.399 * 52.484 6.956167.380 0.E45 C.SS€ 4C.436 -2.151 * 261.880 10.745 7.598 1420. C 1e.a * 1c.75~ 1.703 44.804 * 52.391 6.899177.240 C.84t C.586 4C.42C-6.533 * 246.129 11.366 8.045 143C.C 19.64 * 10.755 7.685 45.464 * 52.332 6.809187.100 0.845 c ,562 4C.411-10.832 * 232.567 12.494 8.886 144C.C iC.75 * 10.751 1.667 46.375 52.297 6.686 196.960 C.EEi C -527 4C.351 -15.061 * 221.338 13.979 10.041 145C.C 22.15 * 1C. 747 1.651 47.529 * 52.283 6.531206.820 O.Et7 C.E@I 4C.365 -19.238 * 212.093 15.699 11.438 * * ECPTE TlIHE CV SUM * Ob2 bIluF2 PHI2 * blFtb2 VEL2 EETP ECCE Rnlo VELl ALPHAl * PHIl VI hF1 cv 1 Q, 0

ECPTL TTIML OW SLM * ow2 LIhF2PHI2 3 PLPhA2 VEL2 BETA ECCE RM1D VEL1 ALPHA1 41 PHI1 WINF1 CVl Q Q 0 1222 135C.C 24.76 * 10.153 7.670 49.433 .? 52.679 6.279 110.540 C.EC.E i.165 4C.325 25.782 Q -20.452 18.719 14.003 18E 14CO.C 22.12 4 10.737 7.606 48.348 * 51.957 6.419 120.400 0.859 i -07 i 4C.347 20.741 Q -29.128 16.358 11.986 141C.C iC.55 * 1C.726 7.553 47.489 8 51.423 6.529 130.260 C.ESI 1.5E5 4C.365 15.829 * -39.462 14.261 10.267 14iC.C 15.62 * lC.718 7.516 46.864 * 51.044 6 -608 140- 120 C.84t 1.885 4C.378 11.039 * -51.900 12.530 8.913 143c.c 18.7C * 10,711 7.487 46.506 * 50.768 6.653 149,980 0.842 1.7E5 4C.385 6.370 * -66.624 11-293 7.991 1440 .C 18.25 9 1C.707 7.465 46.414 * 50.57 1 6.663 155.84C C.841 1.68E 4c.3871.812 * -83.12910.673 7.547 145C. C 18.25 Q 1C.703 7,447 46.591 * 50.431 6.639 169.700 C.E4C C .5SE 4C.383-2.644 Q 260.003 10.733 7.589 1460. C 18.7E * 1C.695 7.432 47.033 * 50.329 6.581 179.560 0.842 0.584 4C.373 -7.010 * 244.437 11-419 8.084 147C.C 15.6t Q 1C.657 7.418 47.738 * 50.252 6.489 189 -420 C.E44 C .T5€ 4C.35E -11.299 9 2310117 12.597 8.964 14.EC.C 20.85 9 10.694 7.40748.699 0 50.190 6.364 199.280 C.845 c.522 4C.335-15.527 * 220.110 14.119 10.153 * * Q 12t1 143C.C 24.27 * 10.658 7.426 51.523 9 5c.375 5.999 112.860 C.Et4 ;.It5 4C.2E2 25sC54 -21.507 18.335 13.671 15C 1440.C15C 22.35 * 10.683 7.353 50.454 * 49.712 6.138 122.720 c.e54 i.C@C 4C.303 20.063 4: -30.326 16.018 11.702 14% .C 2C.71 * 1C.671 7.295 45.612 3 49.224 6.246 132,580 C .E47 1.SE6 4C.32C 15.194 Q -40.858 13.972 10.036 14tC.C 19.4C * 10.663 7.26C 49.020 * 48.868 6.321142.440 C.E41 late< 4C.332 10.446 * -53.532 12.302 8.740 147C.C 18.54 * 10.657 7.233 48.679 * 48.620 6.364152.300 C.E3E 1.78€ 4C.339 5.8C8 * -68.499 11.136 7.878 14EC. C 18.15 Q 10.653 7.212 48.617 9 48.433 6.372162.16C c.e?t 1.t85 4C.340 1.277 Q -85.135 10.598 7.494 145C.C 18.24 * 1C.650 7.196 48.829 * 48.291 6.34617i.020 c.c3t c -557 4c.33~-3.15s 4 258.05410.737 7.592 15CO.C 18.7E Q 1C.647 7.184 49.311 II 48.176 6.285181,880 C.83E c.se1 4C.326-7.510 Q 242.695 11.490 8.136 151C.C 15.7C * 10.645 7.176 50.062 * 48.076 6.192191.74C C .84 1 c.554 4C.312-11.792 * 229.632 12.719 9.058 15iO.C iC.53 * lC.644 7.171 51.073 * 47.981 6.065201.600 0.846 C.517 4C.252-16.C19 * 218.855 14.279 10.281 * * * l:€t 145C.C 25-24 * 1(.671 7.327 53.565 49.291 5.741108.766 C.€t7 2 .i2 1 ~c.245 27.449 * -17.767 19.480 14.668 1251460.C 23.25 Q 10.655 7.241 52.392 * 48.553 5.895 118.626 0.856 2.123 4C.267 22.417 * -25.89417.069 12.586 147C.C 21.4i * 10.646 1.177 51.431 * 48.008 6.020 128.486 C.E4E 2.C41 4c.286 17.508 * -35.515 14.889 10.774 14EO. C 19.93 * 10.636 7.13C50.709 * 47.610 6.113 138.346 0.841 1.545 4C.30012.717 * -47.083 13.028 9.296 14SC. C 18.85 * 10.625 7.09550.246 * 47.319 6.172148.206 O.E97 1.E45 4C.3048.040 * -60.931 11.604 8.219 15CO. C 18-22 * 10.624 7.07250.042 * 47.113 6.199 158.066 C.824 1.742 4C.3133.468 * -76.889 10.749 7.601 15 10 .C 18.C5 * 1C.620 7.0555C.120 * 46.950 6.190 161 -926 0.834 1.ccc 4C.311-1.006 * 266.157 10.559 7.466 152C.C 18.42 * 1C.618 7.04350.475 * 46.816 6.147 177.786 c.e35 O.54C 4C.3C5 -5.393 * 249.909 11.027 7~800 153C. C 19.16 * 1C.616 7.C3551.103 46.695 6 -01 1 18 7 -646 O.E3i C.5t5 4C.293-9.706 * 235.666 12.045 8.547 1540. ( 20.25 * 1C.616 7.03251.997 * 46.578 5.961 197.506 0.841 C.S?C 4C.277-13.561. * 223.796 13.462 9-634 * * * 1411 14EC.C 24-16 * 1C.635 7.145 54.394 * 47.369 5.654 114.533 c.e5s 2.1Et 4C.233 24.715 * -21.047 18.164 13.523 10C1450.C 22.2~* 10.623 7.06953.321 * 46.767 5.796 124.393 c.e50 2.C95 46.253 19.@26 * -30.672 15.873 11.582 15CO.C 20.55 * 10.612 7.012 52.476 * 46.325 5.905 134.253 c.e42 2.coc 4C.265 14.594 * -41.221 13.851 9.940 1510. C 1S.i7 * 10.6C3 6.57151.881 * 46.002 5.982 144.113 C.€27 1.5C 1 4C.28C 10.271 * -53.925 12.204 8.666 15iO .C 18.42 * 10.557 6.941 51.553 * 45.761 6.024 152.973 C.@?? 1.755 4C.2EC 5.667 * -68.919 11.060 7.823 1530.C 18.05 * 10.553 6.922 51.490 * 45.586 6.034 163.833 0.821 1.65 5 4c.28e1.154 * -85.58710.541 7.454 1540.C 18.16 * 1C.541 6.909 51.712 * 45.435 6.008 173.693 C.832 c .%t 4C.284 -3.269 * 257.600 10.690 7.565 15fO.C 18.71 * 10.585 6.901 52.212 45.297 5.949 182.553 C.E34 C.581 4C.275 -7.615 * 242.264 11.468 8.119 15tO.C 19.t4 * 10.5~5 6.89552.986 Q 45.161 5.857 19Z.413 C.€37 c.552 4C.262 -11.857 * 229.231 12.712 9.051 1570.C 20.8~ * 1c.550 6.50354.024 * 45.015 5.733 202.273 C.842 (.SI5 4c.244-16.132 * 218.48414.284 10.286 * * * 1436 15CO.C 25.13 * 10.623 1.066 56.443 * 46.163 5.415 110.440 C.Et2 i.i?i 4C.2CC 27.136 * -18.134 19.293 14.504 75 1510.C 23.C6 * 10.604 6.97655.278 * 45.494 5.571 120.300 C.852 2.145 4C.221 22-149 * -26.265 16.910 12.451 152C. C 21.26 * 1C.551 6.90E 54.315 45.01 1 5.698130.160 C.EA4 i.C55 4C.239 17.277 * -35.907 14.754 10.664 1530.C 19.1s * 10.5~1 6.858 53.593 * 44.656 5.791 140.020 0.E3-l 1.557 4C.252 12.520 * -47.508 12.917 9.210 1540.C 18-13 * 10.574 6.822 53.131 * 44.393 5.851149.880 0.e22 1.E5C 4c.261 7.870 * -61.40111.517 8.155 15EO.C 18.12 * 10.569 6.798 52.943 * 44.190 5.877159.740 0.83C 1.752 4.C.265 3.321 * -77.39010.685 7.555 15tO.C 18.OC * 10.566 6.783 53.024 44.031 5.870169.600 C.EZS 1 .cac 4c.264-1.139 * 265.63510.516 7.436 1570.C 18.35 * 1C.564 6.774 53.393 * 43.880 5.828119.460 c.e2c c.5sc 4c.257-5.517 * 249.40611.004 7.783 1580.C 19.11 * 1C.564 6.772 54.040 43.728 5.753189.320 C.823 c.56~ 4C.247-5.829 * 235.20212.039 8.542 1550.C 20.21 * 10.565 6.77654.960 43.564 5.646199.180 0.838 c.535 4c.231-14.~88 * 223.37313.4r1 9.641 * * * €CIT€ TTlM€ Ck SLM * OlrZ bINF2 PHI2 * PLPHAZ VEL2 RETb ECCE RH IC VEL1 ALPHA1 * PHI1 VINFl OV1 TABLE XI1 - Continued.TABULAR DATA FOR TRAJECTORIES FROM 1.1 EARTH RADII CIRCULAR

PARKING ORBIT TO 1.1 SATURN RADII CIRCULAR PARKING ORBW

tCb1f IlIHf Ck SbH * OV2 lINF2 PHI2 * ALPHA2 VEL2 BET4 ECC E RHIO VELl ALPHA1 * PHIl VflVFl 1 * * * ov * * * 14.511520.c 23.96 * 1c.589 t.895 51.283 * 44.196 5.349 116.M7 O.85t 2.201 4C.191 24.474 * -22.243 17.989 13.372 5C 154c.c 22.03 * 10.573 6.~18 56.224 * 43.660 5.490 126.061 C.E46 2.105 4C.210 19.566 * -31.084 15.724 11.458 155o.c 20.40 * lC.561 6.758 55.378 * 43.278 5.601 135.927 0.81E 2.013 4c.22514.768 * -41.670 13.727 9.042 15tC.C 19.14 * 10.552 6.715 54.786 42.994 5.678 145.787 C.E33 1.511 4C.236 10.C80 * -54.424 12.104 8.591 157C.C 18-32 * 10.547 6.685 54.462 * 42.776 5.721 155.647 C.Ei9 1.ecs 4C.242 5.493 * -69.472 10.905 7 -769 15CC. C 17.5t * 1C.543 6.665 54.418 * 42.596 5.730 165.507 C.fi7 1.7C3 4c.2430.999 * -86.165 10.491 7.419 155c.c 18.C5 * 10.541 6.655 54.646 * 42.442 5.706 175.367 c.82e C.556 4C.240 -3.414 * 257.024 10.671 7.546 16CC.C 1a.t5 * 1c.540 6.652 55.163 * 42.279 5.648 185.221 (.e?< C.5EC 4c.232-7.755 * 241.728 11.461 8.114 16 IC .c 19.tC * lC.541 t.656 55.958 42.100 5.558195.087 Q.E34 0.552 4C.219 -12.C39 * 228.747 12.722 9.060 I6iC.C 2c.e: * 1c.543 6.668 57.021 * 41.897 5.435204.947 C.E2t C .514 4c.2~2-16.281 * 218.045 14.312 10.307 * * * ldEt15fC.c 24.41 * 10.577 t.83& 59.328 * 42.866 5.127112.113 C.EtC 2.253 4c.162 26.8~3* -18.545 19.103 14.337 if 156C.C 22.E7 * 10.558 6.743 58.178 * 42.283 5.285 121.973 c.e45 2.163 4c.182 21.858 * -26.699 16 -745 12.312 157C.C 21.1C * 10.544 6.671 57.234 * 41.859 5.410 131.833 C.E4C 2.CC.E 4C.199 17.C24 * -36.370 14.616 10.553 15EO. C 19.tt * 1C.534 0.615 56.512 * 41.562 5.505 141.693 C.839 1.WS 4C.212 12.296 * -48.025 12.804 9.123 159C.C 18-62 * 10.527 6.582 56.056 * 41.332 5.565 151.553 c .e25 1.ECC 4C.ZZC 7.611 * -61.982 11.430 8.091 16CC.C 18.02 10.522 6.55.5 55.875 41.144 5.591 161.413 0.e2t 1.761 4C.224 3.142 * -78.025 10.625 7.513 16 10 .C 17.42 * 1C.520 t.543 55.978 * 40.973 5.584 171.272 C.E2t C .955 4C.223 -1.303 * 264.995 10.482 7.413 162C.C 18.29 * 10.515 6.539 56.356 * 40.810 5.543 181.133 C.€ii C.585 4C.217 -5.675 * 248.794 10.994 7.776 163C.C 19.07 * 10.519 t.542 57.022 * 40.622 5.469 190 -99 3 c.e?c C.5ci 4c.207 -9.985 * 234.648 12.050 8 -550 lt4C.C 2C.IE * 10.521 t.553 57.962 * 40.404 5.363 200.852 C.E2! c .52? 4C.193-14.250 * 222.877 13.500 9.664 * * * 1511 15EC.C 23.it * IC.54t 6.683 6C.180 * 40.865 5.079 117.88C c.er; i.2lC 4c.156 24.154 -22.650 17.810 13.218 C 1590.C 21.86 * 1C.530 6.598 59.134 40.414 5.221 127.740 0.842 2.122 4c.17419.282 * -31.565 15.570 11.331 I6CC.C iC.26 * lO.5le 6.535 58.312 * 40.084 5.331 137.tOC C.E25. i.ci4 4C.188 14.52C * -42.196 13.600 9.742 161C.C 19.03 * 1C.5C5 6.49C 57.722 * 39.853 5.408 147.460 (.E25 1.522 4t.199 9.857 * -55.021 12.004 8.516 lt2C.C 18.22 * 1C.5C4 6.455 51.407 * 39.661 5.452 157.32C c.eit 1.EIE 4C.2C5 5.291 * -70.139 10.912 7.717 lt3O.C 11.85 * 1c.5~0 6.441 57.372 * 39.489 5.461 167.180 O.Ei4 1.71c 4c.zot 0.813 * -86.871 10.447 7.38R 1C4C .C 18.C: * lC.455 6.433 57.624 * 39.313 5.437 177.040 C.Ei4 c .S9t 4C.203 -3.584 * 256.339 10.655 7.534 165C.C 18.62 * 1c.45s 6.433 58.161 * 39.117 5.379 186.900 C.E27 C.51F 4C.145 -7.526 * 241.103 11.469 8.120 1ttC.C 15.5E * 10.501 t.444 58.966 * 38 -90 1 5.291 196.760 O.E2l c.551 4C.183 -12.214 * 228.186 12.751 9.082 167C .C 2C.E5 * lC.5C4 6.464 6C.049 * 38.631 5.169 206.620 C.E?C C.512 4C.167 -16.465 * 217.545 14.359 10.345 * * * 1!1t 1ccc.c 24.11 * 10.538 6.63E 62.215 * 39.403 4.875113.781 C.&!i i.itC 4c.131 26.454 * -19.008 18.908 14.168 352 161C.C 22.65 * 10.515 6.539 61.087 * 38.923 5.032 123.647 c.e4c 2.176 4c.1~ 21.547 * -27.188 16.577 12.170 ltiC .C 2C.54 * 10.5C4 6.464 6C.155 * 38.583 5.158 131.507 C.E27 2.cec 4C.lbt16.146 * -36.910 14.474 10.438 It3C.C 19.53 * 10.494 6.405 59.462 * 38.327 5.251 143.367 c.e3c 1.575 4C.178 12.050 * -40.626 12.690 9.035 1t4C. C 1a.5i * 10.487 t.371 55.008 38.144 5.312 153.227 C.Eil 1.E75 4c.1at 7.447 * -62.668 11 -343 8.02a lt5C.C 17.9t * 10.483 6.347 58.835 * 37.974 5.338 169.081 c .a23 1.76f 4c.189 2.935 * -78.774 10.569 7.473 16tC.C 17.EE * 1C.480 6.335 58.953 * 37.802 5.330 172.947 c.e;? C.595 4C.lE8 -1.498 * 264.233 10.458 7.395 167C.C 18.26 * lC.480 6.333 55.355 37.608 5.290 182.807 c.ei4 C.58E 4c.183-5.863 * 248.085 10.997 7.778 l68C .C 19.05 * 1c.4~ 6.34 1 6C.041 * 37.376 5.216 192.667 C.EZ7 c.sce 4C.173 -1C.173 * 234.017 12.076 8.570 165C .C 2C.19 * 10.485 6.36C 60.991 * 37.107 5.112 202.527 C.E32 0.531 4C.160 -14.444 * 222.311 13.547 9.701 * * * 1!t11t2c.c i3.57 * 1C.51C 6.454 63.076 * 37.385 4.843 119.553 C.E4S 2.22s 4c.127 23.816 * -23.186 17.627 13.061 ?il 164C.C 21.7C * 1C.494 6.406 62.053 * 37.032 4.985 129.413 C .E35 2.124 4C.144 18.979 * -32.105 15.413 11.202 lC5C.C iC.12 * 1C.4.51 t.341 61.243 * 36.781 5.095 139.219 C.EZ2 i.C2C ‘C.15f 14.246 * -42.8C7 13.470 9.h39 I6tC.C 18.41 * 10.473 6.293 60.685 P 36.580 5.170 149.139 C.e26 1.932 4C.167 9.611 * -55.708 11.903 8.440 1tlC.C 1a.1: * 1c.467 6.263 6C.373 * 36.427 5.214 158.993 c.ei3 I.EZC 4C.113 5.C63 * -70.914 10.R42 7 -667 1bEC.C 17.82 * 1c.464 6.245 60.352 * 36.263 5.223 168.853 c.e21 1.717 4C.174 0.599 * -87.689 10.411 7.362 It5C.C 17.95 * IC.463 6.24C 60.616 * 36.076 5.199 178.713 O.Ei2 c.cs5 4C.171-3.795 * 255.544 10.650 7.531 17cc.c 18.tC * lC.464 6.245 t1.168 * 35.848 5.142 188.573 0.e24 c .57e 4C.164-8.129 * 240.382 11.492 8.137 171c.t 15.5E * 1C.467 6.261 62.COO 1 35.565 5.054 198.433 C.Ei€ C.545 4C.153 -12.415 * 227.559 12.796 9.117 17ic.c iC.Ei * 10.412 6.285 63.091 * 35.228 4.934 208.293 0.834 c.sc5 4c.138-16.081 * 216.989 14.424 10.398 Q, * * * CI EClTL TlIHE C’r SLH * 012 bIhF2 PHI2 * CLFI-A2 VEL2 eETb ECCE PH IC VELl ALPHAl * PHIl VIhF1 cv 1 klhF2 Ph12 * PLFkP2 VEL2 @ET4 ECCE RH ID VEL1 ALPHAl * PHIl VIhFl cv 1 * I * * 1 * l58t 1650.C 24-50 * 10.5C5 6.464 65.090 * 35.795 4.655 115.46C C.854 2.282 4C.lC4 26.089 * -19.509 18.711 13.996 fCi 166C.C 22.51 * 1C.485 6.362 63.991 * 35 -431 4.812 125.32C C.E43 i.1EE 4C.123 21.218 * -27.729 16.405 12.026 1610.C iC.75 * 10.411 6.284 63.093 * 35.169 4.937 135.18C C.E?4 i .cs 1 4C.13E 16.450 * -37.510 14.329 10.921 l6EC. C 19.41 * 1C.461 6.227 62.405 * 34.993 5.030 145.040 C.Ei7 1.5EC 4C.15C 11.778 * -49.318 12.574 8.945 l65C. C 18-42 * 10.454 6.188 61.973 * 34.045 5.089 154.900 0.823 1.883 4C.157 7.198 * -63.453 11.258 7.966 17CC.C 17.85 * 10.445 6.164 61.817 * 34.693 5.115 164.76C C.EiC 1.775 4C.160 2.7C2 * -79.632 10.517 7.437 171C.C 17.Ei * 10.448 6.154 61.946 34.518 5.107 174.62C C.8iC C.555 4C.155-1.721 * 263.367 10.441 7.384 17ic.c 18.24 * 10.448 6.156 62.361 * 34.301 5.067 184.480 C.fii C.SEE 4C.154 -6.081 * 247.279 11.013 7.789 172C.C 15.C5 * 1C.450 6.165 63.061 * 34.025 4.995 194.340 C .Ei! c .56L 4C.145-10.392 * 233.304 12.118 0.602 1740.C 20.21 * 10.455 6.194 64.C35 * 33.675 4.891 204.20( O.E3C C .si5 4C.132 -14.665 * 221.699 13.611 9.751 * * * It 11 lt7C .c i5.4i * 1C.5C2 6.445 67.116 * 34.146 4.468 111.367 <.e55 ;.?If 4C.08326.365 * -16.111 19.822 14.960 i77 168C.C 23.3f * 10.480 6.332 65.957 * 33.778 4.640 121.227 C.E41 2.242 4C.10323.461 * -23.727 17.440 12.901 165C .c 21.5: * 10.4t3 6.24C (4.965 * 33.533 4.780 131.087 C.E?7 2.145 4C.11518.658 * -32.703 15.252 11.070 17CC.C 19.55 * 10.451 t.172 64.187 * 33.352 4.888 140.947 0.8i5 i.C4E 4C.13213.553 * -43.483 13.337 9.536 171C.C 18-81 * 10.442 6.124 63.631 33.224 4.964 150.807 C.@i? 1.54c 4C.1415.339 * -56.495 11.800 8.364 17ic .C 18.Ct * 1C.437 6.092 63.347 * 33.091 5.006 160.667 C.82C I.E?i 4C.1474.811 * -71.192 10.775 7.619 1730. C 17-11 * 10.434 6.076 63.340 * 32.934 5.015 170.527 O.EI5 1.72i 4C.1480.359 * -88.612 10.380 7.341 174C.C 17.93 * 10.433 6.073 63.619 * 32.733 4.991 180.387 [.el5 C.555 4C.145-4.C28 * 254.656 10.655 7.534 17CC.C 18.6C * 10.435 6.C83 64.184 32.469 4.934 190.247 C.E22 C -57 7 4C.l?@[email protected] * 239.584 11.528 0.163 11ec.c 19.6C * 10.43s 6.105 65.028 * 32.120 4.847 200.107 O.ti7 c.547 4C.127 -12.655 * 226.863 12.857 9.164 * 1 * ltft 11cc.c i4.3C * 1C.411 C.315 61.940 32.065 4.468 117.134 C.EEI 2.254 4(.C83 25.1C8 * -20.049 18.509 13.821 i5i 171C.C 22.34 * 10.458 6.210 66.878 * 31.832 4.623 126.994 C.840 i.2cc 4c.101 2o.e~~* -28.321 16 -229 11.879 17;c.c 2C.65 * 10.443 6. 125 66.000 31.678 4.747 136.054 C.831 i.lC1 4C.11516.132 * -38.182 14.18C 10.202 173C.C 19.25 * 10.433 6.07C 65.350 * 31.555 4.838 146.114 C.825 1.557 4C.12611.487 * -50.086 12.454 8.855 1740.C la.?? * 1C.426 6.03C 64.935 3 1.452 4.896 156.574 C.8iC 1 .€5C 4C.133t.526 * -64.332 11.173 7.904 175C.C 17.fI * 10.421 6.0C7 64.797 * 31.319 4.921 166.434 C.8IE 1.7EC 4C.13t2.444 * -80.591 10.470 7.404 17tC.C 1l.EC * 1C.420 5.995 64.941 31.140 4.913 176.294 C.EIE C.555 4C.135 -1.569 * 262.405 10.433 7.378 171c.c 18.i3 * 10.421 6.004 65.370 * 30.896 4.873 186.154 C.EiC C.5Ei 4C.13C -6.325 * 246.391 11.040 7 -809 17ec.c 19.C7 * 10.424 6. C22 66.080 * 30.570 4.801 196.014 C.E23 C.562 4C.122 -10.035 * 232.526 12.174 8.644 175C.C 20.24 * 10.430 6.055 t7.063 * 30.146 4.699 205.874 C.825 C .S2 i 4C.11C -14.523 * 221.024 13.691 9.814 * * t le61 17iC.C 25-25 * 1C.476 6-31? 69.926 t 30.286 4.296113.040 C.85C i.?4t 4C.CC4 27.96C * -16.650 19.607 14.779 iii 173C.C 23.15 * 10.454 6.192 68.811 * 30.071 4.461122.900 0.844 i.i53 4C.C83 23.091 * -24.311 17.250 12.739 114C.C il.2i * 1C.43E 6.C9E 67.855 * 29.943 4.605132.160 C.Ei4 i.15t 4C.0551E.318 * -33.358 15.089 10.936 1750.C 15-86 * 10.425 6. C2 E 67.099 * 29.856 4.712142.620 o.ei1 i .c54 4C.11113.639 * -44.238 13.202 9.430 17tC.< 18.7C * 10.416 5.578 66.582 * 29.769 4.785152.480 C.EiI 1.54E 4C.12C9.C48 * -57.360 11.698 e.289 177C.C 17.5E * 10.411 5.547 66.313 * 29.611 4.826162.340 C.8lE 1.E38 4C.125 4.536 * -72.766 10.710 7.573 17EC.C 17-73 * 1C.4C8 5.532 66.324 * 29.521 4.834172.200 C.El1 1.72C 4C.1260.095 * -89.632 10.356 7.324 175C.C 11-55 * 10.408 5.932 66.617 * 29.303 4.810182.060 C.CIE c.554 4C.123-4.285 * 253.681 10.670 7.545 l8CO. c 18.tl * 10.411 5.946 67.193 28.999 4.754191.920 C.8iC c.515 4C.116 -8.618 * 238.715 11.576 8.199 181C.C 1S.64 * 10.416 5.974 68.044 28.593 4.667201.780 C.Ei5 c .545 4C.10t-12.518 * 226.111 12.933 9.222 * * * ECPTE T71HE Cb SLH * Ob2 LIkF2 PHI2 LLPHAZ VEL2 RET4 ECCE RH IO VEL1 ALPHAl * PHIl VIhF1 cv1 TABLE XI1 - Continued. TABULAR DATA FORTRAJECTORIES FROM 1.1 EARTH RADII CIRCULAR

PARKING ORBIT TO 1.1 SATURN RADII CIRCULAR PARKING ORBIT

TTIHE Gb SLH * OV2 bIhF2 PHI2 bLPkA2 VEL2 BETA ECCE Rn IO VELl ALPHA1 * PHIl VIFiFl cv 1 * * * 177C.C 22.85 * 1C.436 t.ce7 7C.906 * 27.126 4.367 125.220 0.E4i 2.252 4c.07222.295 -25.662 16.869 12.416 178O.C 21.C8 * 10.41s 5.594 7c.000 P 27.096 4-50 1 135.080 c.e32 2.153 4C.087 17.558 * -34.940 14.752 10.663 17SC.C 19.ti * 10.4C7 5.524 69.293 * 27.077 4 -602 144.94C O.Ei4 2.C45 4C.098 12.907 * -46.123 12.923 9.214 18CO. c 18.54 * 1C.359 5.876 68.813 * 27.038 4.67 1 154.800 C.815 1.541 4C.106 8.340 * -59.593 11 -493 8.138 1e1o.c 17.E5 * 10.394 5.84i 68.601 * 26.951 4.707 164.66C C.Elt I.€?( 4C.11C 3.847 * -75.287 10.597 7.494 182C.C 17.71 * 1c.352 5.834 68.650 * 26.795 4.711174.520 0.815 1 .ccc 4c.111-c.579 * 267.756 10.347 7.318 183C. C 18.CC 1C.352 5.83t 6E.987 * 26.554 4.683184.380 C.817 c.55; 4C.lC8 -4.951 251.235 10.760 7.609 1840 .C 18.ii * 10.356 5.85E 69.598 * 26.204 4.624194.240 C.E2C C .57 I 4C.101 -9.281 * 236.594 11.746 8.324 185O.C 19.8C * 1C.4C2 5.892 7C.480 * 25.730 4.535204.100 o.eiE C.5iS 4c.0~1-13.583 224.335 13.163 9.400 1E6C. C 21.1e * 1c.410 5.944 71.616 * 25.116 4.416213.960 C.E32 C.ES6 4c.077-17.874 214.244 14.880 10.~6 * * * li35 181O.C 22-52 * lC.415 5.954 72.982 * 24.177 4.283127.540 o.e?s 2.i5c 4C.063 21.504 * -21.066 16.492 12.099 15C 1820.C 20.8C * 10.403 5.902 72.128 * 24.241 4.411 137.400 C.83C 2 -145 4c.m 16.794 * -36.592 14.422 10.396 1830. C 19.4C * 10.351 5. e33 71.472 24.285 4.507 147.260 C.8ii 2 .c43 4c.08812.170 * -48.094 12.653 9.007 1840.C 18.38 * 10.384 5.787 71.046 * 24.283 4.571 151.120 c.Ele 1.534 4C.055 7.624 * -61.919 11.300 7.991 le5c.c 17.81 * 10.375 5.155 70.881 t 24.201 4.60 2 166.98C C.EI5 1.e22 4c.0~8 3.150 -77.881 10.501 7.426 l8tO. c 17.7C * 10.378 5.751 7C.970 * 24.045 4.602 176.840 0.e14 c.555 4C.098 -1.265 * 265.097 10.356 1.325 187C.C 18.CC * 1C.375 5.75E 71.347 * 23.764 4.57 1186.700 c.elc C.S8S 4c.055-5.~29 * 248.787 10.868 7.685 18EO.C 18.e5 * 10.383 5.783 71.986 23.368 4.509196.560 0.815 C.567 4c.088-9.958 * 234.488 11.934 8.464 1d5C. C 15.5E * 1C.350 5.825 72.895 * 22.818 4.418206.420 C.Ei5 c.523 4c.078 -14.264 * 222.574 13 -409 9.592 l5CO. C 21.4C * 1C.4CO 5.884 74.049 I 22.103 4.297216.280 C.E?i C.EEE 4C.065 -18.565 * 212.766 15.169 11.002 * 1 * lit4 183C.C 23.3~* 10.421 C.CO3 74.836 * 22.217 4.153123.446 C.E43 i.3CI 4c.045 23.688 * -23.221 17.509 12.960 1.2 5 1840. C 21.54 * 1C.402 5.897 73.924 22.346 4.295 133.306 O.E?! 2.ic4 4C. 06418.947 * -31.983 15.331 11.139 185O.C 19.55 * 10.3e5 5.816 73.186 * 22.453 4 -40 5 143.166 C.E.25 i.lCC 4c.07614.292 * -42.500 13.419 9.600 1eto.c 18.75 * 10.379 5.755 72.658 22.510 4.484 153.026 C.EI5 1.592 4c.c859.717 * -55.213 11.859 8.408 1EiC.C 18.CC * 10.373 5.722 72.370 22.493 4.530 162.886 C.ElC I.EEC 4C.090 5.216 * -70.257 10.188 7.629 l8EO. C 17.tE * 1C.370 5.705 72.348 22.373 4.545 172.746 C.814 1.166 4C.092 0.778 * -86.978 10.332 7 308 l85C. C 17.E: * 1C.37C 5.706 72.583 Q 22.156 4.529 182,606 C.El6 C.5St 4(.050-3.608 * 256.161 10.541 7.458 19cc .C 18-42 * 16.373 5.724 73.101 * 21.792 4.482 192.466 c.e1i c .575 4c.c85 -7.952 * 240.817 11.373 8.050 191o.c 19.41 * 10.375 5.76C 73.875 9 21.290 4.406 202.326 C.822 C.5CC 4c.076-12.271 * 227.791 12.678 9.026 1sio.c iC.70 * 10.388 5.814 74.905 0 20.613 4.30 I 212.186 C.EZE C.5 1C 4c.065-16.578 * 217.049 14.323 10.316 * $ * 1 iE5 lEtC.( 22.34 * 10.404 5.504 75.725 I 20.387 4.179129.213 C.f?? 2.255 4C.052 21.105 * -27.173 16.300 11.938 ICC 1870. C 2C.65 * 1C.388 5.81C 74.919 t 20.567 4.303139.073 o.8ie 2.15t 4C.065 16.420 * -37.406 14.258 10.264 18EC.C 19.iE * 1C.316 5.741 74.302 * 20.693 4.396148.933 C.Ei1 2.c45 4C.075 11.817 * -49.045 12.520 8.906 1850.C le.3~ * 1c.368 5.694 73.908 * 20.740 4.457 158.793 C.8lt 1.537 4c.c~~7.288 * -63.022 11.208 7.930 19cc .c 11-76 * 1C.364 5.668 73.760 * 20.689 4.487 168.653 C.814 ].E25 4C.C85 2.825 * -79.109 10.455 7.393 1910.C 17.t5 * 10.3t3 5.661 73.881 * 20.513 4.485 178.513 c.el! c.555 4C.085-1.581 * 263.870 10.359 7.326 l5iC .C 18.CE * 1C.364 5.672 74.257 * 20.216 4.454 189.373 C.81. C.7EE 4'2.082 -5.545 * 247.648 10.916 7.720 1930. C ld.9C * 1C.365 5.702 74.910 * 19.752 4.392 198.233 0.815 c.sc5 4C.075 -10.276 * 233.503 12.019 8.527 1940. C iC.Ct * 10.377 5.75c 75.810 * 19.125 4.302 208.093 c.ez4 c .S?C 4c.065-14.551 * 221.732 13.525 9.683 1950.C 21.51 * 10.389 5.81 7 76.949 * 18.298 4.184 217.953 o.e?i c.e84 4C.052 -18.906 * 212.040 15.309 11.117 * 4 * 1114 18EC.C 23.15 * 1C.4C7 5.523 77.522 * 18.359 4.063 125.12C C.642 2.212 4C.04C 23.268 * -23.912 17.302 12.784 15 1850.C 21.38 * 10.388 5.81 5 76.654 * 18 -633 4.201 134.98C 0.83 1 2.212 4C.054 18.553 * -32.766 15.156 10.991 19CO .E 19.8.5 * 10.375 5.733 75.969 9 18.827 4.307 144.84C 0.823 i.lC.5 4C.C66 13.922 * -43.409 13.269 9.483 1910.C 18.t5 * 10.365 5.675 75.478 0 18.948 4.383154.700 o.elE 1.557 4c.c745.365 * -56.277 11.746 8.324 1520. C 17.94 * 10.355 5.635 75.219 * 18.965 4.427 164.56~ 0.81' 1.E14 4C.0754.817 * -71.466 10.719 7.580 19X .C 17.65 * 10.356 5.624 75.212 * 18.861 4.440174.420 C.813 1.lCE 4C.CBO 0.448 * -88.260 10.313 7.295 1540.C 17.e4 * 10.357 5.627 75.474 * 18.609 4.423184.280 o.el3 0.555 4c.ole -3.933 254.937 10.517 7 -419 15IO.C 18.4t * 10.3tl 5.65C 75.987 * 18.215 4.377194.140 C.8lt C.571 4C.Cl3-8.280 * 239.725 11.446 8.104 15CC .C 19.4E * 10.368 5.691 76.767 8 17.632 4.301 204.00C c.ez1 C -547 4C.C65 -12.604 * 226.861 12.785 9.108 1910.C 2C.EC * 10.318 5.752 77.781 16.859 4.198 213.86C c.eie C.SC6 4C.054 -16.922 * 216.253 14.458 10.425 t * * iI hF2 PHI2 * bLPkP2 VEL2 eETG ECCE An 10 VELl ALPHA1 * PHIl VIhFl ov 1 €Celt IllC€ CL SLM * OV2 blhF2 PHI2 * bLPkA2 VEL2 BETb ECCE RH IC VEL1 ALPHA1 * PHIl VI NF 1 cv 1 * * * * * 1E35 151C.C iZ.1i * 10.351 5.831 78.406 * 16.616 4.098 130.887 C.835 i .26 i 4C.044 20.693 * -28.522 16.105 11.775 EC 152C.C 20.51 * 10.315 5.736 77.649 16.908 4.218 140.747 c.e2t 2.ltP 4C.056 16.032 * -38.272 14.091 10.131 1520.C 19.17 * 10.363 5.666 77.074 t 17.112 4.307 150.607 c.e;c 2.c54 4C.066 11.448 * -50.063 12.388 8 .805 1S4C .C 18.22 * 1C.356 5.615 76.714 * 17.206 4.366 160.467 C.El5 1.Sti 4C.072 6.934 * -64.202 11.117 7.864 1950.C 17.72 * 10.352 5.594 76.592 17.174 4.393 170.327 C.813 1.e27 4C.C75 2.482 * -80.406 10.413 7.364 15CC.C 17.CE * lC.351 5.59c 76.724 * 16.998 4.391 180.187 C.El2 C.555 4C.075 -1.91'4 * 262.564 10.369 7.334 157C .C 18.11 * 10.353 5.604 77.123 * 16.653 4.358 190.047 C.El4 C.SE7 4C.071 -6.280 * 246.459 10.974 7.761 15EO.C l8.9t * 16.359 5.635 77.766 * 16.143 4.298 199.907 c.elE C.5t2 40.065-10.616 * 232.471 12.116 8.600 1550. C 20.15 * 1C.368 5.653 78.662 * 15.422 4.209 209.767 C.824 C.52t 4C.055-14.940 * 220.856 13.653 9.783 iLCC * c 21.62 * 1C.380 5.766 79.788 * 14.470 4.093 21S.627 c.eli c.rec 4C.C43 -15.268 * 211.287 15.462 11.243 * * lttl 153c.c Z3.CC * lC.356 5.856 8C.139 1 14.540 3.996 126.793 C.E4C 2.221 4C.C33 22.83E * -24.633 17.094 12.607 25 1940.C 21.22 * 10.377 5.749 79.335 14.933 4.129 136.653 0.e3c 2.215 4C.047 18.149 * -33.590 14.974 10.843 1950.C 15.72 * 1c.3e3 5.666 7E.688 15.229 4.231 146.513 c.ez2 z.112 4CaC57 13.537 * -44.377 13.118 9.365 15t0.C 18.55 * 1C.354 5.6CE 78.236 * 15.409 4.303 156.373 C.Elt 2.cc1 4C.065 8.997 * -57.413 11.634 8.241 1SiC.C 17.e~* 1c.34e 5.573 78.008 15.457 4.345 166.232 c.elr 1.EEt 4C.07C 4.521 * -72.754 10.654 7.533 15EC.C 17.63 * 1C.346 5.559 78.023 * 15.357 4.356 176.093 c.e12 1.7tE 4C.071 0.100 * -89.613 10.301 7.286 1550.C 17.65 * 10.347 5.566 78.291 * 15.091 4.339 185.953 C.812 c.554 4f.065-4.279 * 253.645 10.617 7.507 20cc. c 18-52 * 10.351 5.553 78.821 14.634 4.292 195.813 C.81.5 c.575 4C.064-8.626 * 238.592 11.530 8.165 io 1C .C 19.5C * 1C.359 5.640 79.585 * 13.990 4.217 205.673 0.821 c .944 4C.056 -12.958 * 225.891 12.905 9.200 2CiO.C 20.51 I lC.370 5.707 8C.585 13.111 4.116 215.533 C.82E c.5cz 4C.045 -17.289 * 215.427 14.605 10.543 * * * lE85 15CC.C 21-55 * 10.3E1 5.772 81.015 * 12.896 4.039 132.56C C.E24 i.214 4CaC38 2C.27C * -29.312 15.908 11.611 C 19iO.C 20.3t * 10.365 5.677 80.311 * 13.295 4.155 142.420 0.825 2.165 4C.049 15.631 * -39.191 13.923 9.997 15EC.C 15.Ct * 1C.354 5.6C7 7S.780 4 13.570 4.240 152.280 c.elr i .C55 4C.05f 11.C65 * -51.145 12.255 8.705 195c.c 18.15 * 10.346 5.56C 19.454 * 13.707 4.295 162.140 C.814 1.545 4C.064 6.565 * -65.457 11.028 7.800 iCC0 .C 17.66 4 1C.242 5.537 79.358 * 13 -690 4.320 172.00C C .E 12 1.E2L 4C.C67 2.122 * -81.778 10.376 7.338 201C.C 17.65 * 1C.342 5.534 79.507 * 13.503 4.316 181.860 c.e12 C .55E 4C.067-2.274 * 261.197 10.387 7.346 2cic. C 18.lt * 10.345 5.553 79.507 13.130 4 -284 19 1.720 C.81' C.SE5 4C.C63 -6.635 * 245.213 11.042 7 -8 10 2c:c.c 19.02 * 10.351 5.552 80.501 * 12.542 4.223 201.580 C.ElE C.56C 40.057-10.975 * 231.404 12.224 8.6R1 iC40 .C 20.26 * 1C.361 5.653 81.435 * 11.745 4.136 211.440 C.824 c.522 4(.04e-15.310 * 219.948 13.793 9.894 2050 .c 21-75 * 10.375 5.735 82.527 * 10.687 4.022 221.300 C.832 0.875 4C.03t-19.654 * 210.505 15.629 11.380 * 9 * 151' l5tC.C 22.~2* lo.3ei 5.EC6 €2.681 * 10.794 3.950 128.467 C.€25 2.325 4C.C25 22.397 * -25.391 16.883 12.428 I5i 19SC.C 21.06 I 10.369 5.697 81.934 * 11 -306 4.077 138.327 0.829 2.225 4C.042 17.731 * -34.462 14.790 10.693 iocc. C 15.6C 3 10.355 5.614 81.336 * 11.687 4.175 148.187 C.Eil 2.116 4C.052 13.139 * -45.403 12.967 9.248 i0lC.C l8.5C * 1C.345 5.556 80.924 * 11.920 4.244 158.047 c.e15 i.cc4 4C.0558.614 * -58.618 11.522 8.159 icic .c 17.E3 * 1C.34C 5.522 80.726 11.994 4.282 167.907 c.eli 1.EBE 4C.00? 4.15C * -74.116 10.592 7.490 2c20.c 17.62 * 10.338 5.51C 80.762 * 11.894 4.292 177.767 C.Ell 1.CCC 4C.C64 -0.265 * 268.967 10.295 7.282 2C4C. C 17.8E * 1C.340 5.52C 81.041 * 11.604 4.273 187.627 C.Eli C.553 4C.062 -4.642 * 252.302 10.665 7.541 2C5C.C 18.5E * 10.345 5.551 81.566 * 11.106 4.227 197.487 c.elc c.573 4C.057 -8.993 * 237.411 11.625 8.235 iocc. C 15.t5 * 10.353 5.604 82.334 * 10.369 4.153 207.347 C.8i 1 C.541 4C.C49 -13.331 * 224.E94 13.035 9.301 2cio.c ilsC4 * 1C.365 5.678 83.306 * 9.398 4.054 217.207 c.eze C.8SE 4C.035-17.675 * 214.576 14.765 10.673 * * * 1535"- ic1c.c 2l.Ei * 1C.314 5.727 83.547 * 9.260 4.000 134.233 C.E?2 2.2El 4C.034 15.836 * -30.143 15.709 11.446 2LI 2c2c.c i0.2i * 10.358 5.631 82.896 * 9.755 4.110 144.093 C.824 2.174 4C.045 15.218 * -40.161 13.754 9.863 2ClC * C 18.55 * 10.346 5.561 82.399 10.108 4.191 153.952 C.Eli 2 .Cti 4CaC53 10.667 * -52.295 12.123 R.605 204C. C 18.OE * 1c.339 5.516 82.119 * 10.267 4.243 163.813 c.el3 1.54i 4C.C59 6.181 * -66.784 10.942 7.738 205c. C 17.65 * 10.335 5.454 82.C49 * 10.261 4.266 173.673 C.El1 1.EiE 4C-061 1.747 * -83.221 10.345 7.317 2oec.c 17.7C * 10.335 5.494 82.214 * 10.061 4.261183.533 0.811 C.5SE 4C.061 -2,646 * 259.771 10.413 7 -364 2CiC.C 18.21 * 1C.335 5.51i 82.619 * 9.650 4.228193.393 C .€14 C.SE3 4C.057 -7.008 * 243.925 11.119 7.866 2CEC.C 19.12 * 1C.346 5.561 83.259 9.010 4.168202.253 C.81E c.557 4C.C51 -11.354 * 230.298 12 -344 8.772 2C5C .C iC.37 1C.357 5.627 84.131 8.103 4.082211.113 C.825 c.515 4C.042-15.698 * 219.016 13.944 10.014 21CC.C il.SC * 10.372 5.711 85.187 4 6.938 3.971222.973 c.e?? C .E7C 4C.031 -20.059 * 209.703 15.807 11.527 * * * ECIT t TlIN€ CV SLP DVZ kIFtF2 PHI2 * bLPbb2 VEL2 EETb ECCE RMIC VEL1 bLPHAl * PHIl VIhFl DV 1 TABLE XII. - Continued.TABULAR DATA FORTRAJECTORIES FROM 1.1 EARTH RADII CIRCULAR

PARKING ORBIT TO 1.1 SATURN RADII CIRCULAR PARKING ORBIT

LCbTL TllME CV SUM * OV2 bll'rF2 PHI2 PLPIW VEL2 EETb ECCE RM IC VEL 1 ALPHAl * PHIl VI hF1 ov1 * * * * 1 * 1564 iO?O.C 22.63 * 10.3EO 5.76885.143 7.151 3.923130.140 C.E?7 2.?3C 4C.026 21.946 * -26.183 16.670 12.248 iCi 2C4C.C iC.51 * 10.362 5.658 84.453 7.771 4.045 14C.000 C.Ei1 i.23c 4C.038 17.302 * -35.381 14.605 10.543 2c5o.c 19.48 * 10.345 5.57583.904 * 8.226 4.138149.860 c.eic i.12c 4C.048 12.728 * -46.486 12.815 9.131 2060. c 18.42 * 1c.339 5.51.E 83.538 * 8.500 4.202159.72C c.elr i .ccc 4C-054@e218 * -59.889 11.413 8.079 207C.C 17.7E * lC.334 5.48583.365 * 8.600 4.238169.580 0.e12 1.eeE 4c.cse3.763 * -75.550 10.535 7.450 2OEC .C 17-62 * 10.332 5.47683.421 * 8.497 4.246 179.440 c.ell 1 .cc c 4C.055 -0.647 * 267.483 10.296 7.283 ic50 .I 17.5; * 10.335 5.4E9 83.711 * 8.180 4.226 189.300 c.el; c.s51 4C.057 -5.022 * 250.911 10.723 7.582 i ICC .c 18-65 * 1C.34C 5.52484.233 * 7.631 4.180 199.160 c.elc c.57c 4C.C52 -9.377 * 236.198 11-130 8.312 il1C.C I9.7C * 1C.350 5.5.52 84.979 * 6.831 4.107 209.020 C.821 C.C?E 4C.045 -13.725 * 223.963 13.171 9.411 212C.C 21-17 * lC.363 5.664 85.931 4 5.752 4.010 218.880 C.E25 C.E54 4c.035-1e.082 213.701 14.936 * * 10.812 1585 io5c.c i3.4E * 1C.385 5.818 86.713 I 4.977 2.845126.047 c.e4; i.?9C 4C.Cl5 24.062 * -22.538 17.666 13.094 277 20tC.C 2l.tE * 10.368 5.654 85.997 * 5.734 3.979 135.907 c.e.2 i.28t 4C.032 15.392 * -31.013 15.508 11.281 2c7c.c iO.GE * 10.352 5.55E 85.400 * 6.313 4.083145.767 C.EZ? 2.17~ 4C.042 14.793 * -41.183 13.584 9.730 2CEC.C 18.85 * 10.341 5.525 84.958 * 6.708 4.160155.627 C.EI7 2.C65 4C.050 10.259 * -53.500 11.992 8.507 2C5C. C 18.C1 * 10.334 5.485 84.703 6.910 4.208165.487 C.EI2 1.548 4C.055 5.183 * -68.181 10.859 7.679 2lCO.C 17.6? * 10.331 5.465 84.658 * 6.909 4.229 175.341 C.811 I.EZE 4C.057 1.356 * -84.731 10.320 7.299 2llC.C 17.72 * 10.331 5.46E 84.837 * 6.692 4.222 185.207 C.811 C.557 4C.057 -3.034 * 258.292 10.448 7.388 i 1.20 .c 18.2t * 10.325 5.454 85.245 * 6.242 4.189 195.067 C.El4 C.SE2 4C.C53 -7.398 * 242.599 11.207 7.929 i12o.c 19.21 * 1C.343 5.543 85.876 1 5.539 4.130 204.927 C.818 C.55L 4C.047 -11.751 * 229.166 12.473 8.870 i14C.C 20.5C * 10.355 5.616 86.716 * 4.560 4.045 214.787 c.e2r c.515 4C.038 -16.1C7 * 218.057 14.107 10.144 * * iCll 2CEC.C 22-44 * lC.376 5.74C 87.521 * 3.638 3.912131.814 C.E?C 2.242 4C.02521.486 * -27.011 16.455 12.068 i5i 205C.C 20.75 * 10.258 5.631 86.888 * 4.351 4.028141.674 C.826 2.235 4C.037 16.862 * -36.345 14.419 10.393 i ICC .C 15.36 * 10.344 5.541 86.389 * 4.870 4.117151.534 C.El5 2.123 4c.046 12.305 * -47.627 12.663 9.015 E1IC.C 18.34 * 1c.325 5.452 86.057 * 5.188 4.177161.394 C.814 2.CCi 4C.052 7.808 * -61.232 11 -306 8.001 2liC.C 17.74 1C.330 5.461 85.920 * 5.296 4.210171.254 C.811 I.€€€ 4C.055 3.362 * -77.052 10.483 7.413 212c.c 17.ti * 1C.325 5.45485.995 * 5.184 4.21t 181.114 (.El0 1.COC 4C.G56 -1.043 * 265.941 10.305 7.289 i14C.C 17.46 * 1'2.322 5.47C 86.292 * 4.838 4.195 19C.974 C.EI2 C.SSC 4C.054 -5.419 * 249.477 10.789 7.629 2150.c 18.74 * 10.328 5.51C 86.810 4.238 4.149 200.834 0.8lt C.568 4C.045 -9.778 * 234.954 11.844 8.397 21to.c 19.8t * 1C.348 5.574 87.539 * 3.364 4.078 210.694 C.EZ2 c .594 4C.042 -14.135 * 222.812 13.330 9.530 2170.C 21.22 * 1C.263 5.661 88.460 * 2.189 3 -98 3 220.554 c.e:c C.EES 4C.032 -18.507 * 212.808 15.118 10.961 * * iC?S i1cc.c i3.iE * 1C.3E5 5.75589.017 * 1.482 3.846 127.72C C.E4 1 2.257 4c.01523.586 * -23.328 17.438 12.900 iii 2IIC.c 21.48 * 10.3t4 5.67288.362 * 2.339 3.973 137.580 C.83C 2.251 4C.03118.937 * -31.924 15.307 11.115 il2C.C 15.54 * 1C.345 5.57687.818 * 2.989 4.072 147.44C c.eii 2.181 4C.041 14.357 * -42.257 13.414 9.596 il3C.C 18.75 * 1C.328 5.5~~87.420 3.430 4.144 157.300 c.e16 i .C6t 4c.04e 9.837 * -54.772 11.862 8.410 21ro.c 17.55 * 1C.321 5.465 87.200 * 3.654 4.189 ltl.16C C.El2 1.54E 4C.C5? 5.372 * -69.646 10.780 7.623 i15o.c 17.61 * 1C.328 5.447 87.179 * 3.654 4.207 177.020 C.EIC 1.e2e 4C.055 C.950 * -86.302 10.301 7.286 z1cc.c 11-75 * 1C.32S 5.453 87.370 * 3.416 4.199 186.880 C.EII c.55t 4C.054 -3.43E * 256.765 10.491 7.418 217C.C ld.33 * 10.324 5.4E3 87.779 * 2.925 4.165 196.740 C.El4 (-575 4C.051 -7.805 * 241.240 11.304 8 .ooo 21ec.c 15.32 * 1C.342 5.537 88.398 * 2.161 4.107 206.600 C.ElS c .s5 1 4C.044-12.165 * 228.010 12.614 8.977 il50.C iOmt4 * 10.355 5.61t 85.213 * 1.098 4.024 216.460 C.826 C.5IC 4C.036 -16.533 * 217.081 14.281 10.283 * * * blhf2 PHI2 * bLPkA2 VEL2 PETP ECCE RM 10 VEL1 ALPHAl * PHIl VIhFl ov 1 blhF2 PHI2 4 LLPHA2 VEL2 @tTP ECCE RM IC VELl ALPHA1 * PHI1 VIFiFl ov 1 * * Ir 2C7E 214c.c 22.54 * 1C.381 5.770 90.687 1 -1.024 3.87C 130.040 C.EI5 Z.fSC 4C.C21 22.13C * -24.793 17.033 12.556 lEE 2150.C 21.18 * 10.361 5.65C 90.141 * -0.200 3.989 139.900 0.825 i.2@4 4C.033 18.111 * -33.635 14.947 10.821 216C.C 19.7C * 10.346 5.55E 89.596 * 0.550 4.081 149.76C c .e2 1 2.171 4C.042 13.542 * -44.326 13.107 9.357 i17c.c 18-51 4 10.335 5.493 85.248 * 0.995 4.147 159.t20 C.El5 2.C55 4C.045 S.C34 * -57.248 11.630 8.239 2lEC.c 17.et * 1C.325 5.454 85.073 * 1.208 4.18 6 169 -480 C.EI1 1.535 4C.C5? 4.585 * -72.498 10.647 7.529 215C.( 17.6C * 10.327 5.441 89.090 1 1.178 4.200 179.340 C.ElC 1.E12 4C.054 0.172 * -89.331 10.285 7.275 i2cc.c 17.e; * 1C.329 5.452 89.312 0.896 4.188 189.200 C.ElI c .554 4C.052 -4.213 * 253.871 10.592 7.489 22 10 .c 1E.46 * 1C.334 5.4EE 89.740 * 0.343 4.152 199.0bC 0.E14 C.Cl5 4c.044-e.582 * 238.704 11 -505 8.146 22ic.c 19.5: * 1c.344 5.546 9C.368 * -0.499 4 -09 1 208.92C C.EiC c .544 4C.043-12.949 * 225.886 12.890 9.189 L23C.C 2c.51 * 10.358 5.634 91.179 -1.658 4.008 218.78C C.82i c.5c2 4C.035-17.329 * 215.313 14.614 10.550 * * * illi i1EC.C ii.C( * 10.377 5.75C 92.314 4 -3.411 3.90 1 13i.36C C.EIi i.?EZ 4c.c24 21.873 * -26.310 16.634 12.218 15C L190.C 20.84 * 10.358 5.634 91.767 * -2.482 4.012 142.22C C.E27 2 -214 4(.035 17.268 * -35.447 14.588 10.530 22cc .( 19.47 * lC.344 5.546 91.328 4 -1.798 4.097 152.080 C.EiC i.ltl 4C.043 12.125 * -46.484 12.810 9.128 221C.C 18.41 * 10.334 5.4E5 91.029 * -1.358 4.156 161.940 C.el4 2 .c43 4C.050 8.236 * -59.822 11.413 8.079 222C.( 17.7E * 10.328 5.45c 90.896 * -1.165 4.191 171.800 C.811 1.521 4C.C5? ?.193 * -75.431 10.534 7 -449 iZ?C.C 17-61 * 1C.327 5.441 90.949 4 -1.229 4.200 181.t60 c.elc 1 .ccc 4C.C54 -0.614 * 267.610 10.291 7.279 2240. ( 17.51 * 1c.33c 5.457 51.197 -1.562 4.184191.520 C.Pl2 c.552 4C.053 -4.997 * 250.997 10.714 7.576 2z:c. ( 18.64 4 1C.336 5.455 91.642 * -2.178 4.145201.380 c.e1: c.57c 4c.04e-5.369 * 236.215 11.724 8.308 i2tC .( 19.7t * 1C.347 5.566 92.275 * -3.101 4.084211.240 [.e21 c.527 4C.C42 -13.744 * 223.808 13.183 9.415 22iC.C 21.15 * lO.it2 5.655 93.078 * -4.35 7 4.000 221.100 C.Ei5 C .E53 4C.034-18.138 * 213.581 14.960 10.831 * t * i14; 2iCC.( 23.44 * 1C.3E5 5.E17 93.657 I -5.527 3.852128.26t C.E42 2.4fE 4C.Cl5 23.95C * -22.724 17.612 13.049 I25 i21C.C 21.62 * 10.367 5.687 93.102 * -4.443 3.972138.126 o.e?l 2.331 4C.031 19.323 * -31.150 15.477 11.255 22iC. ( 20.C7 * 10.350 5.5E6 92.630 * -3.614 4.067147.986 C.E2? 2.215 4(.C4C 14.758 * -41.265 13.569 9.718 2220 .c 18.84 * 10.338 5.512 92.280 * -3.038 4.137157.846 0 .8 16 i.lCi 4C.C48 10.249 * -53.525 11.986 8.503 224C. C 18.01 * 1C.331 5.465 92.078 * -2.716 4.182167.706 c .e 12 1.5Ei 4C-052 5.189 -68.157 10.857 7.678 225c.c 17.62 * 1C.327 5.445 92.048 4 -2.653 4.202177.566 c.e1c 1.E5e 4C-054 1.369 * -84.684 10.317 7.297 22tC.( 17.71 * 1(.328 5.45c 92.206 * -2.865 4.198187.426 c.el1 c.557 4C.054 -3.025 * 258.323 10.444 7.386 227c. ( 18-26 10.333 5.481 92.550 * -3.352 4.11 1 191.286 O.El3 C.SE1 4C.051 -7.403 * 242.580 11.206 7.929 22E0.C 19.22 * 1C.342 5.537 93.084 * -4.146 4.121207.146 0.ElE c.554 4C.C46 -11.779 * 229.087 12.482 8.876 i2sc. c 2C.52 * 10.356 5.62C 93.791 * -5.266 4.049217.006 o.ei: c.514 4C.034 -16.167 * 217.920 14.132 10.164 * * * ilti 2230.( 22.41 4 1C.377 5.745 44.404 * -6.445 3.932134.033 C.E?C i.3Ei 4C.C27 21.381 * -27.208 16.408 12.029 ICC 2240.C 20.73 * 10.358 5.634 93.917 * -5 -41 0 4.037143.893 c.e26 2.271 4C.03716.795 * -36.497 14.391 10.371 i25C. ( 15.3: * 10.344 5.547 93.525 b -4.753 4.116153.753 C.El5 2.161 4C.04512.266 * -47.735 12 -650 9.004 226C. c 18.33 * 10.334 5.4EE 93.265 b -4.296 4.172163.613 C.el4 i.c4i 4C.051 7.788 * -61.297 11.300 7.997 i27C.( 17.74 4 1C.325 5.455 93.160 -4.104 4.203173.473 C.EII 1.ClC 4C.C543.352 * -77.C89 10.481 7.412 i2EC. ( 17.ti 4 1C.328 5.449 93.230 * -4.183 4.21018?.333 c.e1c 1.CCC 4C.C55-1.C53 * 265.904 10.305 7.289 225C. ( 17.56 * 1C.331 5.465 93.484 * -4.546 4-193 193.193 c.el; C.55C 4C.053-5.437 * 249.411 10.792 7.632 230C .C 18.74 * 10.339 5.515 93.921 * -5.209 4-154 20?.05? C.Elt C .56E 4C.C45 -5.815 * 234.842 11.856 8.406 2310.c 19.9C * 10.350 5.5E7 94.533 * -6.193 4.094 212.913 c.eii C.533 4C.C43-14.20C * 222.652 13.356 9.551 23ic .c 21.37 * IC. 367 5.686 95.302 * -7.524 4.012 222.773 C.E3C C.e8E 4C-035-1E.6C9 * 212.604 15.166 10.999 * * 21522250.c i3.23 4 1C.3€4 5.618 95.681 * -8.509 3 -89 2 129.940 C.E41 2.443 4C.0.23 23-445 * -23.574 17.374 12.845 7: 22tC.C 21.45 * 10.361 5.6SC 95.172 * -7.357 4.005 139.800 C.@?C 2.334 4C.03418.836 * -32.139 15.264 11.080 i27c.c 14-52 * 10.351 5.55c 94.759 * -6.504 4.094 149.660 C.Eii i.22( 4C.C4?14.2E7 * -42.435 13.390 9.577 22EC. C 18.74 * 1C.339 5.51E 94.451 * -5.909 4.160 159.520 C.8lt 2.1c2 4C-CSO9.791 * -54.917 11.849 8 -40 1 225C. ( 17.55 * 1C.332 5.473 94.282 * -5.583 4.201 169.380 C.El.2 1.SEC 4C.C54 5.339 * -69.766 10.775 7.620 i3OO.C 17.62 * 1C.329 5.455 94.274 * -5.531 4.218 179.240 C.BlC 1.E54 4C.0560.922 * -86.413 10.301 7.286 i31O.C 17.1: * 1C.331 5.464 94.440 * -5.763 4.213 189.100 C.EI1 C.SS6 4C.056 -3.471 * 256.641 10.496 7.422 2‘iC. ( 18.3: * 1C.336 5.494 94.785 -6.293 4.185 198.960 C.814 c.515 4C.053-7.852 * 241.C86 11.318 8.010 233C. C 19-34 * 10.346 5.56C 95.303 * -7.139 4.135 208.820 C.ElS c .55C 4C.047 -12.236 * 227.820 12.641 8.998 234C. ( 20.6E * 10.360 5.646 95.982 4 -8.326 4.065 218.680 C.EZ6 c.sc5 4C.040 -16.638 * 216.855 14.328 10.320 * * 0 ECbTL TllME Ck Slip * Ob2 ilhF2 PkI2 * PLPtA2 VEL2 8ETP ECCE AH IC VELl ALPHA1 * PHI1 VIhFl ov1 TABLE XI1 Concluded. TABULAR DATA FOR TRAJECTORIES FROM 1.1 EARTHRADII CIRCULAR

PARKING ORBIT TO 1.1 SATURN RADII CIRCULAR PARKING ORBIT

LCPTE TTlME CV SLM * OV2 bIhF2 PHI2 PLPI-A2 VEL2 8ETP ECCE RH 10 ALPWA1VELl * PHI1 VIhFl ov1 * * * * * * 2ili 22eC.C 22-22 * lC.378 5.754 96.417 -9.314 3.973 135.706 O.E?5 2 .?9 1 4C.031 20.884 * -28.137 16.182 11.840 5c 229c.c5c 2C.57 * 1C.355 5.641 95.977 * -8.295 4.071 145.566 o.eit 2.27E 4C.041 1t.313 * -37.592 14.194 10.213 23CO .C 19.i3 * 10.345 5.556 95.630 -7.556 4.146 155.426 C.El9 i.ltl 4C.049 11.798 * -49.040 12.491 8.883 2310.C 18.25 * 1C.336 5.455 95.407 -7.092 4.197 165.286 C.El4 2.c4c 4C.054 1-32'? * -62.834 11.191 7.918 22io.c 17.71 * lC.331 5.465 95.329 -6.906 4.225 175.146 O.Ell 1.51: 4C.C57 2.899 * -78.806 10.434 7.379 i320.C 17.64 * 1C.331 5.465 95.415 * -7.004 4.2301a5.007 C.fl1 C.555 4C.057 -1.504 * 264.157 10.327 7.304 234C .C 18-02 * 10.335 5.484 95.672 * -7.399 4.212194.066 '2.813 C.98@ 4C.055-5.891 * 247.801 10.880 7.694 23LC.C 18.e~ * 10.343 5.539 96.100 * -8.108 4.173204.727 C.€li c .st 5 4C.051-1C.275 * 233.456 11.998 8.511 23tO.C iO.Cf * 1C.355 5.61C 96.609 -9.150 4.114214.586 o.ei2 c .525 4C.045-14.671 * 221.488 13.540 9.694 231C. C 21-55 * 10.373 5.721 97.421 * -10.553 4.035224.447 C.E?l C.EC2 4C.037-19.096 * 211.618 15.382 11.176 * * * ii4; 23CC.C i3.CZ * 1C.350 5.826 97.620 -11.305 3.941131.612 c .E4C i.44t 4C.02E 22.435 * -24.454 17.135 12.642 25 2310.C25 il.28 * 10.365 5.659 91.172 * -10.126 4.047 141.473 0.03c i .??t 4C.03e18.344 * -33.162 15.052 10.907 23io.c 15.75 * 10.353 5.601 96.799 -9.230 4.131 151.333 C.Eii i.i2C 4C.C47 13.809 * -43.654 13.211 9.437 233C. C 18.t4 * 10.341 5.531 96.530 -8.632 4.191 161.192 C-Elt i.lC1 4C.053 9.323 * -56.368 11.715 8.301 2340.C 17.9C * 1C.335 5.489 96.392 * -8.309 4.229 171.052 c.e12 1.571 4C.057 4.@78 * -71.435 10.699 7.565 23%. C 17.61 * 10.332 5.474 56.404 * -8.272 4.244 180.913 0.811 1.85C 4(.0590.465 * -88.192 10.292 7.280 23tC.C 17.80 * 10.334 5.4Et 96.579 * -8.531 4.236 190.773 C.Eli C.555 4c.05e-3.925 * 254.930 10.557 7.465 2370.C 18.44 * 1C.340 5.524 96.920 * -9.100 4.208 200.633 c.81: C.577 4C.C55 -8.315 * 239.576 11 -439 8.098 2380.C 19.4E * 1C.351 5.55C 97.421 * -9.990 4.159 210.492 O.fiC c .546 4C.05C -12.708 * 226.544 12.810 9.127 i3SO.C 2O.EE * 1C.366 5.683 98.069 * -11.247 4.090 220.352 C.Eii C.5C4 4C.C43-17.124 * 215.782 14.533 10.486 * * iiti 233C.C 22.03 * 1C.3EC 5.765 98.334 * -11.990 4.022 13i.38C C.E24 z.293 4C.036 2C.378 * -29.103 15.955 11.650 C 2340.C 20.42 * 10.361 5.654 97.946 * -10.953 4.114 147.240 O.E2! 2.275 4C.045 15.823 * -38.731 13.997 10.056 235c.c 19.11 * 1c.34e 5.571 97.646 -10.206 4.183 157.100 C.El€ i.161 4C.052 11.32C * -50.399 12.334 8.764 23tc.c 18.1E * 1C.339 5.516 97.45b * -9.743 4.23C 166.960 C.EI4 E.C?E 4C.057 6.860 * -64.431 11.086 7.842 237C.C 17.t5 * 10.335 5.485 91.404 -9.560 4.255 176.820 C.ElI 1.512 4C.06C 2.435 * -80.577 10.394 7.351 23EO.C 17.6t * 10.335 5.489 97.503 -9.690 4.258 106.680 o.ell (.955 4C.060-1.967 * 262.372 10.358 7.326 2390. C 18-10 * 1C.339 5.516 91.761 -10.119 4.240 196.540 C.812 C.5Et 4C.05E -t.357 * 246.171 10.978 7.764 24cc. c 18.57 * lC.348 5.57C 98.175 * -10.068 4.201 206.400 c.alE c .St 1 4C.054-1C.749 * 232.058 12.149 8.625 2410 .C 2C.il * 10.361 5.652 98.742 -11.969 4.142 216.26C C.ei4 C -924 4c.04e-15.157 * 220.316 13.733 9.846 2420. C 21.74 * 1C.38C 5.763 99.437 * -13.438 4.066 226.120 C..??? C.E7t 4C.04C -19.597 * 210.626 15.607 11.362 * * * 2iSi i35C.C i2.E3 * Lo.352 5.839 99.476 * -13.916 3.997 133.287 C.Ei5 i ,445 4C.03322.418 * -25.364 16.896 12.439 35; 23tC.C35; 21-11 * 10.371 5.715 99.077 * -12.713 4.096 143.147 <.E25 2.23i 4C.04317.843 * -34.228 14.840 10.734 i37C.C 19-65 * 10.256 5.611 9~.742 * -1l.ao5 4.174 153.007 C.Eil i.2iC 4C.C51 13.32C * -44.926 13.033 9.299 i3ec.c 18.55 * 1C.345 5.551 98.518 * -11.208 4.230 162.867 C.€lt i .c55 4C.C51 8.045 * -57.878 11.584 8.205 2350. c 17.E5 * 10.338 5.511 98.405 -10.094 4.264 172.727 c.e1; 1.572 4C.Cbl4.407 * -73.163 10.628 7.515 24cc.c 17.6i * 10.336 5.45998.439 * -10.876 4.277 ~2.587 c.el1 1.ccc 4C.062-0.004 * 270.000 10.292 7.280 2410.C 17.@5 * 1C.335 5.514 98.621 -11.165 4.268 192.441 C.Eli C.SS? 4C.Ct1-4.355 * 253.194 10.627 7.515 24iO.C 18.54 * 10.345 5.557 98.956 -11.773 4.239 202.307 c.elc c.574 40.05e-8.791 * 238.054 11.570 8.194 242C.C 19.ti * 10.351 5.627 99.448 * -12.732 4.191 212.167 C.EC1 c .54i 4C.053-13.192 * 225.265 12.988 9.264 2440. C 21.02 * 10.373 5.726 lCO.055 * -14.028 4.124 222.027 c.eic C.ESC 4C.046-17.623 * 214.704 14.748 10.659 * t * iIli i37C.C 23.Ci * 1C.406 5.92C 100.573 * -15.873 3.971 129.192 c .E44 i.5C: 4(.C31 24.462 * -21.911 17.867 13.267 32i23eo.c 21.85 * 10.383 5.782 100.181 * -14.514 4.078 139.053 o.e32 i .39c 4C.042 19.867 * -30.100 15.729 11.463 2390 .C ic.27 * 10.3c5 5.673 99.837 * -13.460 4.164 148.913 C.Ei5 i .i75 4C.050 15.327 * -39.914 13.802 9 -90 1 24CO. C 19.0C * 10.351 5.592 99.573 -12.107 4.228 158.773 o.elE 2.159 46.057 10.834 * -51.814 12.179 8.648 241C.C 18.11 * 10.343 5.54C 94.415 * -12.250 4.271 168.633 O.El4 i.C2C 4C.062 6.302 * -66.088 10.986 7.770 24iC.C 17-67 * 1C.339 5.515 99.384 -12.092 4.293 178.493 c.e11 1.5c7 413.064 1.960 * -82.399 10.362 7.328 i42C.C 17.65 * 10.339 5.51E 99.495 * -12.240 4.294 188.353 C.Eli C.55E 4C.Ct4-2.441 * 260.555 10.399 7.354 244C .C 18.15 * 10.344 5.545 99.753 * -12.703 4.275 198.213 C.814 C .5E4 4C.062-6.835 * 244.526 11.085 7.841 2450 .C 19.1C * 1C.354 5.608 1OC.157 1-13.500 4.236 208.073 C.El5 c.55e 4C.05E -11.234 * 230.657 12.310 8.746 24tC.C 20.37 * 10.368 5.695 10C.696 -14.650 4.179 217.933 o.ez5 C.515 4C.052 -15.t55 * 219.141 13.935 10.007 * * * fClTf TTIME C\ SLM * Ob2 kIhF2PHI2 * bLFhd2 VEL2 8ETb ECCE AM IO VELl ALPHA1 * PHI1 VIhFl cv 1 ECbTE TlIME Ck SLM * Ob2 ilNF2 pH12 * PLFI-A2 VEL2 eETb ECCE RH IO VELl ALPHAl * PHIL VlhFl ov 1 * * * * 2:4; 24cc.c i2.t3 * 1C.356 5.857 1~1.250 -16.350 4 -059134.960 O.E1€ 2.451 4c.04~ 21.856 * -26.305 16.656 12.237 IC; 241c.c 20.94 * lC.3i5 5.735 10C.902 * -15.142 4.152 144.82~ O.EiE 2.31€ 4C.04517.336 * -35.332 14.628 10.562 2420.C 15.52 * 1C.355 5.641 1CO.614 * -14.239 4.224 154.68~ c.ez1 2.215 4c.c5712.826 * -46.243 12.858 9.164 241c.c 1a.4t * 1c.345 5.576lco.41a 1 -13.638 4.216 164.540 C.ElL i.C5t 4C.C62e.355 * -59.446 11 -451 8.112 2440.C 17.81 * 10.343 5.538100.334 * -13.339 4.307 174.400 0.812 1.5.55 4C.0653.926 * -74.941 10.564 7.470 245c.c 17.t3 * 1C.341 5.525100.3a1 * -13.344 4.317 184.26~ C.EII 1 .ccc 4c.ct7-c.4a3 * 268.122 10.301 7.286 24to.c 17.52 * 10.344 5.54E1CC-567 * -13.664 4.307 194.120 C.EI2 c.552 4C.066-4.e80 * 251.438 10.707 1.571 2470.C 1a.t5 * 10.352 5.595100.894 -14.312 4.218203.980 c .E IC c .57 1 4c.c62-9.218 * 236.525 11.711 8.298 24eO.C 19.i7 * 1C.364 5.67C 101.357 * -15.305 4.230213.840 C.Ei2 C.53E 4C.057 -13.692 * 223.917 13.116 9.410 245c .c 21.22 * 1c.381 5.714 1C1.942 -16.669 4.165223.70C C.E?C c .e52 4c.051-18.137 * 213.624 14.912 10.841 41 4 * i2Ci 24iC.C i3.4t * 1C.41C 5.~3~102.282 t -18.224 4.039130.867 C.EI? i.!Ci 4c.03823.52~ * -22.801 17.615 13.05 1 277 243C.C 21.66 * 10.386 5.803 101.940 -16.861 4.139140.727 c.e33 2.396 4C.04@ 19.350 * -31.135 15.502 11.276 244C. ( 20.12 * 10.3ta 5.646 1~1.634 * -15.800 4.219150.587 C.E24 i.ilE 4C.056 14.@22 * -41.145 13.607 9.148 245c.c 1a.es * 10.356 5.61E lCl.409 * -15.055 4.219160.447 C.ElE 2.157 4C.062 1C.34C * -53.286 12.028 8.534 24t0 .C la.c5 * 1c.347 5.56~ 101.285 * -14.617 4.318110.307 C.@l& i .C? 1 4C.061 5.@94 * -61.804 10.892 1.703 247C .C 17.6t * 1C.344 5.547 101.214 * -14.480 4.337180.167 C.EIi 1.5C 1 4(.cc5 1.476 * -84.269 10.331 1.311 24EC. ( 17.75 * 1C.345 5.553101.394 * -14.655 4.336190.027 C.El2 c.557 4c.065-2.926 * 258.711 10.448 7.389 Z45C.C 18.213 * 1c.351 5.588 1~1.650 4 -15.155 4.31t199.887 C.€If C.5E2 4c.067-1.324 * 242.871 11.202 7.926 25CO.C 19.24 * 10.361 5.651 1C2.039 * -15.994 4.278209.747 C.EiC c .554 4C.C62 -11.733 * 229.251 12.481 8.816 i51c.c iC.55 * 1C.376 5.742 102.552 * -17.194 4.222219.607 C.Eii C.514 4C.056-16.161 * 217.963 14.146 10.175 ._ * * * r:5i 24CC.C 22-42 * 1C.355 5.875 1C2.946 * -18.616 4.12t136.634 C.EIi 2.45; 4(.c4c21.361 * -27.218 16.416 12.036 25.2 24co.c 20.17 * 10.379 5.759 102.643 * -11.412 4.213 146.494 C.@28 i.?3i 4C.055 16.823 * -36.479 14.417 10.392 24iC .( 19.35 * 1C.3t4 5.6te 102.395 * -16.515 4.280 156.254 C.€il 2.2li 4C.063 12.324 * -41.615 12.685 9.031 24EO. C 18.28 * 10.353 5.6C5 102.222 * -15.917 4.327166.214 C.El5 2.052 4c.0687.864 * -61.076 11.335 8.022 245c.c 17.7E * 10.348 5.571102.111 * -15.648 4.355176.014 C.El2 1.564 4c.071 3.436 * -76.185 10.501 7.430 25CO.C 17.C4 * 10.347 5.565 102.231 * -15.619 4.363 185.934 c .e 12 1.ccc 4C.072 -0.912 * 266.222 10.318 7.298 i5IC.C 17.55 * 10.351 5.5@7 102.420 * -16.031 4 -352 195 -794 C.814 c .55c 4C.OlC -5.312 * 245.661 10.797 7.635 25ic.c 19.77 * 10.359 5.63~102.739 * -16.718 4.322 205.654 C.Eli C.5tE 4c.067-9.778 * 234.993 11.861 8.409 253c. c 19.54 * lC.312 5.118 103.181 * -17.757 4.275 215.514 c.ei4 C .5?3 4C.C62 -14.203 * 222.691 13.373 9.564 254c.c i1.4i * 1C.350 5.827 103.732 * -19.112 4.212 225.374 C.E32 c .e81 4C.055 -18.663 * 212.542 15.205 11.031 * * i41i 2470.C 23.25 * 1C.413 5.S61103.924 * -20.419 4.111 132.54C C.E4i i.SC5 4C.045 23.350 * -23.111 11.364 12.837 i2i 24eC.C 21.48 * 1C.391 5.828 103.620 * -19.051 4.205 142.400 C.E32 2.296 4c.05518.826 * -32.206 15.276 11.090 245C. ( 19.57 * 10.373 5.724 103.362 -18.008 4.279 152.260 C.Ei4 2.27i 4C.06314.311 * -42.420 13.415 9.597 25co.c la.?€ * 10.361 5.645103.170 * -17.273 4.334 162.120 C.Ele 2.154 4c.0689.838 * -54.811 11.880 8.424 i51C.C 17.95 * 10.353 5.602 103.068 * -16.848 4.310 171.980 C.El4 i .C26 4C.0125.398 * -69.577 LO. a04 7.640 2520. ( 17-65 * 1C.350 5.583 103.075 * -16.735 4.386181.840 c.812 1.C95 4c.0740.982 * -86.184 10.321 7.300 i53c.c 17.7€ * 10.351 5.553 103.202 * -16.941 4.384 191.100 c.el2 c.55t 4c.074-3.421 * 256.845 10.508 7.431 2540. ( 18.38 * 10.358 5.632 1C3.454 -17.411 4.363 201.560 O.@lt c .575 4C.072-1.825 * 241.210 11.329 8.018 2550.c 19.38 * 1c.365 5.699 103.828 * -18.358 4.325 211.420 C.Eil c.95c 4C.067-12.243 * 227.846 12.661 9.0 13 2560. ( 20.74 * 10.3E5 5.796104.313 * -19.605 4.270221.280 C.EZ€ c.5c5 4c.062-16.691 * 216.781 14.361 10.352 * * * bINF2 PHI2 * PLPhA2 VEL2 BETP ECC E RH IC VELl ALPHAl * PHI1 VIhFl cv1 TABLE XIII. - TABULAR DATA FOR TRAJECTORIES FROM 1.1 EARTH RADII CIRCULAR

PARKING ORBIT TO 1.1 URANUS RADII CIRCULAR PARKING ORBIT

LCCT f TT IM E CV SUM * D V2 kIPiF2 PHI2 * bLPhA2 VEL2 BETb ECCE RM IO VELALPHAl 1 * PHIl VltiFl DV 1 * * * ELL t1c.c 78.34 * 40.638 51.345 4.373 * 06.807 51.275 61.460 2.21c 1.774 6!.645 33.426 * -34.676 43.911 37.706 184 620.C 14.3C * 4C. 115 50.845 4.156 * 06.517 50.005 71.320 3.475 1.651 65.27924.914 * -46.946 40.281 34.128 63C.C 71.cs * 39.747 50.381 4.015 * 86.307 50.362 81.180 ?.tl2 1.tli t4.93416.623 * -60,211 37.391 31.342 t4C.C t8.81 35.335 45.935 3.951 * 06.176 49.932 9 1.040 2.t7C 1.52c 64.6010.580 * -74.221 35.443 29.473 6LC.C 67.51 * 38.535 45.505 3.963 * 86.119 49.500 100.900 3.ttC 1.42 1 64.268 0.815 * -88.482 34.503 20.574 6tC.C 67.12 * 38.534 45.C66 4.045 * 06.131 49.055 110.760 3.5E5 c.551 t:.92t -6.640 * 257.630 34.5 28 28.597 67C.C t7.51 * 38.116 48.61C 4.191 06.201 48.507 120.620 3.46 5 C.563 t3.567 -13.752 * 244.705 35.366 29.398 tEL.C t8.45 * 37.615 40.12s 4.392 * 86.321 4 E.00 7 130 -480 ?.PC2 c .SlF 62.18C -20.484 * 233.073 36.003 30.711 650 .C 64.73 * 37.201 47.615 4.630 * 86.470 47 -55 2 140.340 3.11c C.Et2 62.78C -26.803 * 222.855 38.617 32.522 7co.c 71.15 * 36.7C6 41.071 4.918 * 06.661 46.978 150.200 2.901 c.757 ti.34t -32.679 * 214.001 40.605 34.442 * * * LE5 t5O.C 71.5€ * 37.741 48.201 4.636 * 06.515 48.129 67.035 ?.IC1 1.146 tz.21~ 25.249 * -39.418 39.983 33.04 1 15c 6tO. C 60.C4 * 37.359 47.105 4.451 86.321 47.139 76.899 3.25€ 1.665 62.922 20.957 * -52.177 36.699 30.617 61C.C t5.3t * 37. C03 41.356 4.342 06.141 41.367 86.759 ?.24€ 1.51t ti.64C 12.901 * -65.911 34.272 28.352 680. ( 63-61 8 36.653 47.013 4.311 06.049 46.991 96.619 3.275 1.481 62.356 5.110 * -80.254 32.012 26.961 650 .C 62.E3 * 3t.3C6 46.632 4.352 * 06.023 46.610 1Ot.419 3.344 c .555 t2.069 -2.308 * 265.414 32 -349 26.521 7co.c t2.85 * 35.548 46.24C 4.460 * 86.060 46.209 116.339 2.263 C .SEi t1.765 -5.561 * 251.764 32.787 26.938 71c.c t3.t! * 35.512 45.82t 4.629 * 06.15 1 45.700 126.199 3.141 C -541 61.449 -16.371 * 239.305 33 -941 28 -036 72c.c t4.7E * 35.171 45.385 4.847 * 06.28 5 45.318 136.055 2.SEi C.E5€ Cl.lC5-22.804 * 228.276 35.585 29.608 7?C.( 66.15 * 34.741 44.911 5.106 * 06 -45 1 44.819 145.919 i.El2 C.E?E tC.73t-28.814 * 218.694 37 -504 31.451 14C. C t7.65 * 34.285 44.408 5.395 06.639 44.281 155.779 2.t27 C.17 1 tC.345-34.309 * 210.439 39.532 33.405 * * * t?S 7cc.c 65.5L * 34.417 44.553 5.194 06.469 44.45 5 67.626 i.7tC 1.lt 1 tC.461 25.7C2 * -37.214 37.621 31.563 1CC 71c.c t2.52 * 34.1C7 44.211 4.997 4 86.206 44.140 77.486 2.9C 1 1.t81 CC.231 21.561 * -49.062 34.339 28.416 7ic. ( 55.85 * 33.ElE 43.851 4.877 * 06.023 43.038 87.346 i.5Ei 1.553 CC.015 13.655 * -63.6Cb 31.07 1 26.068 l?O.( 58.16 * 33.532 43.574 4.034 * 05.916 43.529 91.206 3.C15 1.455 55.7906.015 * -70.084 30.345 24.624 74c.c 51.37 * 33.248 43.258 4.063 * 85.881 42.214 107.066 ?.CCE 1.CCC 55.561-1.336 * 267.330 29.007 24.117 750.C 57.42 * 32.953 42.93C 4.960 * 05.900 42 -07 8 116 ,926 2.942 C.5Et 55.318 -8.366 * 253.301 30.171 24.466 7tC.C 58.15 * 32. t43 42.585 5.111 * 05.990 42.519 126.706 2.E47 c ,554 5C.CS5 -15.C5C * 240.642 31.280 25.500 17c.c 59.?3 * 32.3C3 42.2C5 5.326 * 06.115 42.120 136.646 i.ii3 c .SCE 51.772-21.353 * 229.400 32 -884 21.029 7EC.C tC.1E * 21.537 41.756 5.577 * 06.214 41.606 146.506 i.fEC (.E51 5E.463 -21.257 * 219.664 34.782 20.040 75c.c t2.32 * 31.546 41.35 € 5.860 f 06.455 41.221 156.366 i.Gi C.7ei 5E.132-32.740 * 211.3C3 36.004 30.771 * * * t€5 7LC.( 61-28 * 31.567 41.3E2 5.755 4 06.357 41.257 68.213 i.4Ei 1.11€ L€.151 3C.152 * -35.004 35.698 29.711 5C 760.( 51-85 * 31.313 41.09@ 5.541 * 06.005 41-00 1 78.073 2 .t 14 1.t9E 51.916 22.156 * -47.571 32.410 26.519 77C.( 55.28 * , 31.C7t 4C.031 5.414 * 05.093 40.154 87.933 2.t54 1.t11 51.8C1 14.394 * -61.274 29.896 24.201 78C.C 53.54 * 30. e45 4C.571 5.359 1 05.177 40.504 97.793 2.13c 1.517 57.625 6.893 * -15.852 28.297 22.699 15C.C 52.7: * 30.611 4C.3Cl 5.311 * 05.733 40.242 107.653 2.72: 1.ccc 5i.441 -0.32C * 269.337 27.672 72.115 0co.c 52.15 * 3 C. 364 4C.030 5.463 * 05.15 1 39.958 117.513 2.t75 C .585 51.243-7.210 * 255.094 27.960 22.304 8lC.C 53.45 * 30.1CC 35.731 5.610 * 05.824 39.646 127.373 ;.tc3 c .St 1 57.025 -13.776 * 242.071 20.992 23.350 8i0.C 54.t3 * 25. 01 3 35.406 5.810 * 85.940 39.302 131.233 2.5c3 c.511 56.787-19.910 * 230.590 30.549 24.816 8IC.C 56.CS * 25. 502 35.c54 6.053 * 06.091 38.927 147.093 2.3EC C.Et3 [email protected] * 220.616 32.419 26.580 040.C 5l.tl * 2s. 167 38.613 6.329 06.267 38.519 156.953 2.25.E C.ECE 56.248-31.2C2 * 212.187 34.431 28.505 * * * i25 8CC.C 57.32 * 25.1c5 36.602 6.320 * 86.239 38.450 68.800 2.265 1.754 56.20130.593 * -33.046 34.123 28.21C 0 81O.C 53.97 * 20. 094 30.362 6.099 * 05.950 30.240 18 -660 2.380 1.715 56.05722.736 * -45.350 30.02 8 25.000 82C .c 51.37 * 2E.69E 38.135 5.555 * 05.757 30.037 00.520 2.455 1.625 55.915 15.111 -58.953 28.265 22.669 03o.c 45-61 * 28.507 37.921 5.000 * 05.632 31.030 98.380 2.45 I 1.L3t 55.779 7.744 * -13.577 26.584 21.103 840. C 48.15 * 28.312 37.658 5.895 * 05.510 37.610 108.240 i.452 1.42E 55.62C 0.660 * -00.5d0 25 -064 20.436 85O.C 48.72 * 20.106 37.462 5.970 * 05.501 37.369 110.100 2 -460 C.592 55.467-6.117 * 256.892 26.060 20.617 8tC.C 49.35 * 27.883 37.206 6.107 * 05.65 1 37.102 127.960 2.4CC c.5ct 55.2E7-12.563 * 243.570 27.017 21.505 07o.c 50.55 * 2 2.635 36.926 6.298 * 05.160 36.004 137.020 2.315 C.9i6 5I.008-18.658 * 231.833 28.519 22.908 8EC.C 52.c1 * 21.313 36.62C 6.533 * 05.904 36.475 147.600 2.222 C.F7L 5L.868 -24.388 * 221.723 30.355 24.633 850. C 53.tl * 21.083 36.285 6.804 * 06.074 36.114 157.540 2.115 (.El5 54.625-29.144 * 213.090 32 -350 26.522 8 0, * W ECClE TllHE EL SLH * DV2 blhF2 PH12 1 4LFhP2@ETbVEL2 ECCE RHIC VEL1 ALPHAl * PHIl VIhFl cv 1 PHI2 * bLP'rA2 VEL2 BET P ECCE RHlD VELl ALPHAl * PHIl VihFl cv 1 4 * * * * * 85C.C 53.5: * 26.561 36.144 6.dd9 * 86.116 35.966 69.387 i.CE3 l.@ll 54.531 31.022 * -31.113 32.825 26.974 ttC.( 5C.tL 0: 2t.765 35.541 6.656 * 85.825 35.793 79.247 i.lEi 1.3?? 54.418 2?-296 * -43.202 29.524 23.850 8iO.c 4e.c3 * 26.622 35.752 6.500 * 85.615 35.626 89.107 2.256 I ,C4i 54.3C8 15.801 * -56.669 26.913 21.408 EtC-C Lt.24 * 26.463 35.5b7 b.421 t 85.480 35.455 98.967 >.is? 54.195 e.56~ t -71.293 25.150 19.777 tiso. ( 45.32 4 26. jC0 35.378 6.41b 4 85.417 35.269 108.827 2.iss 1.4CE CL.074 1.596 * -86.451 24.330 19.024 9cc .C 45.24 * 26.127 35.176 b.481 4 85.418 35.064 118.687 2.216 c .554 C?.941-5.068 * 258.753 24.429 19.115 5lO.C 45-86 4 25.538 34.956 6.608 * 85.474 34.832 128.547 2.225 c .57 i 5?.79C-11.411 * 245.129 25.304 19.919 5ic.c 46.51: 0: 25.72s 34.713 6.790 * 85.575 34.572 138.407 2.162 c .5?4 53.622-17.417 * 233.121 26.745 21.253 S?C .< 48.43 * 25.4ss 34.443 7.018 1 85.713 34.281 148.267 2 .CE 1 c.ee: 53.435 -23.012 * 222.799 28.540 22.927 54L. C 5c.c3 * 25.246 34.14E 7.285 t 85.877 33.960 158.127 1.551 (.ESE 51.230 -28.371 * 214.008 30.513 24.782 4 * * sci .C 51.c3 4 25.CE2 33.954 i.462 I 85.987 33.745 69.974 I.S?Z I.EiS 59.C5531.434 * -29.291 31.749 25.952 51C.C 47.77 t 24.924 33.7E1 7.217 * 85.687 33.608 79.834 2.02c 1.75C 52.OOt 23.834 * -41.146 28.444 22.837 9iO.C 45.16 * 24.758 33.62C 7.c49 * 85.466 33.471 89.694 2.cs1 1.CLE 52.91516.461 * -54.444 25.788 20.366 5:C.C 43.24 * 24. t65 33.464 6.558 85.323 33.328 99.554 2.127 1.573 52.825 5.339 * -49.023 23.946 18.673 540.C 4L.?t * 24.528 33.302 6.542 * 85.25 1 33.172 109.414 2. 13t I.4li Ei-73C 2.487 * -84.296 23.025 17.834 95c.c 42.21 * 24. 382 33.125 6.996 85.243 32.996 119.274 i.liC (.$St 5i.62C-4.072 * 26C.659 23 e022 17.832 st0.c 42.77 * 24.220 32 -531 7.114 * 85.291 32.794 129.134 2.CE3 C.57t 52.494 -10,321 * 246.734 23.810 18.549 Y7C.C 43.E5 * 24.C40 32.724 7.288 * 85.385 32.565 130.994 2.C2E C.5'1 52.351-16.245 * 234.447 25.186 19.810 5tC.C 45.27 * 23. E40 32.4EC 7.510 * 85.516 32.307 148.854 1.5tC c.esE 52.19C-21.833 * 223.898 26.936 21.430 550 .c 46.Ei * 23.620 32.223 7.771 * 85.676 32.019 158.714 I.@€: C.E?S 5i.Cl3 -27.081 * 214.936 28.883 23.249 * 1 * FSC * c 4t.52 * 23.425 31.951 8.041 * 85.853 31.760 70.561 I.fCi I.€'( 51.854 31.E28 * -27.584 30.853 25.104 9tC.C 45.3L * 23.301 31.842 7.783 * 85.542 31.645 80.421 1.f51 1.7tE 53.783 24.347 * -39.194 27.546 21.998 57c.c 42.65 23.1E7 31.7C5 7.602 1 85.312 31.532 90.281 1.cc 1 1.ce: 51.715 17.CS1 * -52.295 24.850 19.501 5EO.C 40.82 * 23.C75 31.572 7.500 85.160 31.413 100.141 1.5EC 1.552 51.642 10.079 * -66.788 22.931 17.749 9sc. ( 39.75 * 22.560 31 -43 3 7.473 * E5.079 31.281 110.001 1.557 1.4Ct 51.5623.333 * -82.137 21 -911 16.828 ICCC .c 3q.57 * 22. E35 31.283 7.517 * 85.063 31.129 119.861 1.98i C.SSE 51.47C-3.130 * 262.596 21 .a05 16.733 IClC.( 4c.ct * 22.656 31.116 7.625 * 85.103 30.954 129.721 1.55E C.SEC 51.364-5.291 * 240.376 22.504 17.362 IO2C.C 41.05 * 22.540 3(.52@ 1.792 * 85.190 30.751 139.581 1 .5 12 C .54E 51.242-15.14C * 235.800 23.810 10.549 1c:o.c 42.48 * 22.366 3C.717 8.C07 * 85.315 30.520 149.441 1.E52 c .5c3 51.1C3-2C.667 * 225.014 25.513 20.112 104C .( 44.Ct * 22.112 3C.4E2 8.264 * 85.470 30.260 159.301 1.75C (.Et( 5C.949-25.@69 * 215.869 27.432 21.892 * * * IT IMf Cb SCP * Ob2 bIhF2 PHI2 * ELPI-A2 VEL2 eETb ECCE RM IC VELlALPHAl * PHIl VlCFl cv 1 TABLE XIII. - Continued.TABULAR DATA FOR TRAJECTORIES FROM 1.1 EARTH RADII CIRCULAR

PARKING ORBIT TO 1.1 URANUS RADII CIRCULAR PARKING ORBIT f CPT E TT IH E DY SLW * Ob2 \IFIF2 PhI2 1 DLPHAZ VEL2 EtTP ECC E RH IC VELlALPHA1 * PHIl VIhFl cv 1 * t 522 SSC. ( 45.24 * 22.221 3C.67C 8.296 * 85.580 30.43916.140 1.775 1.ElE 51.C5C 26.182 * -32.283 28.521 22.909 lE4 l0CC .c 42.32 * 22.222 3C.542 8.010 * 85.305 30.342 86 .OOO 1.E42 1.7?t 5C.997 20.895 * -44.500 25.501 20.100 1ClC.C 40.C7 4 22.123 3C.422 7.922 0 85.109 30.24295.860 1.6E7 1.C4f 5(-93f 13.839 * -58.250 23.154 11.951 laic. C 30.tC * 22.c22 3(.3CC 7.852 t 84.988 30.131105.720 1.51C 1.555 5(-872 7.C35 -73.263 21.636 16.581 1030 .( 37.5: * 21.515 3C.170 7.855 3 84.937 30.004115.58C 1.911 1.45E 5C-7970.502 * -88.788 21.030 16.039 1040. C :a.c1 * 21-79] 3C.C26 7.928 t 84.946 29.855125.44C I.E55 c.552 5CJCS-5.745 * 256.212 21.298 16.278 1c5c.c 38.83 * 21.664 29.863 n.062 4 85.006 29.681135.30C 1.EC2 c -56 E 5C.6C7 -11.691 * 242.604 22 -286 17.166 1ccc.c 4C.C4 21.514 25.675 8.250 * 85.111 29.480145.160 1.€lt C .5? 1 5(.4e5 -17.328 * 230.784 23.785 18.526 1070 .C 41.53 * 21.345 25.473 8.485 * 85.249 29.251155.020 1.76C c.Ee3 5C.356-22.651 * 220.136 25.593 20.186 1CEC.C 43.16 * 21.158 25.243 E.759 85.414 28.995164.880 l.65E C.fii 5C.2CE -27.660 * 212.239 27.556 22.007 * * * 55E 1CiO. C 45.41 * 21.425 25.571 8.838 * 85.639 29.304 71.859 1.ttE 1.Eti 5c.387?1.579 * -25.922 29.610 23.988 15c 1C3C .C 42.25 * 21.326 29.45C 8.566 4 85.318 29.219 81.719 1.74C 1.785 5C.33724.665 * -37.252 26.390 20.923 1040.C 35.tt * 21.236 25.335 8.373 * 85.079 29.134 91.519 1.75? 1.7C? 5C.288 17.570 * -50.125 23.679 18.429 105o.c 37.i5 * 21.148 25.231 8.258 * 84.911 29.042 101.439 1.825 1 .c l? 5(-235 1C.714 * -64.510 21.701 16.640 lC60.C 3t.iC * 21.056 25.117 8.219 * 04.827 28.936 111.299 1.€?1 I.!li 5C.1744.116 * -79.928 20.592 15.649 1070. C 26-42 * 2C.555 20.493 8.252 * 84.803 28.811 121.155 l.E?l C.595 5C-1C2-2.209 * 264.564 20.386 15.467 lcac .c ?6.E5 * 20.E42 28.853 8.352 4 84.835 28.662 131.019 1.elc c .$E4 5C.Cl7-8.241 * 250.018 20.994 16.006 lC5C .c 37.82 * 20.713 26.694 8.510 * 84.91 5 28.490140.879 1.714 C.554 45.918-13.986 * 237.126 22.227 17.112 11OO.C 39.1E 4 20.567 28.512 8.720 * 85.034 28.289 150.139 1.7iS C.512 45.803-15.422 * 226.083 23.876 18.609 111C.C 40.74 * 20.4C3 28.309 8.974 * 85.185 28.061 160.599 1.t75 C.ffl 45.615-24.553 * 216.148 25.761 20.341 * 4 * lcce 1OlC.C 43.61 * 20.176 2E.C26 5.429 * 85.491 27.733 72.446 l.fE3 1.~~44c.490 32.329 * -24.477 29.079 23.433 1cc 1C80. c 40.47 * 20.C92 27.921 9.145 8 85.160 27.665 82.306 1.l54e 1.8Ot 45.45125.120 -35.554 25.804 20.381) lC50. c 37.61 * 20.015 27.825 8.939 8 84.910 27.596 92.166 1.CS7 1.721 45.41318.127 * -48.194 23.062 17 -8 68 11CO.C 35.57 * 19.941 27.732 8.812 4 84,739 27.520 102.026 1.727 1-62 1 45.371 11.367 * -62.425 21.020 16.030 111C.C 14.e? * 15.E62 27.633 8.762 * 84.641 27.431 111.886 1.741 1.5?t 45.3214.E57 * -11.835 19.819 14.965 1liO.C 34-47 Q 19.776 21.525 8.106 4 84.608 27.323 121.146 1.7?€ 1 .ccc 45.261-1.386 * 266.498 19.513 14.696 113O.C 34.E3 * 14.678 27.4c1 8.877 * 84.633 27.192 131.606 1.721 C.517 45.189 -7.352 * 251.683 20.029 15.151 1140. c 35.75 * 19.565 21.255 9.028 * 84.701 27.031 141.466 1.651 C.55' 45.1CI -13.031 * 238.502 21.191 16.182 115C.C 3l.Ct * 19.436 27.097 9.233 8 84.822 26.855 151.326 1.652 C.52C 45.0C3 -1E.418 * 227.2C6 22.789 11.621 116O.C 38.tC * 19.291 26.913 9.484 9 84.968 26.648 161.18t 1.tCt c .F7C 4~.esc-23.513 * 211.672 24.643 19.311 ** 4 * 1C5f l1iC. C 42.Ci * 1S.C57 26.615 1c.027 t 85.338 26.295 73.032 1.511 1.5c; 4E-695 32.658 * -23.138 28.578 22.962 5c 1130.C i8.91 * 18.584 26.522 9.730 0 84.995 26.241 82.893 1.57c 1.e24 46.66525.55C * -33.964 25.309 19.924 114O.C 36-22 * 18.521 2 c .442 9.510 d 84.736 26.189 92.753 l.6ld 1.73s 4E.64118.651 * -46.369 22.544 17.398 11EC.C 34.37 * 1E.f51 2t.361 9.372 9 04.556 26.127 10i.613 l.t4f 1.t45 4E.60811.981 * -60.423 20.443 15.517 1ltO.C 23.17 * 18.751 26.276 9.311 * 84.449 26.052 112.473 l.65i 1.55' 46.5615.555 * -75.792 19.155 14.383 117C.C 32.75 * 18.716 26.18C 9.325 * 84.409 25.958 122.333 1.t5t I.COC 41.517-0,613 * 268.415 18.752 14.031 118O.C ?3.C3 * 18.631 2t.C71 9.408 4 84.427 25.842132.193 1 .t4? C.55C 46.456-6.512 * 253.349 19.177 14.402 1190 .c 23-85 * 18.532 25.944 5.553 84.495 25.703 142.053 l.tlE c .st 4 4f.381-12.134 * 239.881 20.261 15.361 l2CO .c 35.16 * 18.418 25.798 9.753 4 84.604 25.538 151.913 1.5E5 c .sit 41.294 -17.416 228.329 21.814 16.741 lil0.C 36.6~ * 18.2~9 25.631 10.000 * 84.747 25.348161.77? 1.545 C.E7 f 4E.194 -22.539 * 218.591 23.635 18.389 * * * 1 ICE I1EC.C 37.53 * 17.991 25.245 1C.320 t 84.826 24.938 83 -480 1.!Ci ].E42 47.915 25.951 -32.491 24.892 19.540 C 119o.c 34-54 * 17.935 25.112 10.089 * 84.556 24.895 93.340 1.542 1.757 47.951 19.144 * -44.646 22.106 11.003 12co.c 22.97 * 17.~82 25.103 5.938 4 84.361 24.841 103.200 1.5t5 1.tCi 47,932 12.558 * -58.513 19.953 15.084 1210.c 31.71 * 11.825 25.025 9.867 * 84.251 24.783 113.060 l.fE? 1.572 4i.8596.211 * -13.810 18.585 13.887 12io.c 31.2i * 11.7tl 24.945 9.872 0 84.203 24.702 122.92C 1.566 1.475 4i.8570.114 * -89.699 18.087 13.456 1230. ( 21.43 * 11.687 24.848 9.946 9 84.215 24.600 132.180 1.574 c.s5i 47.804-5.123 * 255.003 18.423 13.747 124C. C 22.i: * 17.6CC 24.734 10.084 * 84.271 24.474 142.640 1.554 (.St E 47.140-11.294 * 241.256 19.441 14.633 1250.c 23.4t * 17.494 24.602 10.279 * 84.382 24.324152.500 1.525 C.532 4i.662 -16.595 * 229.446 20.937 15.956 12tC.C 34.95 * 17.384 24.451 10.524 0 84.522 24.150162.360 1.451 C.EEC 47.574-21.628 * 219.500 22.725 11.562 1270. c 36.5€ * 11.255 24.28C 1C.812 84.689 23.952172.220 1.452 C.E3Z 41.474-26.400 * 211.140 24.662 19.329 * 0 * 11 IHE Cb SLM * DV2 bIhF2 PHI2 * PiPk.62 VEL2 eET4 ECCE RH ID VELl ALPHA1 * PHIl VI hF1 cv 1 LCbTE TTlME Cb SUM * 0 b2 bIhF2 PHI2 * bLPH42 VEL? @ETL ECC E RHIO \EL1 ALPHA1 * PHIl VIHFl ov 1 * * * * * * 11ct 122c.c 3t.31 * 17.c.55 24.069 10.917 * 04.650 23.737 84.067 1-44? 1.ECS 41.366 26.326 -31.124 24.538 19.215 315 1240.C 23.72 * 17.047 24. C05 IC.674 * 84.370 23.704 93.927 1.4ec 1.174 41.350 19.604 * -43.039 21.736 16.671 125o.c 31.12 * 17.0C1 23.943 10.512 * 84.171 23.664 103.787 1.5c5 1.ce' 47.33C 13.100 * -56.695 19.537 14.717 126C. C iC.41 * 16.551 23.878 1C.431 * 84.047 23.610113.647 1.515 1 .t5C 41.303 t.827 * -71.893 18.093 13.462 1270.C i9.€5 * 16.856 23.804 10.426 * 83.992 23.540 123.501 1.52 1 1.4SZ 41.268 0.7$7 * -87.848 17.505 12.957 12E0.C 3o.cc * 16. 832 23.72C 10.491 * 83.991 23.452133.367 1.513 c.454 41.224-4.984 * 256.639 11.756 13.172 1250 .c 2c.74 * It.756 23.617 lC.623 84.054 23.338 143.227 1.456 c .572 41.168-10.506 * 242.620 18.702 13.988 13CC. C 31.52 * 16.666 23.497 lC.814 84.154 23.20 1 153.087 1.412 (.$?E 47.1CC -15.769 * 230.554 20.146 15.254 1310.c 33.3t * 16.562 23.357 11.057 * 84.290 23.038162.947 1.44i c .E59 47.02C -20.772 * 220.402 21.898 16.816 1320. C 35.cc * 16.446 23.201 11.344 * 84.451 22.855112.801 1.4ce C.E4C 46.93C -25.528 * 211.879 23.817 18.555 * * * liCE 12tC.C 35.22 * 16.285 22.584 11.521 * 84.469 22.62784.654 1.351 1.E76 46.82C 26.675 * -29.860 24.236 18.938 it5 129C.C 22-62 * 16.244 22.928 11.265 * 84.179 22.60394.514 1.425 1.752 46.8C8 20.034 * -41.537 21.423 16.390 13CC. C 2O.tl * lt.2C4 22 .a14 11.092 * 83.970 22.572 104.374 1.445 1.7ci 46.753 13.606 * -54.982 19.183 14.407 1310.C 25.26 * 16. lt2 22.817 ll.CO0 * 83.838 22.528 114.234 1.462 1.CCi 46.772 1.4C2 * -70.063 17.671 13.099 13io.c 28.t4 * 16.113 22.751 1C.506 * 03.775 22.667 124.094 1.465 1.tlC 46.743 1.434 * -86.054 16.998 12.526 1730.c iE.72 * 1.5. C56 22.674 11.044 * 83.773 22.386 133.954 1.455 C.SS5 46.104-4.291 * 258.252 17.162 12.665 1340. c i9.4c * 15.S8S 22.581 lI.Il0 83.825 22.283 143.814 1.445 C.576 46.654-5.767 * 243.573 18.037 13.413 1350. C 30.53 * 15.9CS 22.4 72 11.357 * 83.921 22.157 15?.tr4 1.424 c.944 46.595-14.995 * 231.651 19.430 14.624 13tO.C 31.5.5 * 15. €17 22.346 11.596 * 84.055 22.009 163.534 1.3SE c .scc 46.524-14.975 * 221.285 21.151 16.146 1370.C 33.51 * 15.713 22.203 11.883 * 84.220 21.838 173.394 l.3tE C.E'E 46.444 -24.716 * 212.600 23.051 17.858 * * * IiEt 1?3C.( 34.25 * 15.551 21.58C 12.132 * 84.281 21.597 85.241 1.146 1.ES:: 4t.331 2t.955 * -28.692 23.977 18.701 215 1340.C 31.67 * 15.515 21.931 11.863 * 83.981 21.582 95.101 1.37i l.eos 46.324 20.435 * -40.139 21.156 16.152 13CC.C 25.ti * 15.481 21.8E4 11.678 * 83.764 21.558 104.961 1.255 1.715 46-31? 14.078 * -53.369 18.881 14.144 13tO.C 28.23 * 15.445 21-63? 11.576 83.623 21.522 114.821 1.412 1.624 4t.296 7.940 * -60.315 17.307 12.788 13;10.( 27.55 * 15.403 21.775 11.553 * 83.553 21.469 124.681 1.415 1.527 41.271 2.C30 * -84.317 16.554 12.151 138C.C 27.57 * 15.353 21.705 11.604 * 83.545 21.397 134.541 1.411 C.SS7 46.23e -3.644 * 259.826 16.636 12.220 135C .C 28.20 * 15.253 21.62 i 11.724 83.59 I 21.304 144.401 1.355 c .515 4t.155-5.C78 * 245.299 17.442 12.903 14cc. c 29.28 * 15.222 21.523 11.906 * 83.683 21.188 154.261 1.TEl c .54€ 46.142-14.273 * 232.727 18.784 14.059 141C.C 3C.tE * 15.135 21.4C7 12.144 83.815 21.051 164.121 1.35E c.5cc 46.075-14.230 * 222.151 20.471 15.541 1420.C 32.27 * 15.c44 21.275 12.431 * 83.978 20.891 171.981 I.??; c.ecf 4C.006-23.957 * 213.303 22.352 17.225 * * * tCbTf TllMf Ck SLW * Ob2 bINF2 PHI2 * ILFI-A2 VEL2 EETP ECCE RMIC VEL1ALPHA1 * PHIl VIhFl ov1 TABLE XIII. - Continued. TABULAR DATA FOR TRAJECTORIES FROM 1.1 EARTH RADII CIRCULAR

PARKING ORBIT TO 1.1 URANUS RADII CIRCULAR PARKING ORBIT

LClTf TllME CV SUM * D v2 blluF2 PHI2 * IILFtP2 VEL2 @ET4 ECCE RM IC VELl ALPHA1 PHI 1 VI hF1 ov * * 1 125313cc.c 25.c; * 15.C51 21.345 12.722 * 84.324 20.92880.960 1.3c 1 1.543 46.023 3C.315 * -23.115 25.304 19.919 184 137C.C 32.22 * 15.063 21.301 12.405 * 83.976 20.91990.820 1.3i4 1.E61 4C.015 23.770 * -33.646 22.201 17.161 13EO.C 29.9C * 15. C32 21.258 12.172 * 83.713 20.905100.680 1.355 1 .i74 4t.012 11.362 * -45.054 19.7 14 14.873 1350.t 28.li * 15.CC1 21.2 13 12.623 * 83.530 20.881 110.540 1.375 1.681 4t.001 11.163 * -59.895 17 -756 13.172 14CO. C 27.12 * 14. St5 21.164 11.556 83.422 20.84i 120.400 1.3Ei 1.5E5 45.984 5.105 * -75.463 16.555 12.152 1410.t 26.77 * 14.523 21.1C5 11.554 * 83.38 1 20 -78 4 130.260 1.3EZ 1.ccc 45.558 -0.566 * 268.394 16.192 11.847 1420.C 27.CE * 14.E73 21 .C33 12.050 83.398 20 -70 7 140.120 1.276 c .ssc 4E.923 -6.C84 * 252.974 16.623 12.209 142c. c 27.5: * 14. E12 2C.948 12.200 * 83.447 20.608 149.980 1.sc.2 c.5ct 45.ale -11.360 * 239.264 17.694 13.11R 144C. C 29.11 * 14. 741 2C.P46 12.410 * 83.578 20.488 155.840 1.?44 (.S?C 45.824-16.419 * 227.601 19.209 14.430 1450. ( 30.67 * 14.658 20.729 12.674 * 83.726 20.345169.700 1.321 c .€e4 45.761-21.242 * 217.845 20.996 16.000 * * 1I2E 14CC.C 22.53 * 14.t38 2c.7c1 12.978 1 83.993 20.283 86.535 1.254 1.512 45.733 27.C89 * -27.726 23 -527 18.291 15C 141C.C 30.37 * 14.6C9 20.655 12.696 * 83.683 20.271 96.399 1.32C 1.82E 45.73C 20.635 * -30.948 20.722 15.765 14iO.C 28.24 * 14.581 2C.615 12.459 * 03.457 20.263 106.259 1.34C 1.72i 4f.72414.381 * -51.972 18.435 13.756 143. C 26-92 * 14.551 20.577 12.386 * 83.309 20.i3t 116.119 1.?51 1.643 45.712 0.338 * -66.190 16.820 12.375 1440 .C 26-21 * 14.516 20.527 12.354 * 83.232 20.192 125.979 1.755 1.545 45.693 2.515 * -82.003 16.005 11.692 1450. C 26.1E * 14.474 2C.466 12.398 * 83.218 20.130 135.039 1.352 C.557 45.665-3.003 * 261.182 16.019 11.703 14tC. C 26.75 * 14.423 2C.353 12.514 83.260 20.047 145.694 1.242 C.581 45.629 -8.452 * 246.418 16.763 12.327 14io.c 27.75 * 14.361 2C.3C5 12.694 * 83.349 19.943 155.559 1.328 C.952 45.583-13.592 * 233.611 18.057 13.431 148C.C i9.16 * 14.285 20.201 12.932 * 83 -41 8 19.817 165.419 1.3cz c.511 45.52E -18.509 * 222.841 19.711 14.071 1450. C 20.i3 * 14.206 20.081 13.222 83.642 19.670 175.279 1.2Et (.et; 4f.465-23.208 * 213.847 21.572 16.524 * * 13lC145c.c 32.1.E * 14.C52 15.85E 13.607 Ir 83.191 19.414 87.126 l.26C 1 .$is 45.354 27.361 * -26.758 23.345 10.125 100 1460.C 29.63 * 14. C26 15.820 13.312 * 03.470 19.414 96.986 1.2E4 1.844 45.35420.975 * -37.169 20.530 15.601 14ic.c 27.56 14. C02 15.785 13.103 * 83.235 19 -405 106 -846 1.ici 1.75d 45.351 14.783 * -50.583 18.224 13.575 1480. C 26.13 * 13.516 19.747 12.980 83.079 19.384 116.706 1.511 1.655 45.3428.197 * -65.245 16.560 12.156 149C. C 25.36 * 13.946 15.7C3 12.939 82.995 19.347 126.566 1.1li 1.5tl 45.326 3.C24 * -81.226 15.676 11.419 15CO. C 25.28 * 13.908 15.648 12.977 * 82.975 19.29 1 136.426 1.315 C.SSE 45.302-2.530 * 262.642 15-6 16 11.370 1510.C 25.EC * 12.863 15.581 13.086 83.012 19.216 146.206 1.2c-l C.SE? 45.27C -7.063 * 247.664 16.297 11.935 1520.C i6.@C * 13.8C8 15.501 13.263 * 83.098 19.119 156.146 1.154 c .555 4E.229-12.977 * 234.623 17.543 12.989 153C.C 28.13 * 13.742 15.4C5 13.500 83.225 19.001 166.006 l.i7E C.Slt 45.119 -17.074 * 223.651 19.164 14.391 154C. C 29.65 * 13.667 15.294 13.791 * 83.387 18.863 175.866 1.iLE C.E6E 45.121-22.562 * 214.499 21.007 16.010 * 1 * 14it 15CO.( 31.5c * 13.516 15.071 14.243 83.502 18.60 1 81.713 1.22t 1.545 45.012 27.612 * -25.868 23.185 17.980 50 1510.C 28.95 * 13.494 15.037 13.936 * 83.251 18.606 97.573 1.252 l.f6C 45.01421.209 * -36.670 20.378 15.460 1520.C 26.85 * 13.473 15.0Ct 13.116 * 83.006 18.602 101.433 l.it5 1.7iC 45.01315.157 * -49.288 18.044 13.419 1520. C 25.42 * 13.450 18.972 13.583 * 82.842 18.587 117.293 1.275 1.675 45.00t 9.224 * -63.788 16.334 11.966 1540. C 24.tC * 13.424 18.932 13.533 * 82.751 18.555 127.153 l.ze3 1.577 44.992 3.499 * -79.719 15.386 11.100 1550.C 24.46 * 13.391 18.882 13.563 * 82.126 18.505 137.013 l.iE2 c .555 44.973-2.014 * 264.053 15.251 11.074 1560. ( 24.53 * 13.350 18.822 13.668 82.758 18 -43 C 146 -87 3 1.275 c .5EC 44.944 -7.314 * 240.075 15.876 11.584 1570.C 25.85 * 13.300 1€.74@ 13.841 * 82.841 18.346 156.733 l.2C4 c .559 44.900 -12.401 * 235.609 17.074 12.590 15EO.C 27.20 * 13.241 18.655 14.077 + 82.966 18.236 166.593 1.245 c .52c 44.863 -17.28~ * 224.438 18.664 13.956 1590. C 28.12 * 13.113 1t.556 14.369 83.127 18.106 176.453 1.222 C.El3 44.8lC-21.959 215.129 20.408 15.557 * * * 147t 155C.C 3C.Ef * 13.C26 18.334 14.888 * 83.366 17.838 88.300 1.2C4 1 .st 1 44-70?27.041 * -25.052 23.045 17.852 C 1560.C 28.34 * 13.006 18.304 14.569 * 83.025 17 -848 98.160 1.224 1.87f 44.7Ct21.579 * -35.671 20.240 15.337 157C.C 2t.27 * 12.588 18.276 14.337 * 82.772 17.849 108.020 1.235 1.lE5 44.7C7 15.503 * -48.002 17.087 13.284 15EC.C 24.17 * 12.5te 18.246 14.193 82.599 17.838 111.880 1.248 l.69C 44.702 9.622 * -62.419 16.137 11.802 1590. C 23.5i * 12.545 18.211 14.135 * 82.502 17 .812 127.74c 1-25? 1.552 44.6523.942 * -78.286 15.131 10.971 16CO.C 23-73 * 12.916 18.16t 14.158 8 2.47 1 17.767 137.600 1.252 C.555 44.674-1.533 * 265.410 14.936 10.812 161C.C 24-15 * 12.e79 18.11C 14.258 * 82.498 11.704 147.460 l.24t C.5Ei 44.645 -6.801 * 250.047 15.495 11.269 16i0.C 25.06 * 12.834 18.042 14.428 * 82.578 17.620 157.320 1.237 c.5ei 44.616-11.864 * 236.565 16 -640 12.230 1630. C 26.34 * 12.781 17.960 14.663 * 82.101 17.517 167.180 1.224 c.525 44.575 -16.726 * 225.201 10.207 13.559 1640.C i7.85 * 12.715 17.864 14.956 * 02.862 17.394 177.040 1.2ce 44.527-21.395 * 215.730 20.012 15.135 * * fCbTE TTIME Cb SLM * Db2 LIRF2 FHL2 * PLPHLZ VEL2 eETb ECCE RM IC VELl ALPHA1 * PHI1 VI hF1 cv 1 ECblf TIIHE cv SLM * 0 b2 bIEIF2 PHl2 PLFhb2 VEL2 @El4 ECCE RH IO VEL1 ALPHAl * PHIl VIhFl ov 1 f * * * * 152€ 16CC.C 3c.32 * 12.571 17.645 15.542 * 83.145 17.122 88.887 1.1EC 1.51 7 44.422 28.051 * -24.303 22.920 17.739 ?I5 1tlC.C 27.75 * 12.559 17.617 15.209 * 82.793 11.135 98.747 1.15E 1.E52 44.427 21.841 * -34.743 20.119 15.230 l6iC. C 25.71 * 12.543 17.592 14.966 82.530 17.141 108.001 1.212 1.ec 1 44.429 15.824 f -46.963 17.752 13.168 163C.C i4.15 * 12.526 17.565 14.812 82.350 17.134 118.461 1.221 1.7ct 44.42f 9.991 * -61.134 15.966 11.659 164C.C 23.25 f 12.505 11.533 14.746 I 82.245 17.112 128.327 1.225 1.6C7 44.4184.354 * -76.926 14.906 10.787 l65C. c 23.CC f 12.475 17.492 14.762 * 82.209 17.013 130.187 1.225 I.CCC 44.403-1.085 * 266.710 14.645 10.579 Ib6O.C 23.42 * 12.446 17.441 14.857 t 82.232 17.014 148.041 l.iiC (.5E$ 44.38C -6.323 * 251.179 15.150 10.986 1610.C 24.31 * 12.4C6 11.37f 15.C24 * 82.308 16.936 151.907 1.ili C.CCC 44.35a -11.363 * 237.491 16.259 11.903 16EC.C 25.56 * 12.358 17.302 15.258 * 82.430 16.839 167.767 l.iCC C .S25 44.313-16.209 * 225.938 17.187 13.199 l65C. C 27.c5 * 12.3C1 17.213 15.552 0 82.591 16.722 177.627 1.lEl {.€e? 44.265 -20.810 * 216.324 19.574 14.750 * d * 157€ 16EC.C i9.8C * 12.lt5 16.591 16.204 4 82.916 16 -447 89 -47 4 1.155 1.552 44.166 28.241 * -23.619 22. a09 17.639 it5 16tC.C 27.25 * 12.149 16.472 15.859 * 82.554 16.46599.334 1.175 1.507 44.172 22.093 * -33.888 20.013 15.131 lt7C.C 25.2C * 12.134 16. 549 15.604 * 82.282 16.474109.194 1.lEE 1.Elt 44.176 16.121 * -45.924 17.634 13.067 1680.C i3.tt * 12.115 16.925 15.440 * 82.094 16.471119.054 1.156 1.72c 44.175 10.334 * -59.933 15.816 11.535 1650. c 22.73 * 12.101 16.896 15.365 * 81.983 16.453128.914 1 .ico 1.t2i 44.168 4.737 f -15.641 14.706 10.625 17cc.c i2.45 * 12.018 16.055 15.375 Q 81.941 16.418138.174 1.2cc I .CCC 46.155 -0.667 * 267.953 14.391 10.371 171c.c 22.1E f 12.048 16.812 15.464 d 81.960 16.364148,634 1.156 C.SSC 44.135-5.817 * 252.267 14.838 10.7 32 17ic.c 23.6.2 * 12.012 1t.753 15.629 * 82 -033 16.29 1 15a.494 l.lE5 c .561 41.108-10.895 * 238.383 15.903 11 -607 172c.c 24.84 * 11.968 16.683 15.862 1 82.153 16.199168.354 1.175 c.522 44.074-15.727 * 226.641 17.402 12.869 1740. C it.31 * 11.516 16.6CC 16.159 4 82.313 16.088 178.214 1.167 C.EE’I 44.034 -2C.319 * 216.886 19.171 14.397 * 4 * lt2€ 17CC.( 25.32 * 11.785 lt.38E 16.875 1 82.680 15.81190.061 1.14C 2 .CC€ 4Z.932 2E.414 * -22.593 22.709 17.548 215 1710.C215 26.82 * 11.171 16.365 16.517 f 82.308 15.83299.921 1.145 1.922 43,940 22.318 4 -33.102 19.919 15.054 17ic.c 24-14 * 11.758 16.344 16.251 * 82.021 150844109.781 1. let l.€?C 41.94516.395 4 -44.964 17.530 12.979 1730.C i3.17 * 11.145 16.322 16.C77 * 81.831 15.844119.641 1.172 1.73f 43.94510.651 * -58.812 15.685 11.426 174c .c 22.21 * 11.728 It -296 15.993 0 81.713 15.830129.501 1.117 1.czc 41.94C 5.092 * -74.429 14.530 10.483 17fC.C 21-85 * 11.7C8 16.262 15.996 d 81.666 15.799 139.361 1.17i 1 .ccc 43.925 -0.279 * 269.135 14.160 10.186 17cc.c 22.1E * 11.681 lt.215 16.C82 * 81.681 15.750 149.221 1.174 c .55 2 43.911 -5.462 * 253.311 14.555 10.503 177C .C 22.95 * 11.648 16.165 16.244 Q 81.751 15 -68 2 159.08 1 l.lte c.5c5 42.E87-10.460 * 239.241 15 -579 11.339 17ec.c 24.18 * 11.6C8 16.CSS 16.417 t 81.870 15.595 168.941 1.155 C.525 42-85:-15.277 * 221.329 17.049 12.569 17SO.C 25.64 * 11.561 1c.021 16.775 8 82.030 15.489 178.801 1.148 {.E91 42-81? -19.922 * 217.425 18.801 14.074 * * d tCbT€ TllM€ C’u SLH * 0’42 klhF2 PHI2 t ILFkb2 VEL2 EETP ECCE RPI ID VEL I ALPHAl * PHIl VI kF1 ov1 TABLE XITI. - Continued. TABULAR DATA FOR TRAJECTORIES FROM 1.1 EARTH RADII CIRCULAR

PARKING ORBIT TO 1.1 URANUS RADII CIRCULAR PARKING ORBIT

I662 174C.C 27.ti * 11.532 15.973 17.142 * 82.301 15.403 95.640 1.125 1.5i4 45.7ae25.325 * -27.642 21.143 16.140 184 1750.C 25.3i * 11.519 15.953 16.824 * 81.971 15.421 105.500 1.147 ].€E5 4?.754 19.352 * -38.515 18.547 13.854 1760.C 23.54 * 11.5C8 15.934 16.599 * 81.729 15.430 115.360 1.15t 1.751 42.757 13.553 * -51.293 16.413 12.032 177C.C i2.27 * 11.454 15.911 16.467 81.570 15.425 125.22C 1.161 1.652 43.796 7.933 * -66.048 14.888 10.773 17ec.c 21-62 * 11.477 15.863 16.424 * 81.486 15.405 135.080 1.163 1.552 42.788 2.496 * -82.231 14.106 10.143 175O.C 21.6C * 11.455 15.847 16.467 81.470 15.367 144.940 1.162 C.C.5E 42.775-2.757 * 261.415 14.112 10.148 18CO.C 22.15 * 11.427 15.801 16.591 * 81.512 15.31 1 154.800 1.157 C.5€? 42.755-7.827 * 246.305 14.828 10.724 181O.C 23.15 * 11.393 15.744 16.790 81.607 15.236 lt4.66C 1.151 c.555 45.725-12.718 * 233.236 16.085 11.759 182C.C 24.48 * 11.352 15.675 17.058 81.748 15.142 174.520 1.141 C.516 42.657-17.437 * 222.309 17.706 13.129 le3c.c 2t.c' * 11.3C4 15.555 17.391 * 81.929 15.031 184.280 1.131 C.ECE 41.65E -21.992 * * * * 213.231 19.546 14.725 lt5i 17iC.C 28.61 * 11.306 15.55f 17.802 * 82.320 14.986 91.355 1.117 2 .ci4 45-64? 28.327 * -22.662 22.441 17.306 15C 17E0.C 26.13 * 11.293 15.577 17.431 * 81.937 15.010 101.219 1.13C l.S?E 43.651 22.30$ * -32.642 19.678 14.841 175c.c 24.ci * 11.283 15.555 17.154 * 81.648 15.026 111.079 1.125 1.€4C 41.65716.457 * -44.368 17.301 12.783 18CC.C 22.5C * 11.271 15.54C 16.970 * 81.445 15.030 120.939 1.146 I.i5C 43.65e10.779 * -58.099 15.451 11.233 1elo.c 21.54 * 11.257 15.516 16.880 * 81.322 15.02C 130.795 1.145 1.c5c 41.654 5.28C * -73.658 14.276 10.279 1e2o.c 21.2c * 11.235 15.486 16.878 * 81.271 14.993 140.659 1.145 I.CCC 43.645 -0.040 * 269.874 13.875 9.959 183C.C 21.4t * 11.216 15.447 16.961 * 81.284 14.948 150.515 1.147 C .$Si 42.63C -5.18C * 253.939 14.237 10.248 1840.C 22.i4 * 11.167 15.398 17.124 * 81.353 14.884 160.379 1.141 c.571 42.608-10.;43 * 239.728 15.234 11 -055 I85C.C 23.41 * 11.151 15.331 17.360 * 81.472 14.80 2 170.239 1.124 c .537 43.50C-14.534 * 227.690 16.684 12.261 l8tO.C 24.86 * 11.1C5 15.266 17.664 * 81.634 14.703 180.099 1.125 (.E54 42.546-19.561 * 217.686 18.424 13.747 0; * * li4i IE2C.C 28.23 * lC.954 15.065 18.493 * 82.067 14 -429 9 1.946 1.1c2 i.C35 42.45528.463 * -22.154 22.361 17.233 10c 1830.C 25.76 * 10.982 15.044 18.110 * 81.673 14.456 101.806 1.112 1.552 43.46422.491 * -31.995 19.605 14.777 lf40.C 23.t5 * 10.572 15.C32 17.822 * 81.375 14.475 111.666 1.122 I.€t( 41.47C 16.683 * -43.567 17.223 12.717 185O.C 22.11 * 1C.S62 15.015 17.629 * 81.164 14.48 1 121.526 l.liE 1.7tI 4z.47211.044 * -57.150 15.352 11.152 I86O.C 2l.li * 1C.549 14.993 17.530 * 81.035 14.474 131.386 1.121 1.ct: 45.47C 5.570 * -72.614 14.140 IO. 170 187C.C 20.75 * 1C. 533 14.965 17.522 * 80.979 14.450 141.246 1.121 1.561 42.4620.207 * -89.090 13.693 9.815 18fC.( io.¶€ * 1C.512 14.929 17.601 * 80.988 14.408 151.106 1.125 c.552 42.44e-4.830 * 254.~63 14.009 10.066 1850.C i1.72 * 10.886 14.884 17.762 * 81.055 14.349 160.966 1.125 c.57: 43.42e-9.775 * 240.491 14.969 10.839 19CC.C 2i.Ei * 10.853 14.827 17.998 * 81.172 14.271 170.826 1.118 c .54c 41.402-14.555 * 228.294 16.394 12.017 151O.C 24.3C * 10.815 14.76C 18.305 * 81.335 14.175 180.686 1.11c c.ts7 42.371-19.176 218.160 18.118 13.483 * 1 * li5i lEiC.C i7.Ei * IC. 7c5 14.565 19.195 * 81.806 13.901 9i.533 I.CE5 i.C52 42.28228.583 -21.691 22.286 17.166 5c 1880.C 25.41 * 10.694 14.55 C 18.799 * 81.402 13.931 102.393 1.cse 1.566 42.29222.657 * -31.404 19.538 14.719 1850.(i3.34 * 1C.685 14.534 18.499 81.094 13.952 112.253 1.1cc 1.f72 42.29816.8e9 * -42.830 17.153 12.657 15CC.C 21.75 * 10.676 14.518 18.297 * 80.876 13.961 122.113 1.111 1.776 41.30111.287 * -56.271 15.263 11.079 151C.( 2C.74 * 10.tt5 14.498 18.190 * 80.741 13.956 131.973 1.114 1.676 45.30C 5.853 * -71.639 14.018 10.072 15iO.C 20.34 * 1C.650 14.473 18.176 * 80.679 13.935 141.833 1.115 1.514 4f.253 C.589 * -88.113 13.528 9.685 lS3C.C ic.53 * 10.t31 14.435 18.251 * 80.685 13.896 151.693 1.113 c.554 4I.281-4.505 * 255.741 13.802 9.901 1940.C i1.25 * 10.607 14.397 18.410 * 80.749 13.840 161.553 l.lC5 c .574 4I.263-9.434 * 241.217 14.727 10.642 1550.C 22.3i * 10.577 14.344 18.647 * 80.866 13.766 171.413 1.1c1 C.542 43.235-14.2C2 * 228.869 16.127 11.794 1StC.C 23.7E * 10.542 14.281 18.956 * 81.029 13.674 181.273 1.C5t c.5cc 41.21C -18.818 * 218.610 17.837 13.241 * * * 1l4i 15ic.c 27.54 * 1c.43; 14.056 19.905 * 81.537 13.400 92.120 1.c7c i.Cti 43.124 20.69C * -21.272 22.216 17.102 C 1930.C 25-05 * 10.428 14.078 19.497 * 81.122 13.432 102.980 1.085 1.SEC 42.13422.806 * -30.863 19.477 14.665 154c.c i3.ci * 10.415 14.CC3 15.186 80.805 13.455 112.840 1.C52 ].€e7 42.141 17.C78 * -42.153 17.089 12.603 1950.C 21.42 * 10.411 14.04€ 18.974 * 80.580 13.466 122.700 1.057 1.785 42.144 11.510 * -55.457 15.183 11.014 15tc.c 2c.35 * 1C.401 14.030 18.860 * 80.438 13.463 132.560 1.c55 1.685 43.144 6.107 * -70.729 13.908 9.985 1570.C 15-96 * 10.388 14.006 18.840 * 80.372 13.445 142.420 1.ICC I.5Ef 42.138 0.870 * -87.195 13.379 9.568 15EO.C 20.12 * 10.371 13.975 18.911 * 80.374 13.409 152.280 1.C5E C.552 42.127-4.204 * 256.571 13.613 9.752 155C.C iO.81 * 10.348 13.935 19.068 * 80.436 13.356l6i.140 1.c55 c.97c 43.11C -9.117 * 241.9C5 14.505 10.463 2cco.c 21.51 * 10.321 13.886 19.305 * 80.552 13.285 172.000 l.05C t.545 41.088 -13.e~ * 229.414 15.882 11.589 iCl0.i 23.31 * 10.289 13.827 15.618 80.716 13.197181.860 1.ce: c .5c 2 4?.061 -18.485 * 219.035 17.577 13.018 * * TTlHf Cb SLM * Dk2 blhF2 PHI2 PLFt.62 VEL2 BETd ECCE an it VELl ALPHA1 * PHI1 VihFl cv 1 ECCE RM 10 VELl ALPHA1 * PHIl VlhFl cv 1 * 4 * * I * lt5i 157C.C 27.i3 * 1C.150 13.647 20.62Y * 81.259 12.922 93.707 1.C65 i.CE1 42.97e28.784 * -20.888 22.150 17.043 I15 lSEC.C 24.8C * 1C.180 13.625 2C.208 4 80.834 12.955 103.567 1.Clf 1.559 42.~8e22.941 * -30.366 19.420 14.615 lSSO.( 22-72 4 1C.172 13.614 19.886 4 80.508 12.980 117.427 1.C75 1 .scc 42.95517.251 * -41.526 17.031 12.554 iccc. ( 21.12 4 1C.16513.6CC 19.664 4 80.27512.994 123.287 l.CE? l.EC2 42.95511.717 * -54.700 15.112 10.955 2ClO.( iO.Ct * 10.155 13.583 19.542 4 80.127 12.993133.147 l.OE5 1.70 1 42.9946.343 * -69.876 13.809 9.907 2LiC.C 15.61 * 10.143 13.561 19.517 * 80.056 12.977143.007 1.czc 1.551 42.9541.131 * -86.327 13.243 9.462 iC?O .( 19.7: 4 LC.129 13.534 15.581 * 80.056 12.946152 .867 1.CE4 c.555 42.985-3.925 * 257.353 13.440 9.616 2c4c .c 2c.41 * LC.lC5 13.457 19.737 4 80.116 12.896162.727 1.cel c .F?7 42.97C -8.823 * 242.556 14.301 10.299 2050. ( 21.45 * lC.C84 13.451 19.975 80.231 12.1328 172.587 1.C7i C -54i b2.95C-13.571 * 229.929 15.656 11-402 2otc.c 22.ei * 1C.C54 13.396 20.291 0 80.396 12.743182.447 1.C7i c.5cc 42.924-18.177 4 219.435 17.337 12.814 * 4 * 15di iCiC.( it.55 * 9.5.51 13.222 21.3513 * 80.974 l2.46e54.294 1.c5: i.C55 4i.844 28.t63 * -20.546 22.086 16.985 it5 2070.c 24.52 * 5.551 13.204 2C.925 * 80.538 12.504 104.154 1 .C6 1 2 .ccc 42.854 23.060 * -29.919 19.367 14.568 2C4C. ( 22.45 * 9.544 13.191 2C.592 + 80.203 12.531 114.014 1.Ct7 1.512 42.862 11.405 * -40.959 16.978 12.509 zc5c.c 20.E4 4 9.937 13.177 2C.361 4 79.962 12.546 123.874 1.ClC l.ell 42.866 11.904 * -54.010 15.046 10.902 2CtC.C 15.it * 5.528 13.161 20.231 * 79.809 12.547 133.734 1.C7i 1.712 4i.eti6.558 * -69.093 13.719 9.836 ic7c.c 19.2E * S. 518 13.141 LC.200 t 79.733 12.533 142.594 1.C77 1 .ccs 42.863 1.369 * -85.525 13.120 9.367 2CE0.C 19.4C * 9.5c3 13.114 2C.264 79.728 12.503 153.454 1.c12 c.55t 42.854-3.666 * 258.094 13.282 9 -492 2c5c. ( 2C.C? * 5.885 13.075 2C.418 * 79.786 12.455 163.?14 1.Ct5 c .572 42.840 -8.550 * 243.174 14.112 10.148 LlCC.( il.05 * 9. Et2 13.C3t 2C.657 * 79.90 1 12.390 173.174 1 .oc c c.945 42.821 -13-288 * 230-417 15 -446 11.229 ill0.C 2i.4t 4 9.835 12.584 2C.976 * 80.067 12.308 183.034 1 .Ct 1 C.5Ct 42.757-17.889 * 219.813 17.114 12.625 * P * 1S5iiCIC.( 2e.ct * 5.748 1z.els 22.C58 1 8C -680 12.03694.881 1.C4t 2.1Ct 4i.iiC 28.S3C * -20.238 22.C25 16.930 215 2C8C.C 24.26 4 5. 139 12.802 21.652 4 80.234 12.073 104.741 1.c51 2.015 42.73G23.165 * -29.513 19.315 14.523 icsc. ( i2.2c 4 5. I32 12.78e 21.309 * 79.890 12.102 114.601 1.CLC 1.52l 4;.73e17.544 * -40.441 16.92 8 12.466 2lCC.C 20.5E 4 5.725 12.775 21.C68 4 79.642 12.119 124.461 1.C59 1.e2t 42.74312.074 * -53.375 14.986 10.853 >lIC.( 15.45 4 5.718 12.761 LC.931 Q 79.482 12.122 134.?21 I.CCI 1.724 42.7446.755 * -68.369 13.638 9.772 21io.c 18.55 * 5.7~13 12.741 2C.894 * 79.40 2 12.110 144.181 1 .co 1 l.tZC 42.7411.58e * -84.777 13.008 9.280 i1?0.( 15.Ci * 5.tS5 12.716 2C.955 79.394 12.082 154.041 1.ccc c .SS7 42.733-3.429 * 250.781 13.137 9.380 i 14C .C 19.65 * 5.t78 12.684 21.108 * 79.450 12.036 163.901 1.CEF c .sec 42.72C-8.299 * 243.748 13.940 10.011 i15c.c 20.1: 4 5.657 12.642 21.348 * 79.564 11.974 173.761 1.c55 (.S5C 42.102-13.025 * 230.870 15.254 11.072 2ltL.C 22.CE * 9.632 12.555 21.671 * 19.731 11.895 18?.t21 1.c5c c.511 4i.68C-17.625 * 220.163 16.910 12.452 * * Ob2 IIhF2 Pk12 * PlPhP2 VEL2 eET4 ECCE RP 1c VELl 4LPHA1 * PHIl VI hF1 ov 1 TABLE XIII. - Continued.TABULAR DATA FOR TRAJECTORIES FROM 1.1 EARTHRADII CIRCULAR

PARKING ORBIT TO 1.1 URANUS RADII CIRCULAR PARKING ORBIT

EClTE l1lMt Cb SLH * 0 VL bihF2 PHI2 * bLPHA2 VEL2 BETA ECCE RM IC VEL 1 ALPHA1 * PHll VI hF1 cv 1 * * * 2c2i il1C.C 2s.ic * S.6C4 12.541 22.367 1 80.219 11.769 100.460 1.c4i i.Cil 4iat45 25.941 * -24.694 20.533 15.597 1E4 2liL.C i2.5t * 9.557 12.526 21.967 * 79.821 11.803 110.?20 1 .C4 i 1.575 42.6552C.276 * -34.716 17.983 13.367 i13C.C 21.12 * s.55c 12.514 21.t70 * 79.522 11.826 120.180 1 .c 5c 1.EEi 42.66114.755 * -46.586 15.@10 11.530 i14C.C 15.it * 5. 5E3 12.5C1 21.478 * 79.317 11.838 130.040 1.c52 1 .iE 1 42.6645.383 * -60.558 14.151 10.179 215C.C ld.97 * 9.575 1L.4E4 21.390 * 79.196 11.834 139.900 1.c:: 1.c77 4i-66?4.160 * -76.386 13.150 9.390 il6C.C 11.7t * 9.564 12-46? 21.402 * 79.152 11.815 149.160 1.C5I 1 .ccc 42.65e“2.914 * 266.977 12.90Q 9.197 217c.c 15.12 * 9.550 12.4 36 21.510 * 79.117 11.779 159.620 1.cf.i C.55C 42.648-5.842 * 251.068 13.380 9.570 2lEO.C I5.5t * 9.533 12.4C1 21.709 * 79.264 11.727 169.480 1 .c45 c .5t i 42.634-1C.631 * 237.C45 14.458 10.425 i I50 .C 21.17 * 9.511 IL.35E 21.995 * 79.407 11.657 179.340 1.C4t C.SZ2 42.615-15.285 * 225.261 15.960 11.655 lZC0. C ii.C4 * 5.485 12.307 22.363 1 79.600 11.572 189.200 1.c42 C.CE1 4i.5SI-15.815 * 215.503 17.735 13.154 e * iCti il5C.C i3.Ei 5.4tt 12.274 22.660 * 79.116 11.509 IOC.035 1.C3E i.C32 42.514 23.C12 * -29.5CC 19.122 14.355 1E.c 2ltL.C i1.7E * 9.462 12.261 22.305 1 79.425 11.540 115.899 1.04; I.q?i 42.583 11.444 * -40.375 16.756 12.321 il7C.C 2C.IE e 5.455 12.24.5 22.C59 * 19.17 1 11.558 125.759 1.c41 I.€?i 42.587 12.021 * -53.262 14.825 10.725 2leo.c 15.1c * s.44e 12.235 21.917 * 19.007 11.563 135.619 I.C4t 1.732 42.585 6.745 * -68.229 13.486 9.652 215C.C 1r.ec * 5.435 12.217 21.877 * 78.924 11.552 145.415 1.C4t ].ti5 42.586 1.615 * -84.644 12.855 9.162 220O.C 18.C5 * 9.428 12.154 21.538 1 78.916 11.526 155.335 1.c45 C.SSi 42.575 -3.371 * 258.877 12.979 9.257 i2lC.C 15.25 * 9.413 12.164 22.C94 * 78.973 11.483 165.199 1.c44 C.5EC 42.561 -8.217 * 243.793 13.776 9.881 22ic.c 20.33 * 5.394 12.126 22.341 * 79.089 11.423175.059 1.C41 C.5f1 42.551-12.929 * 230.e7o 15.086 10.934 i23c.c il.Ct * 5.371 12.081 22.673 * 79.260 11.346 184.915 1.C3i c.511 42.531-17.514 * 220.129 16.140 12.307 2240. C 23.25 * 9.345 12.C25 23.086 * 79.480 11.255194.779 1.c33 c .et 2 42.506-21.983 * 211.226 18.607 13.906 * * * illi 22CC.C i?.tO * 5.289 1I.Slt 23.411 1 79.449 11-12?106.626 I.C?C 2.C4. 42.472 23.088 * -29.178 19.076 14.314 1CC 2210.c 21.57 9.283 11.903 23.047 * 79.089 11.155116.486 1.033 1.54e 42.48017.551 * -39.956 16.712 12.284 i220.C IF.5t * 9.277 11-85 1 22.790 * 78.828 11.175126.346 l.C?5 I.E4E 4i.4e512.156 * -52.745 14.178 10.683 i230.c 18.@7 * 9.271 11.878 22.641 * 78.658 11.181136.206 I.O?t 1.745 42.4876.903 * -61.632 13.418 9.599 224C. C 18.35 * 5.262 11.8.52 22.597 * 78.572 11.17?146.066 l.C!i 1 .6 ?5 42.485 1.7S3 * -84.022 12.763 9.091 2250.C 18.42 * 9.252 11.84C 22.655 1 78.560 11.148 155.926 1.CIC c.ss7 42.478-3.177 * 259.452 12.860 9.166 2ieo.c 19.C1 * 9.238 11.812 22.810 * 78.616 11.107165.786 1.C34 C.5E1 42.467-8.011 * 244.274 13.634 9.769 227C.C io.c3 * 9.22 L 11.777 23.C59 * 78.732 11.049 175.646 1.032 C.552 4i.452-12.715 * 231.248 14-92? 10.805 iiEO .c 21-31 * 9.2CO 11.734 23.395 * 78.904 10.975 185.506 1.Ci5 c .5 13 42.433-17.297 * 220.417 16.571 12.166 i250.C 22.52 * 5.176 11.685 23.814 * 79.128 10.886 195.366 1.Ci5 C.EC4 42.41C-21.766 * 211.444 18.43-4 13.756 * * * iiti i25C.C 23.4c * 5.123 11.57t 24.172 * 79.113 10.755101.213 l.Ci2 i.C!E 42.31723.152 * -28.890 19.030 14.273 5c 2LCC.C 21.36 * 5.117 11-56? 23.798 * 78.744 10.781 117.073 1.C25 1.9tc 42.38517.645 * -39.579 16.669 12.248 22iC.C 15.7c * 5.111 11.551 23.533 * 78.476 10.809126.933 1.Cit l.e55 42.3SC12.276 * -52.275 14.73C 10.645 22EC.C 18.66 * 9. IC5 11.535 23.376 4 78.301 10.816136.793 i.Ci1 1.15t 42.392 7.046 * -67.085 13.356 9.551 2250. C 18.12 * 5. C91 11.523 23.327 * 78.210 10.809146.653 1.C2E 1 .645 4i.35C1.955 * -83.450 12.678 9.026 23co.c le.17 * 9. C88 11.503 23.382 * 78.195 10.786 15C.513 1.ci7 c.551 42.385-2.999 * 259.983 12.751 9.082 i310.C 1E.i4 * 9.C75 11.476 23.537 * 78.250 10.747 166 .373 I.Cit c .5E2 42.375-7.822 * 244.718 13.504 9.666 i3io.c 19.i5 * 5.059 11.443 23.788 * 78.366 10.691 17t.233 1.C.24 c.554 42.360-12.519 * 231.596 14.781 10.686 2330.C il.CE * 5.C40 11.404 24.129 * 78.540 10.619 186.09? 1.Cil (.SI4 42.342 -17.098 * 220.682 16.416 12.035 2340 .C 22.64 * S.Cl8 11.351 24.555 78.766 10.532 195.953 1.ClE C.86t 42.321 -21.568 * 211.643 18.274 13.618 * * * i;li i3CC.C 2?.2C * L.568 11.252 24.944 * 78.767 10.401 107.80C 1.c1: i .CC i 42.28E23.2C5 * -28.633 18.984 14.234 c i310.c 21.17 * 8.962 11.235 24.560 * 78.389 10.435 111.660 1.017 1 .Sll 42.25717.727 * -39.240 16.628 12.213 i3iO.C 15.5C * 8.556 11.22i 24.285 78.114 lC.458 127.520 1.ClE 1.E7C 42.?C212.383 * -51.849 14.685 10.608 2320.C [email protected] * 8.951 11.215 24.122 * 77.933 10.467 137.380 1.c15 1.76t 42.3C4 1.175 * -66.587 13.298 9.505 234C.( 17.51 * 8.544 11.20c 24.C68 * 77.838 10.461 147.24C 1.C I5 1.C5C 42.3C?2.103 * -82.925 12.600 8.967 2350.C 17.54 * e. 534 11.181 24.121 * 77.821 10.439 157.100 1.CIC C.5SE 42.2SE -2.830 * 260.472 12.650 9.005 23CO.C lb.45 * 8.523 11.156 24.276 1 77.874 10 -40 2 166.960 I.ClE <.SEI 42.28e-7.650 * 245.127 13.383 9.572 237C.C 15.45 * 8.9C8 11.125 24.528 * 77.991 10.348 176.820 I.ClC c.555 42.215-12.340 * 231.915 14.647 10.571 23EO.C io.ei * 8. E91 11.C8E 24.874 * 78.166 10.278 186.680 1.c14 C.51C 42.258 -lt.$l€ * 220.923 16.273 11.915 2350.C i2.36 * e.871 11.044 25.307 * 78.396 10.193 196.540 1.011 C.EtL 42.237-21.387 211.823 18.128 13.491 * * * LCbTL IIlMt CV SlM * Ob2 blhF2 FHi2 * ~LF~PZVEC2 eETP ECCE RH It VEL1 PLPHAl * PHI1 VIhFl 0v1 ECbTE 1TIHE OL SbH * DV2 kthF2 PHI2 * 41~1-a~ VEL2 eETb ECCE RM 10 VEL1 ALPHA1 * PHIl VIhFl cv 1 4 * * * * * 2i01 2350.C 23.02 * 8.823 10.543 25.726 * 78.410 10.063 108.387 1.CCE 2.ClE 4i.2CC23.248 * -28.405 18.939 14.195 115 23CC.C il.0C * 8.817 1C.925 25.332 * 78.024 10.098 118.247 1.ClC 1.5El 42.21517.797 * -38.936 16.588 12.179 2370.C 19.3E * 8.812 1C.91E 25.049 * 77.741 10.122 128.107 1.011 1.eEc 42.22C 12.477 * -51.465 14.642 10.573 23EC.C 18.27 * 8.8C6 1c.901 24.879 * 77.555 10.132 137.967 l.CI1 1.771: 42.2237.241 * -66.135 13.244 9.463 2390. C 17.71 * 6. ecc 10.892 24.821 * 77.456 10.121 147.827 1.c11 1 .66e 45.2222.235 * -82.446 12.528 8.912 24CC. ( 17.72 * 8.751 10.873 24.871 * 77.437 10.101 157.687 1.c11 c.55 E 42.217-2.691 * 260.919 12.558 8.934 241c.c 18.27 * 8.781 1C.850 25.CZb * 77.489 10.071 167.547 1 .o IC C.5€? 42.2oe -7.493 * 245.501 13.273 9.485 242C.C 15.2d * E. 167 1C.821 25.281 * 77.606 10.018 171.407 1.ccs c .S5t 4i.lSC-12.176 * 232.206 14.523 10.477 243c.c 2C.5t * 8.751 1C.71?7 25.63C * 77.783 9.950 187.267 1 .CC7 C.Sli 4i.leo-16.750 * 221.141 16.142 11.806 244C.C 22.11 * f. 733 10.145 26.072 * 78.016 9.867 197.127 1.cc5 C.ECS 4i.16C-21.222 * 211.985 17.993 13.375 * * 2217 24CC.C 22.E4 * E.088 1C.64E 26.518 * 78.044 5.739 108.974 1 .cci i .CES 4i.13C 23.280 * -28.2C5 18.894 14.156 265 241C.C 20.83 * a. 682 10.634 26.114 * 77.648 9.774118.834 l.CC? 1.55 2 42.13617.855 * -38.666 16.548 12.146 2420. ( 15.22 4 f.677 10.622 25.823 * 77.359 9.799 128.694 1.CC4 1.E5C 41.14412.560 * -51.119 14.600 10.539 2430.C 1a.cs * 8.672 10.611 25.647 * 77.167 9.810 138.554 l.OC4 1.7EL 42.143 7.393 * -65.728 13.193 9.423 244c. c 17.52 * f.t65 1C.55i 25.584 * 77.065 9.807 148.414 1 .cc 6 1.617 42.1462.355 * -82.013 12.461 8.861 i45c.c 17.52 * E.058 1c.5ec 25.632 * 77.042 9.788 158.274 1.CC4 c .55E 4i.142-2.558 * 261.327 12.472 8.869 2460. ( 18.G5 * 8.648 10.55.5 25.786 77.094 9.753 168.134 1 .cc z C .5E4 42.134 -7.351 * 245.840 13.171 9.406 247C.C 19.ci * 8.636 10.532 26.042 * 77.212 9.703177.994 1.cci (.SEI 4i.122 -12.C29 * 232.467 14.410 10.386 2480. C 20.32 * 8.621 10.497 26.402 * 77.389 9-05 187.85'1 1.ccc (.SlE 42.1C6 -16.598 * 221.340 16.020 11.704 i45c.c 21.e~ * E.6C5 1C.462 26.843 * 77.629 9.557197.714 c .555 c .e7 1 42.08E-21.C76 * 212.123 17.871 13.271 * * * ilti i45C.C i2.tE * 8.562 lC.3tt 27.321 * 77.666 9.427109.561 C.557 i .lCC 42.055 23.3C3 * -28.C31 18.849 14.116 215 246C.C 20.67 * 8.556 10.352 26.907 * 77.261 9.464 119.421 c.557 i.cci 42.06817.903 * -38.429 16.508 12.112 i4iC.C 19.ct * e. 551 1c.34c 26.608 * 76.965 9.490 129.28 1 C.55i 1 .5cc 4i.C7? 12.C3C * -50.814 14.560 10.507 2480.C 17.53 4 e.546 1C.329 26.425 * 76.769 9.502 139.141 C.55E 1.794 42.07t 7.482 * -65.364 13.144 9.386 2490. C 17.35 * 8.540 1C.316 26.358 * 76.662 9 -500 149 -001 C .55E 1.tEL 42.~76 2.461 * -81.623 12.399 8.814 25cc.c 17.34 * E. 533 1c.3cc 26.404 * 76.638 9.482 158.861 c .ss7 C .S5E 42.072-2.43s * 261.692 12.393 8.809 2510.C 17.Et * E. 524 1c.275 26.560 4 76.688 9.44e 168.721 c.557 C.SE4 42.064 -7.222 4 246.147 13.077 9.333 2520.C 18.81 * E.512 1C.253 26.820 76.806 9.399 178.581 C.SSt c .551 42.053-11.854 * 232.706 14.305 10.302 2530.C ic.11 * e.495 10.223 27.181 * 76.987 Y 334 188.441 c.555 C.515 4i.C3@ -16.463 * 221.512 15.910 11.613 254c.c il.tt * 8.483 10.187 27." f 77.2;7 9.?54198.301 c.552 C.EIi 42.021 -20.939 * 212.252 17.757 13.172 4 * * uIv2 klkF2 f'2 CL : V:LZ eET4 ECCE RH IC VEL1 ALPHA1 * PHIl VlhFl OV 1 TABLE XIII. - Continued. TABULAR DATA FOR TRAJECTORIES FROM 1.1 EARTH RADII CIRCULAR

PARKING ORBIT TO 1.1 URANUS RADII CIRCULAR PARKING ORBIT

tCLTE ITIME Cb SLH * 0 v2 klFtF2PHI2 1 blPHA2 VEL2 8ETb CCC E VELl ALPHA1 * PHI1 VIFiFl DV 1 * * RMID * 2401 248C.( 23.t4 * 8.483 1C.lEb28.126 + 77.632 9.196 105.28C C.55? i.15: 42.~~825.915 * -23.581 20.032 15.153 1E4 2450. ( 21.45 * 8.475 1C.16527.651 * 77.167 9.239 115.140 c.553 2.CSt 42.01720.475 * -33.132 17 -551 12.997 25CO.C 19.tt * 8.47C 10.157 27.291 * 76.815 9.271 125.000 c.552 1.555 42.C24 15.158 * -44.484 15.402 11.193 251c.c le.3c * E.465 1C.14t 27.C48 * 76.568 9.290 134.86C c.55: 1.c51 42.C259.965 * -57.969 13.712 9.830 2520.c 17.45 * 8.46C lC.134 26.922 4 76.417 9.295 144.720 C.55Z 1-14? 4i.03C4.895 * -73.498 12.627 8.987 2C3C.C 17.16 * c.454 1C.12C 26.513 * 76.352 9.236 154.58C c -55 I 1.ccc [email protected] * 269.819 12.258 8.707 254C.C 17.45 * e.446 10.102 27.016 * 76.367 9.261 164.44C c.552 C .55 i 4.2.022 -4.883 * 253.530 12.617 8.980 255C.( 1s.le * t.437 1c.oec 27.228 * 76.453 9.219 174.300 C.552 C .?I i 42.013-5.6C2 * 238.980 13.595 9.741 25tC.c 19.32 * E.425 1C.053 27.545 * 76.606 9.163 384.161: C.551 c .SI5 42.001-14.217 * 226.695 15.039 10.896 25iC.t 2c.7t 4 8.411 1C.C21 27.961 * 76.820 9.091 194.02C c.ssc C.E5C 41.985-1E.735 * 216.532 16.783 12.344 _- 4; * * 2520.1 LL.3C * e.4cc 5.9S4 28.432 * 77.098 9.016 110 .E59 C.SE5 2.lC5 41.96523.054 * -28.294 18.665 13.956 2530. C 2C.35 * 8.393 S.580 28.010 * 76.687 9.054 120.719 C.9E5 2.c11 41.97717.695 * -38.699 16.348 11.978 i54C.( 18.71 * t.3ee 5.96E 27.706 4; 76.387 9.080 130.579 C.565 1.5Ci 41.98312.457 * -51.103 14.422 10.396 i55c.c 17.CE * E.3@3 5.957 27.521 * 76.188 9 -093 140 -439 c.9es 1 .ec 1 41.9867.341 * -65.680 13.027 9.295 25tO.C 17.12 * €.376 5.544 27.454 * 76.081 9.091 150.295 C.5E5 1 .tS 1 41.9852.346 * -81.967 12.301 8.739 257C.C 17.12 * E. 372 5.925 27.502 1 76.057 9.074 160.159 C.SE' C.55E 41.982-2.531 * 261.338 12.311 8.747 25EC.C 17.64 * e. 363 5.51C 27.664 1 76.110 9.041 170.019 C-SEE C.SE4 41.975-7.297 * 245.804 13.007 9.279 2550.C 18.tl 4; 8.353 5.8E6 27.934 * 76.232 8.993 179.879 C.5EE C.557 41.964-11.956 * 232.387 14.244 1Q.253 i6CO. C 15.51 * 8.341 9.85E 28.307 * 76.419 8.929 189.739 c .$e7 C .5 15 41.95~-1t.51e * 221.220 15.857 11.569 2tlC.C i1.4t * e.32e S.82t 2E.779 * 76.667 8.851 199.599 C.5Et C.E71 41.934-20.992 * 211.983 17.710 13.133 * 4 * 24Et 251c.c ii.il * e.252 5.741 25.259 * 76.691 8-73? 111.44C <.SEE 2.115 41.9CS 23.C57 * -28.174 18.620 13.917 ICC 25EC.( 20.23 * 8.286 5.726 2E.828 * 76.272 8.772 121.306 0.5E4 2.c2c 41.91717.720 * -38.527 16.309 11.945 259C.C 18.tC * E.2el 5.714 28.517 * 75.965 8.798 131.16t C.5€4 3.516 41.92312.5C3 * -50.876 14.384 10.365 26CC. C 17.54 * 8.276 5.703 28.326 * 75.761 8.812 141.026 o.se4 1.ECS 41.926 7.4C5 * -65.406 12.984 9.261 2t1c.c 16.57 3 8.271 5.651 28.255 * 75.651 8.81 1 150 -886 C.SE3 1 .t55 41.9262.425 * -81.672 12 -247 8.699 26iC .C 16.5t * 8.265 9.677 28.303 * 75.625 8.795 160.746 C.SE? C.55E 41.922-2.442 * 261.614 12.245 8.697 263C. C 17.4€ * 8.257 5.655 28.465 75.677 8.764 17C.606 C.5EI C.CE4 41.416-7.199 * 246.032 12.930 9.220 2t4C.C 18-42 * E.248 5.637 28.738 1 75.801 8.716 180.466 C.562 C.557 41.906-11.854 * 232.559 14.159 lC.185 2t5C.C 19.73 * 8.237 5.611 29.117 * 75.990 8.654 190.326 C.5Ei C.515 41.853-16.414 * 221.342 15.767 11.495 2ttO.C i1.2E * 8.225 5.581 29.597 0 76.242 8 -577 200.186 C.5E 1 C .e72 41.873 -2C.889 * 212.066 17.620 13.055 * * * if3t .?tic.( 22.Ci * E. 151 5.5CC 36.097 * 76.273 8.461 112.033 c.5cc i. lis 41.85:,?LC51 * -28.C75 18.573 13.877 CC 263C. ( 2c.10 4 8.185 9.484 25.658 * 75.845 8.500 121.893 c.575 i.C25 41.86117.737 * -38.381 16.269 11.912 2t4C.f 18.51 * 8. lEC 5.472 25.338 1 75.532 8.528 131.75? C.515 1.525 41.86712.540 * -50.680 14.346 10.335 2t50.C 17.4C * e. 175 9.461 29.142 * 75.323 8.542 141.613 O.57E 1.c17 41.87C7.459 * -65.167 12.942 9.229 26tO.C 1t.e: * e. 170 5.449 29.068 * 75.209 8.542 151.473 C.SlE 1.7Cl 41.8lC 2.492 * -81.415 12.197 8.661 267C .C 16.8i * E. 165 9.435 29.114 * 75.182 8.527 161.333 c.s7e C.55F 41.e67 -2.363 * 261.854 12.184 8.651 26eC.C 17.32 * E.158 5.41e 29.277 1 75.233 8.496 171.193 C.57E c .5e4 41.86C-7.113 * 246.228 12.859 9.165 2650.C 18.27 * 8.145 5.398 29.554 * 75.358 8.450 181.053 c.571 c .55E 41.851-11.763 * 232.705 14.081 10.123 27cc.c 19.57 * 8.135 5.374 29.939 * 75.550 8.388 190.913 C.57i c.52c 41.839-16.322 * 221.443 15.686 11.427 2710.C 21.11 * P. 128 5.346 30.427 * 75.806 8.313 200.773 0.571 c .E7 i 41.824-2C.799 * 2f2.132 17.538 12.985 * 1 * 2:tc 2tlC.C 21.43 * e.cs7 5.265 3C.946 * 75.841 8.198lli.t20 C.Slt 2.155 41.8~1 23.c3e * -27.997 18.527 13.836 C 2680.C 19.97 * 8.090 9.252 30.497 * 75.405 8.238122.480 C.975 2.03e 41.80917.746 * -38.260 16.229 11.879 2t5c.c 18.25 * 8. ce5 9.24c 3c.171 * 75.086 8.267 132.34C c.574 1.553 41.81412.567 * -50.514 14.308 10.304 2700.C 17.2~* 8.C81 5.225 25.969 * 74.872 8.282142.200 c.974 1.e.25 41.817 7.502 * -64.964 12.902 9.198 271c.c 16.7C * e. C76 5.217 25.892 74.755 8.283152.060 (-572 1.714 41.818 2.549 * -81.195 12.149 8.625 27iO.C 16.6E * 8.C71 5.204 29.937 * 74.726 8.268161.920 0.573 C.5C.E 41.815 -2.2S6 * 262.060 12.127 8 -609 2720.C 17.18 * e. Ct4 5.188 30.102 * 74.777 8.238 17 1.780 c.573 C.SEE 41,805-7.~38 * 246.395 12.794 9.115 214C.C 18.12 * 8. C57 5.165 30.382 74.902 8.193181.640 c.573 C.?5E 41.80C -11.685 * 232.827 14.010 10.067 2750.C 15.41 * E.048 5.147 30.773 * 75.097 8.133 191.50C c.573 c.521 41.788-16.243 * 221.525 15.612 11.366 2760.C ZC.56 * 8.C37 9.121 31.270 75.358 8.058 201.360 '2.573 C.E7? 41.775-20.721 * 212.182 17.464 12.922 4 * * * (D ttL1f TT INE Cb SbN * ov2 bIhF2 PHl2 blPbI2 VELi @ET4 ECCE RH IO VELl ALPHA1 * PHI 1 VI hF1 ov 1 co 0

DV2 LIhF2 PHI2 * bLPhP2 VEL2 eETb E(CE RH IC VELl ALPHAl * PHIl VIhF1 cv 1 * * Ir * * * 2t3t i7ic.c 21.BC 4 E. COB 9.047 31.804 * 75.396 7.946 113.207 c.572 2.14e 41.75223.018 * -27.938 18.479 13.195 315272c.c 19.@5 4 8. CCI 9.031 31.348 74.952 7.986 123.067 C.S7 I i.c4i 41.76C 17.746 * -38.163 16.188 11.845 2740.C 18.ii * i. 546 9.0le 31.015 * 14.626 8.015 132.927 c.57c 1 .54i 43.76612.586 * -50.377 14.270 10.274 275C. ( 17.1t * i.552 5.007 30.808 74.409 8.031 142.787 C.5t5 1.t32 41.769 7.536 * -64.793 12.863 9.168 27tC.C 16.58 * I. see 8.995 30.727 74.288 8.033 152.t41 C.565 1.721 43.764 2.596 * -81.009 12.105 8.591 ii70.C lt.55 * 7.9e3 ~.5e3 30.771 * 74.257 8.019 162.507 C.StE C.C

PARKING ORBIT TO 1.1 URANUS RADII CIRCULAR PARKING ORBIT

LCLIt TTlME Clr SLH * ov2 'rlhf2 FH12 PLPHAZ VEL2 BETA ECCE un 10 VEL1 ALPHA1 * PHI1 VIhFl DV1 * * 2771 iE5C.C 22.51 * 7.795 8.507 34.444 * 74.393 7.284llC.100 c.5t4 2.215 41.63125.441 * -23.619 19.524 14.706 184 28tO.C ic.42 * 7.752 ~-4.~733.903 * 73.867 7.333119.960 C.562 i.llE 41.64C20.177 * -32.965 17.118 12.628 2alc.c 1e.e7 * 7.786 E.471 33.491 * 73.467 7.369 129.820 C -960 2.Cl4 41.64615.013 * -44.102 15.023 10.882 2eec.c 17.33 * 7.781 8.45 5 33.210 * 73.185 7.393 139.t80 C.SCS 1 .SC 5 41.6515.953 * -57.393 13.359 9.553 285C.C 16.45 * 1.771 8.448 33.059 * 73.011 i.40 3 149.540 C.55E 1.15? 41.6524.997 * -72.805 12.272 8.718 ZSCC. ( 16.20 * 7.773 E.437 33.041 * 72.933 7.398 159.400 c.557 1.t7E 41.6520.141 * -85.507 11.882 8.425 is1o.c 16.44 * 1.165 8.425 33.151 * 72.944 7.37 8 169.260 c.557 c.553 41.648-4.621 * 254.054 12.212 8.673 2520.c 17.17 * i. 764 8.412 33.388 * 73.037 7.343 179.120 C.55E c.519 41.642-9.293 * 239.300 13.171 9.406 2530.C 18.3C * 1.7se 8.357 33.741 73.207 7.293 188.980 C.55E C.541 41.633-13.884 * 226.822 14.60C 10.539 254C.( 19.73 * 7.752 E.375 34.223 * 73.450 7 -228 198 -840 c.555 C.ES.5 41.622-18.4C2 * 216.502 16.346 11.976 * * * LfCt ie5c.c il.ZC * 7.746 8.3t4 34.764 * 13.154 7.15t 115.tl9 C.5tl :.I72 41.6C522.640 * -28.323 18.195 13.550 15( 29CO.C 19.38 * 7.739 a. 346 34.287 * 73.292 7.200 125.539 C.95E i.C65 41.61717.431 * -38.540 15.944 11.641 29 IO .c 17.f4 * 7.734 8.332 33.940 * 72.95 1 7.230 135.395 C.551 1 .st2 41.62212.339 * -5C.759 14.061 10.107 25iO.C 16.76 * 7.73C 8.32C 33.724 * 72.724 7.247 145.259 c .55t 1 .ec 1 41.6251.344 * -65.197 12.683 9.030 253c.c 1.5.20 * 7. 726 8.31C 33.641 72.599 7.250 155.119 C.555 l.I?i 41.6252.448 * -81.443 11.950 8.416 i940.( 16.15 * 7.722 8.295 33.691 * 72.568 7.237 164.979 c.555 C.55E 41.623-2.352 * 261.777 11.941 E e469 is5c.c 16.1C * 7.717 8.2Ei 33.869 * 72.623 7.210 174.835 C.555 C.CE5 41.61e -7.062 * 246.076 12.617 8.979 25tc.c 17-64 * 7.712 8.213 34.174 * 72.758 7.167 164.695 c .556 C .55E 41.611-11.68e * 232.481 13.841 9.932 297L.C le.54 * 7.7c7 8.258 34.600 * 72.969 7.109 194.559 C.557 c.5ic 41.6C1-16.239 * 221.163 15.453 11.235 25EO.C 2C.5C * 7.701 8.241 35.141 * 73.254 7.038 204.415 C.55E c .El i 41.585-20.725 * 211.807 17.318 12.798 * * * it5C 254c.c il.lt * 7.tl5 €.LEI 35.670 * 73.245 6.941 116.i6t C.5r.Z 2.lEl 41-57?22.591 * -28.338 18.145 13.506 1CC 295C.C 19.i8 4 7.672 8.162 35.187 * 72.772 6.984 126.126 0.555 2.c77 41.58017.408 * -38.530 15.901 11.606 2StC.t 17.74 * i.067 8.14t 34.825 * 72.428 7.016135.9e6 c.554 1 .st5 41.58512.324 * -50.733 14.023 10.017 i97c.c 16.ti * 1.662 8.136 34.610 * 72.197 7.033 145.846 C.S5i l.E57 41.5887.342 * -65.154 12.648 9.003 L58O.C 16.11 * 7.055 8.126 34.525 * 72.010 7.036 155.706 c.952 1.743 41.5852.456 * -81.396 11.914 8.449 is50 .C 1t.lC * 7.655 8.115 34.515 * 72.038 7.024 165.566 C.551 C.S5E 41.581-2.335 * 261.815 11.903 8.441 ?CCO.C I6.tO * 1.651 8.104 34.756 72.093 6.997 175.426 C.552 C.SE5 41.582 -7.C40 * 246.097 12.577 8.949 3CIC.C 17.55 * 1.646 8.092 35.065 * 72.230 6.955 185.286 C.552 C.55E 41.575-11.663 * 232.483 13.801 9.900 ?CiC.( 18.E4 * 7.642 e.c7a 35.498 72.444 6.898 195.146 C.552 <.sic 41.566-16.214 * 221.148 15.413 11.202 3c3o.c 2c.4c * 7.636 8.063 36.048 * 72.733 6.827 205.006 C.555 C.Eli 41.554-20.702 * 211.779 17.280 12.765 * * i5Ctis5c.c 2I.Cf * i.61t 8.CCt 36.580 * 72.719 6.733 116.853 C.555 :.I€< 41.53522.536 * -28.368 18.093 13.461 5c 3oco.c5c 19.18 * 7.6C5 7.986 36.092 72.239 6.776 126.113 c.952 ;.cer 41.54617.370 * -38.543 15.858 11.569 3c1c.c 1i.t: * 7.tC3 1-57 1 35.734 * 71.887 6.807 136.573 c.55c 1.576 41.55112.303 * -50.725 13.985 10.047 3020. C 16.5E * 7.545 7.960 35.506 * 71.655 6.826 146.433 c.545 1.E61 41.5547.332 * -65.139 12. 613 8.976 3C30.[ I6.C: * 7.556 7-94' 35.42C 71.525 6.830 156.293 C.54E 1.74t 41.5542.457 * -81.377 11.880 8.424 3c40.c 1t.Cl * 7.592 7.935 35.47c 71.492 6.819 166.153 C.S4E C.55E 41-55:-2.327 * 261.821 11 -869 8.415 IC5C. C 16.51 * 7.588 7.925 35.654 * 71.548 6.792 176.013 c.545 C.5EC 41.54€ -7.C26 * 246.094 12.542 8.922 3ccc.c 11.41 * i. 584 7.918 35.968 * 71.687 6.750 185.873 c.545 c.55t 41.541 -11.647 * 232.465 13.766 9.872 307c.c 18.75 * 7.580 7.506 36.407 * 71.904 6.694 195.733 C .55 1 C.52C 41.532-16.198 * 221.117 15.379 11.174 ?080.C i0.?1 * 1.576 7.893 36.967 * 72.198 6.624 205.593 c.5si c .E72 41.521 -2C.68S * 211.138 17.248 12.138 * * * i55t 3c4c.c iC.57 * 7.557 ].e35 37.500 12.117 6.532117.44C c.552 2.lSt 41.5Ct22.476 * -28.412 18.040 13.416 C 3C50.C 19.CE * 7.549 7.818 37.006 4 71.690 6.576127.300 C.95C 2.C5 1 41.51317.326 * -38.573 15.813 11.532 3cec. ( 17.5t * 7.544 7.8C2 36.644 * 71.332 6.608137.160 C.C.4E 1.SEi 41.51812.273 * -50.743 13 -941 10.016 3c7c.c lt.45 * 7.535 7.75C 36.41e 71.093 6.626 147.020 C.54t 1.EtS 41.521 1.316 * -65.143 12.578 8.950 3CEC. c 15.51 * 7.536 7.78C 36.326 * 70.965 6.631156.880 C.565 1.754 41.5222.450 * -81.385 11.848 8.400 2cso.c 15.52 * 7.533 7.771 36.376 * 70.931 6.620166.740 c.545 C.55L 41.520-2.327 * 261.812 11.837 8.391 31OO.C 1.5.42 * 7.530 7.761 36.562 * 70.987 6.594176.600 C.94t c .5E r. 41.514-1.021 * 246.C68 12.510 8.898 3llO.C 17.!1 * 7.526 7.751 36.881 * 71.127 6.552186.460 c.541 C.S5€ 41.51C-11.640 * 232.428 13.735 9.848 31;o.c 18.67 * 7.522 7.741 37.328 * 7 1.348 6.496196.32C C.54E c.5zc 41.5C1-16.191 * 221.071 15.350 11.150 9130.( ic.23 * 7.519 1.73C 31.897 * 71.647 6.427206.180 c.55c c.e7z 41.49C -20.684 * 211.685 17.222 12.715 * * * LCCTE TI1ME Cb SLC * ov2 LIhF2 PHI2 * PLPHAZ VEL2 EETP ECCE PM IO VEL 1 ALPHA1 * PHI1 VIhFl ov 1 uv2 LIhF2 PHI2 * PLFtP2 VEL2 EETP ECCE RH IC VELl ALPHA1 * PHI1 VtLFl cv 1 i 4 * Ir 4 * * 3cce 3c9o.c zo.ei 4 7. 501 7.678 38.430 4 71.617 6.338 118.027 C.55C 2.2C' 41.416 22.410 * -28.469 17.987 13.370 !I5 31cc.c 18.55 4 7.493 7.651 37.929 * 71.123 t.383 127.887 c.54 7 i.CSE 41.46? 17.27t * -38.620 15.768 11 -495 311o.c 17.41 * i.4e8 7.64C 37.563 1 70.761 6.415 137.741 c.545 1.C8t 41.488 12.237 * -50.782 13.908 9.985 212c.c It-41 4 7.484 i.62E 37.334 * 70.518 6.433 147.607 c.542 1.E7C 1.29241.451 * -65.118 12.544 8.924 312c.c 1S.Et * 1.48C 7.617 31.247 * 70.384 6.431 151.467 c.543 l.i55 41.4522.431 * -81.415 11.816 8.376 2140.C 15.E5 4 7.4li 7.60s 37.293 * 70.353 6 -428 161 -321 c .542 c .55E 41.45C-2.334 4 761.771 11.807 8.369 315c.c lt.35 * 7.474 7.6CC 37.482 * 70.409 6.402 171.107 c.54: C.SEf 41.48t -1.024 4 246.020 12.482 8.877 I1tC.C 17.3C 4 7.471 7.552 37.806 4 10.551 0.361 187.041 c.544 C.55€ 41.4ec-11.640 * 232.372 13.708 9.821 217c.c 18.tC * 7.468 7.5E2 38.260 4 70.715 6.305 196.901 c.945 c .sic 41.411-16.192 t 221.010 15.325 11.130 ?10C .( 20.16 * 1.465 7.573 3E.838 rP 71.019 6.236 206.767 C.54i C.E7E 41.461-2C.681 * 211.619 11.200 12.691 * * * 3c5e 314c.c iC.ii 4 7.446 7.525 35.368 * 71.039 6.151 118.614 c .54E 2.211 41.44E22.338 * -28.54C 11.932 13.323 it5 I15O.C 18.5C * 7.441 7.502 38.863 4 70.538 6.196 128.474 c.545 >.IC? 41.45511.220 * -38.684 15.722 11.457 31eo.c 17.35 t 7.435 7.4E5 38.492 70.171 6.228 138.334 C.54i 1.554 41.4tC 12.195 * -50.841 13.869 9.954 317C.C 16.32 * 7.431 1.413 38.261 * 69.926 6.247 148.194 C.541 I.E@C 41.462 7.261 * -65.236 12.510 8.89A 318O.C 15.76 4 7.427 1.462 38.172 69.790 6.251 158.054 c.54c 1.7t? 41.463 2.415 * [email protected] 11.786 8.354 315c.c 15-77 4 1.425 7.453 3E.225 * 69.754 6 -24 1 167 -914 (.54C C.SSE 41.462 -2.348 * 261.710 11.780 8.349 32co.c lt.28 * 7.422 7.445 38.410 4 69.811 6.215 177.774 C.54C C.58C 41.458 -7.C32 4 245.955 12 -457 8.857 3ilO.C 17.27 * 7.42C 1.43E 38.741 4 69.958 6.176 181.634 C.541 C .c5 € 41.452 -11.648 * 232.299 13.685 9.809 3ZiC. C 18.55 * 7.411 7.431 39.202 * 70.186 6.121 197.494 c.943 c.szc 41.444 -16.200 * 220.935 15.305 11.113 3iiC.C 2C.lC 4 1.415 1.424 35.790 * 10.495 6.052 207.354 1.545 C.E71 41-43: -20.698 * 211.542 17.183 12.683 4 * t 31cc 315o.c iC.ti * 7.345 7.317 4C.315 * 10.441 5.97c 119.201 c .545 i.ilE 41.42222.262 * -28.623 17.877 13.276 21512cc.c 18.81 * 7.3$1 7.354 39.805 * 69.935 6.015 129.061 c.542 2.111 41.42e17.159-38.763 15.675 11.418 321c.c 17.31 * 7.386 7.337 35.430 * 69.563 6.048 138.921 c.54c i .ccc 41.433 12.141 * -50.920 13.929 9.923 3220.c 1.5.25 * 7.381 7.324 39.191 4 69.315 6.067 148.181 C.5?€ 1.EEt 41.436 7.224 * -65.317 12.477 8.873 32'C.C 15.71 * 7.378 7.314 35.107 69.178 6.072 15E.641 c.537 I.itf 41.43t 2.386 t -01.542 11.758 8.333 3240.C 15.71 4 7.375 7.305 39.16L 69.142 6.061 168.501 0.531 c ,556 41.435 -2.369 * 261.420 11.755 8.331 ?ZCC.C 16.21 * 7.373 7.298 35.351 Q 69.199 6.036 178.361 c .??E C.5fb 41.431 -7.C50 * 245.863 12.435 8.841 Z2tO.C 1l.lt *. 1.371 7.291 35.692 * 69.344 5.996 188.221 c.535 C.551 41.425 -11.662 * 232.212 13,666 9.794 327c.c 18.47 * 7.365 1.285 40.161 * 69.574 5.941 198.081 c .54 1 C .Sic 41.411 -16.214 * 220.849 15.289 11.100 ?iEC.< iO.Cd * 1.367 1.28C 40.752 * 69.892 5.873 201.941 c.542 (.E71 41.4ce-2c.717 : 211.454 17.171 12.673 4 4 t LIAF2 FhI2 LLPI-A2 VEL2 RETb ECCE RM IC VELl bLPHA1 * PHI1 VICFl cv 1 TABLE XIII. - Continued. TABULAR DATA FOR TRAJECTORIES FROM 1.1 EARTH RADII CIRCULAR

PARKING ORBIT TO 1.1 URANUS RADII CIRCULAR PARKING ORBIT

LCATE TllHt C\ SLH * OV2 blkF2 Phi2 * PLPCAZ VEL2 BETA ECCE RH IC VELl ALPHA1 * PHIl VI hF1 DV 1 * * * 314c:22c.c il.tO * 7.371 7.293 41.268 * 7C.310 5.822 114.92C C.54t i.272 41.4C124.660 * -24.452 18.976 14.227 1843230.c 19-55 * 7.3e2 i.265 4C.693 * 69.729 5.872 124.780 c.542 2.107 4 1.40914.524 * -33.719 16.649 12.231 3240.C 17.51 * 7.356 7.245 4C.250 69.291 5.912 134.t4C c.525 2.05E 41.41314.478 * -44.928 14.624 10.559 32EC.C 16.t4 * 7.351 7.23C 39.947 * 68.984 5.938 144.500 C.527 1.541 41.4175.521 * -58.263 13.024 9.292 22tO .c 15.e5 * i.347 7.21E 39.788 * 68 -794 5.950 154.360 C.53t 1.E.27 41.419 4.650 * -73.739 11.992 8.507 227C.C 15.tC * i.344 7.205 39.774 * 68.710 5.S47 164.220 C.436 1.ccc 41.418-C.139 * 269.507 11.649 8.252 32eo.c 15.87 * 7.342 1.2c2 39.905 68.724 5.929 174.080 c.53t c.553 41.416 -4.951 * 253.~5~12.019 8.527 32so.c 16.62 * 7.33s 7.196 4c.177 * 68.829 5.896 183.940 C.531 C .4ii 41.411 -9.493 * 23e.337 13.010 9.282 23co.c 17.77 * 7.338 7.19C 40.587 69.020 5.848193.80C C.S?E C.5f5 41.4C4-14.072 * 225.909 14.468 10.433 ?? 10 .c 19.23 * 7.336 7.1e5 41.129 69.297 5.786203.660 c .54c C.ES5 41.355 -18.597 * 215.636 16.243 11.89 1 * * * 3115 32eo.c i2.5i * 7.345 7.213 42.256 * 70.211 5.674 11C.t34 C .S4i ;.lis. 41.?8C 27.C66 * -20.603 20.115 15.226 15C 3260.1 20.45 * 7.335 7.181 41.617 * 69.550 5.730 120.499 c .542 2.222 41.388 21.898 * -29.214 17.685 13.111 327c.c 18.tl * 7.327 7.157 41.107 * 69.042 5.775 130.355 C.5?5 2.114 41.354 1c.els * -39.443 15.509 11.281 22eo.c 17.14 * 7.321 i.14C 4c.735 * 68.671 5.808 140.219 C.437 2.cci 41.35911.828 * -51.711 13.695 9.817 2250. c 16.12 * i.317 7.127 4C.506 * 68.425 5 .O27 150 -079 C.435 1.EE7 41.4C1 6.924 * -66.224 12.380 8.799 33CO.c 15.t1 * 7.314 7.117 4C.423 60.291 5 -831 159 -939 c .5?4 1.7tE 43.4022.102 * -82.543 11.703 8.292 331o.c 15.63 * 7.311 7.105 40.486 68.259 5.82 1 169.799 c.524 c.59c 41.40C-2.641 * 260.649 11.742 8.321 33ic.c 16.17 * 7.3C5 7.102 40.694 * 68.322 5.795 179.655 C.535 c.se3 41.357-7.313 * 244.980 12.459 8.859 333c.c 17.14 * 7.308 7.c97 41.043 68.475 5.754 189.519 C.536 c .556 41.391-11.92C * 231.450 13.718 9.835 3340. C 18.47 * 7.306 7. c93 41.528 68.71 3 5.699 199.379 C.53E C.Sl7 41.382-16.470 * 220.200 15.361 11.160 * * * ~ __ . ”_ :**E 33CC.( 22.47 * 7.303 7.ce1 43.226 * 69.573 5.506 111.22C C.54E L.::* 41.35726.964 * -20.715 20.048 15.168 1OC 331C.C 20.35 * 7.292 7.048 42.583 * 68.905 5.563 121.086 0 -94 1 2.229 41.36521.811 * -29.325 17.628 13.062 332O.C 1e.53 * 7.284 7. C24 42.070 * 60.391 5.60 8 130 .546 C .S?i i.12c 41.371 16.746 * -39.557 15.461 11.242 2330. C 17.CC * 7.270 ?.Cob 41.695 * 68.017 5.641 140.806 C.535 z.cc7 41.376 11.768 * -51.833 13.655 9.785 3340 .C It.C5 * 7.274 6-99.? 41.465 * 67.768 5.660 150.666 C.523 1.E51 41.37f6.873 * -66.356 12.347 8.774 335c.c 15.54 * 7.271 6.582 41.382 * 67.633 5.665 160.526 C.S?i 1.772 41.375 2.C60 * -82.684 11.677 8.273 33tC. c 15.5L * 7.265 6.575 41.446 67.601 5.655 170.386 C.532 C.55E 41.377-2.67e * 260.506 11.723 8.307 2370.c It.12 * 1.267 6.965 41.658 4 67.665 5.629 180.246 C.532 (.$E? 41.374-7.346 * 244.842 12.445 8.848 23EO.C 17.c4 * 7- 266 6.565 42.012 * 67.819 5.589 190.106 c.544 C.S56 41.368-11.952 * 231.321 13.70 8 9.827 3390.C 18.42 * 7.265 6.562 42.504 * 68.061 5.534 19S.966 C.53t c.517 41.361-16.503 * 220.080 15.356 11.155 -_- * * * rtr5 235c.c 22.3i * 7.262 6.555 44.203 * 68.914 5.344 111.81? c.542 i.315 41.33t 26.858 * -20.836 19.981 15.108 5C 3360.C i0.2t * 7.252 6.921 43.557 * 68.238 5.401 121.673 c.539 2.2?5 41.343 21.721 * -29.447 17.570 13.013 33iC.c 18.45 * 7.244 6.896 43.041 * 67.719 5.447 131.532 (.

PARKING ORBIT TO 1.1 URANUS RADII CIRCULAR PARKING ORBIT

ECPTt TlINE Lib SLM * uv2 klhF2 PHI2 * bLFkA2 VEL2 EETb ECCE RH IO VELl ALPHA1 * PHIl VINFl DV 1 * * 351c 355C.( iC.81 * 7. cs7 6.465 48.517 * 65.104 4.680 119.74C c.534 2.313 41.256 23.643 * -25.868 18.388 13.716 1E4 3tCC.C 18.85 0 i. C87 t.376 47.924 * 54.495 4.734 129.600 C.525 i.2Ci 41.262 18.612 * -35.328 16.141 11.805 3tlC.C 17.3C 4 7. C80 6.352 47.473 * 64.038 4.775 139.460 :.Sit i.CES 43.266 13.t5E * -46.670 14.200 10.218 2tiC.C 16.11 * 7.c75 t.334 47.170 * 63.721 4.802 149.32C c.524 1.57 1 41.27C F.779 * -60.238 12.690 9.035 3620. C 15.4C 4 1.C71 6.322 47.014 4 63.528 4.815 359.180 C.522 ].E45 41.271 3.973 * -75.921 11.755 8.331 3t4C.I 15.22 * 7. (69 6.315 47.C23 * 63.447 4 -81 3 164.048 c.52: 1 .ccc 41.271 -C.767 * 267.250 11 -510 8.150 3c5O.C 15.56 * 7.Cb8 6.312 47.183 * 63.469 4.795 178.90C C.522 c .ss 1 41.265 -5.445 * 250.906 11.971 8.491 36tC.C 16-37 * 7.C68 6.312 47.496 4 63.588 4.762 18E.76C c.524 c .56€ 41.265 -1C.C69 * 236.402 13.037 9.303 367C.C 17.57 * 7.C7C 6.31t 47.958 4 63.801 4.714 198.t20 c .sit c.534 41.255-14.646 * 224.210 14.554 10.502 36EC.C IS.C€ * 7.C72 6.323 4E.564 1 64.109 4.651208.480 c.525 c.EeE 41.252 -15.186 * 214.136 16.379 12.004 * * * 3545 re2c.c 21.75 4 I.CE2 t.56C 45.558 * 64.905 4.557115.459 C.5?5 ;.?ti 41.242 25.516 * -22.C19 19.485 14.672 15C 3630.C 19.71 * 7.C71 6.321 48.893 * 64.204 4.616 125.315 O.S?C 2.26C 41.248 20.918 4 -30.745 11.135 12.642 3t4C.C 17.56 4 7.063 C.293 4E.37C * 63.679 4.664 135.175 C.521 2.14; 41.254 15.934 * -41.154 15.041 10.898 365C.C lt.5E * i.C57 C.272 47.996 * 63.296 4.698 145.039 c.524 i.C?C 41.256 ll.C27 * -53.656 13.316 9.519 36tO.C 15.t4 * 1.C53 6.257 47.772 1 63.045 4.718 154.895 C.522 1.51c 41.2tC 6.192 * -68.415 12.097 8.586 367C.C 15.21 * 7.C5C t.24E 47.704 * 62.913 4.722 164.759 C.5il 1.7Et 41.2EC 1.425 4 -84.890 11.523 8.160 3bEC.C 15.31 * 7. c45 6.243 47.792 1 62.887 4.712 174.t15 C .si 1 c.551 41.259 -3.278 4 258.328 11.663 8.263 365C.I 15.51 * 7.C48 6.242 48.035 * 62.961 4.686 184.475 c.522 I.5EC 41.256 -7.925 * 242.849 12.466 8.864 37CO. ( 16.S4 * 7.c45 6.245 48.431 * 63.131 4.645194.339 c.524 c.551 41.252 -12.524 * 229.572 13.794 9.895 3710.C 1E.32 * 7.C51 t.251 4E.974 * 63.394 4.589204.195 C .Cii I .5 IC 41.245 -17.C81 * 218.556 15.492 11.267 * 4 * 3555 267C.C il.tt * 7.c55 6-26? 5c.547 64.085 4.426 llt.04t c .5?4 2.272 41.22i25.849 * -22.192 19.413 14.609 IOC 36eC.C 19-63 4 7. c44 t.225 49.902 1 63.382 4.485 125.906 C .525 2.264 41.23420.803 4 -30.932 17.072 12.589 3C50.C 17.E5 4 7. c35 6.196 45.3a1 * 62-85? 4.532 135.766 C.525 2.151 41.235 15.83C * -41.363 14.989 10.855 37CG.I 16-52 4 7. c25 t.174 49.008 4 62.470 4.567145.626 C.5ii 2.c34 41.24310.933 * -53.894 13.274 9.486 371c.c 15.55 4 7.C25 6.16C 48.786 9 62.219 4.587155.486 c.52c 1.51? 41.245 6.105 * -68.682 12.067 8.563 37iC.I 15.17 * 7. c22 t.15C 48.719 * 62.087 4.592165.346 C.52C l.iE5 41.2461.345 * -E5.174 11.505 8.146 3ilC.C 15.iE 9 7. C2I t.14t 48.811 * 52.061 4.581175.206 C.52C C.SSt 41.244-3.355 * 258.049 11.656 8.258 27LC.C 15.f5 * 7. c21 t.14t 45.058 * 62.136 4.55 5 18 5 .Oh6 C.Sil c .5ec 41.242 -8.000 * 242.593 12.470 8.867 3750.C 16-52 * 7.C2L 6.15C 45.459 * 62.307 4.514194.926 C.523 I.55C 41.237-12.598 * 229.347 13.806 9.904 37tC.C 18.31 * 7. C25 6.158 50.008 * 62.572 4.459204.786 c.52c C.SC5 41.231-17.157 * 218.359 15.51 1 11.283 * 4 * 3645 i7ic.c i1.5i 41 7.C25 6.174 51.560 * 63.23 7 4.299116.633 C.532 i.Z7t 41.21425.719 4 -22.371 19.340 14.545 5c 273c.c 19.55 * 7.018 t.134 50.916 62.531 4.35 8 126.49 3 0.52E i.ics 41.22C 20.684 * -31.129 17.009 12.535 37'C.C 17.E2 4 7. ccs 6.1C3 5C.404 * 61.995 4.406 136.353 c.524 2.15! 41.22515.724 * -41.580 14.936 10.812 375G.C 16.4t 4 7.C03 6. C82 5C.025 * 61.617 4.441 146.213 C.5il i.C?i 41.22510.834 * -54.146 13.231 9.453 37tC.I 15.54 * 6. 5S9 b.Cb6 49.805 * 61.366 4.461 156.073 C .S 15 1.51: 41.2316.015 * -68.965 12.036 8.540 377C.C 15.13 * b.596 6.057 49.741 * 61.234 4.466 165.933 C.51f 1.75 1 41.2321.259 * -65.475 11.487 8.134 378C.I 15.25 * t. 555 -5.053 45.835 * 61.210 4.45517t.793 (.SI€ c .SSC 41.231-3.437 * 257.753 11.651 8.254 37SC.c 15.Ei * 6.555 t.c54 50.087 61.285 4.429 185.t53 c.52c c .575 41.22E -8.C8C * 242.324 12.476 8.872 3ecc.c 16.51 4 b. 557 6.C55 5c.493 * 61.456 4.388 195.513 C.5ii c .55C 41.223-12.678 * 229.111 13.821 9.916 ?e IC .c 1E.3C * 6. 555 6.C6t 51.048 * 61.723 4.332 205.373 c.525 c .5c5 41.211-17.239 * 218.153 15.533 11.30 1 4 * * 2655 3i7C.C 21.45 4 7.C05 t.ce7 52.577 * 62.358 4.176 111.22C C.S?i ;.?E? 41.iC1 25.586 * -22.557 19.267 14.481 C 37EC.C 15.47 * 6.553 6.046 51.935 1 61.651 4.236 127.080 c.527 2 .i7 1 41.287 20.563 * -31.334 16.945 12.481 275c.c 17.75 * 6.585 6.C15 51.422 * 61.116 4.284 136.940 (.Si? 2.1:5 41.212 15.613 * -41.812 14. A82 10.768 38cc. r l6.4C * 6.575 5.953 51.047 4 60.736 4.319 146.800 c.5ic i .C4C 41.216 10.732 * -54.411 13.188 9.420 38lC.C 15.45 * 6.574 5.978 50.829 * 60.487 4.339 156.66C C.51E 1.5IE 41.21t 5.519 * -69.264 12.006 8.518 38iC.C 15.c5 4 t. 572 5.96 S 50.767 * 60.355 4.343 166.520 c.917 1.752 41.219 1.110 * -85.793 11.471 8.122 281C.C 15.22 * 6.571 5.565 50.865 60.331 4.333 176.380 C.5li (..?a€ 41.185 25.45C * -22.750 19.193 14.416 215 38iC.C 19.40 * 6.570 5.963 52.954 * 60.742 4.117 127.t67 C.52C i.27e 41.155 2C.439 * -31.548 16.880 12.426 3840. C 17.t5 * 6.562 5.931 52.445 * 60.207 4.166137.527 C.522 2.161 41.2GC 15.499 * -42.055 14.827 10.723 ?85C.( J6.34 * c. 555 5.40E 52.079 59.822 4.200 147.387 c.515 i.c44 41.20410.627 * -54.686 13.146 9.387 3EtO.C 15.45 * 6.551 5.893 51.857 * 59.579 4.221 157.247 C.917 1.521 41.206 5.821 * -69.578 11.976 8.495 3870.c 15.CC * 6.944 5.884 51.799 * 59.448 4.225161.107 c.51t 1.755 41.2C6 1.C76 * -86.127 11.455 8.110 388C.C 15.2C * 6.548 5.881 51.900 * 59.424 4.215 176.967 C .5 16 C.556 41.205 -3.613 * 257.118 11 -646 8.251 3850.C 15.83 * 6.545 5.883 52.160 * 59.500 4.188 186.827 c.511 C.57E 41.201 -E.253 * 241.748 12.494 8.086 39CO.C 16.5C * 6.551 5.89C 52.576 * 59 -671 4.147 196.t87 C -920 C .54E 41.158 -12.851 * 228.608 13.858 9.946 3510.C l8.3C * 6.554 5.902 53.142 * 59.939 4.090 206.547 c.522 c .5c7 41.153-17.415 * 217.716 15.585 11.344 * * * 3i55 3E7C.C 21.31 * 6. 56C 5.525 54.617 60.507 3.942 118.394 C.S?C i .352 41.176 25.312 * -22.950 19.119 14.351 it9 3880.C 19.32 * 6.549 5.883 53.978 59.801 4.003 128.254 C.525 2.282 41.184 20.311 * -31.769 16.815 12.371 2850. C 17.C2 * 6.54C 5.85C 53.470 * 59.268 4.05 1 138.114 C.52 1 2.ltC 41.189 15.381 * -42.308 14.772 10.679 29oo.c 16.25 * 6.534 5.827 53.107 * 58.886 4.086 147.974 C.51E 2 .C4t 41.192 1C.518 * -54.919 13.102 9.353 3510.C 15.4C * 6.925 5.e11 52.897 * 58.635 4.106 157.834 C.51C 1.522 41.194 5.719 * -69.902 11 -947 8.413 3520 .C 15-03 * 6.927 5.803 52.834 * 58.512 4.111 167.694 c.515 1.757 41.155 C.978 * -86.476 11.440 8.099 392c.c 15.1e * 6.526 5.80C 52.939 * 58.489 4.100 171.554 C.515 c .55c 41.154 -3.707 * 256.779 11.646 8.250 3940 .C 15.82 * 6.527 5-00? 53.203 * 58.564 4.074 187.414 C.51C c .S7E 41.191 -8.346 * 241.442 12.506 8.895 3950.C 16.85 * 6.525 5.811 53.624 * 58.735 4.032 197.274 C.515 C .54E 41.187-12.944 * 228.343 13.880 9.963 35co.c 18.3C * 6.533 5.825 54.195 * 59.002 3 -976 207.134 C.Sii c .CCC 41.182-11.511 * 217.486 15.625 11.369 * * * 3t4‘?Sic.( 21.23 * 6. $40 5.85C 55.641 * 59.530 3 -830 118.98 1 C.525 >.?Si 41.16825.171 * -23.156 19.044 14.286 ilC 3530.C 19.24 * 6.928 5.807 55.004 * 58.828 3.892 128.841 0.924 2.28C 41.17420.181 * -31.999 16.749 12.316 3540. ( 17.55 * 6.515 5.774 54.494 * 58.298 3.941 138.701 c .sic i.17c 41.17E 15.26C * -42.572 14.717 10.634 355c.c 16.23 * 6.513 5.75C 54.138 57.918 3.976 148.561 C -5 17 i.c45 41.1821c.405 * -55.283 13.059 9.319 35tG.C 15.3t * 6.5C9 5.734 53.930 * 57.670 3.995 158.421 C.Sl5 1.525 41.183 5.612 -70.241 11.917 8.451 3570.C 15.0C * 6. 507 5.726 53.872 * 51.547 4.001 168.281 C.514 1.75E 41.184 0.877 * -86.839 11.426 8.089 IS8C.C 15.16 * C.5C6 5.723 53.981 * 51.524 3.990 178.14 1 c.514 c .555 41.183 -3.806 * 256.426 11.647 8.251

3990. C 15.81~~ * 6.907 5.727 54.250 * 57.599 3.963 168.001 C.915 c .571 41.180 -e.443 * 241.125 12.521 8.906 4OCO. C 16.E5 * . 6.SC9 5.736 54.675 * 57.769 3.921197.861 C.51E c.547 41.176 -13.042 * 228.068 13.905 9.983 401C.C 18.31 * 6.513 5.752 55.251 58.035 3.864 207.721 C.Sil c .sc5 41.171 -17.610 * 217.249 15.648 11.396 * * * bIhF2 FHl2 bLFkP2 VEL2 @ET4 ECCE RH IO VELl ALPHAl * PHIl VIhFl cv 1 TABLE XIII. - Continued.TABULAR DATA FOR TRAJECTORIES FROM 1.1 EARTHRADII CIRCULAR

PARKING ORBIT TO 1.1 URANUS RADII CIRCULAR PARKING ORBIT

ECPlE TTIHE Ob SLN * Ob2 btNF2 PHI2 bLFHP2 VEL2 EETP ECCE RH 10 VEL1 ALPHAl * PHIl VI hF1 ov 1 * 4 * 3115 35tO.C i0.lC * 6.520 5.775 56.009 * 58.437 3.789 124.560 C.525 2.343 41.16422.450 * -27.760 17.764 13.179 1E4 3S7O.C 18.27 * 6.510 5.737 55.437 * 57.835 3.845 134.420 c.92 1 2.i2E 41.165 17.503 * -37.477 15.602 11.358 3580. C 16.7i * 6. 502 5.7c5 55.C08 * 57.389 3.887 144.28C C.517 i.lCS 41-17?12.623 * -49.157 13.758 9.866 3550.C 15.tE * 6.e97 5.685 54.128 * 57.083 3.914 154.14C C.515 1.5Et 41.176 7.806 * -63.103 12.361 8.785 4COO .C 1.5.cc * 6.854 5.677 54.605 * 56.900 3.925 164.000 C.513 I.EtC 41.171 3.048 * -79.080 11.558 8.185 4CIC.C 15.CC * 6. €53 5.672 54.634 * 56.834 3.92 i 17 3.86C c.513 C.555 41.17t -1.657 * 264.031 11.451 8 -107 4CiO.C 15.44 * 6.893 5.674 54.830 8 56.862 3.903 183.720 C.514 C.587 41.175 -6.313 * 247.507 12.039 8.542 4CIC. i 16.32 * 6. E55 5.681 55.184 $ 56.987 3.868193.580 c .5 16 C .St2 41.171-1C.929 * 233.773 13.208 9.435 40411. C 17.tc * 6. e98 5.694 55.692 1 57.205 3.818203.440 c.515 C.525 41.167-15.512 * 221.954 14.804 10.705 40°C. C 19.17 * 6.5C3 5.714 56.347 * 57.521 3.75?213.30C c.522 (.E77 41.161-20.071 * 212.187 16.691 12.266 4 I * 5514 35SC.C 2l.CC * 6.513 5.745 57.C28 * 58.081 3.686120.215 c .si7 ;.:St 41.15524.725 * -23.854 18.821 14.092 15C 4occ.c 19.05 * 6.901 5.705 56.404 4: 51.39 1 3.747130.139 c.922 2.286 41.16019.754 0 -32.808 16.55 1 12.145 4ClC.C 17.35 * 6. E53 5.672 55.511 li 56 a 874 3.796139.995 C.5lE >.It€ 41.16514.848 * -43.527 14.549 10.498 402C.C 16.11 * 6. E86 5.648 55.561 * 56.507 3.830149.859 C.515 2.C4C 41.16elc.co7 * -56.412 12.930 5.220 4c3c. ( 15.27 * 6.e82 5.632 55.365 * 56.269 3.849159.719 C.513 1.52 1 41.165 5.225 * -71.534 11.838 R.392 4C40.C 14.55 * 6. eeo 5.624 55.329 5 56.145 3.852169.575 c.512 1.79C 41.17C 0.500 * -88.195 11.404 8.072 405C.C 15.lt * 6. e80 5.623 55.445 56.133 3.841179.439 c.512 c .S54 41.1t5 -4.177 * 255.123 11.681 8.276 4CtC.C 15.E5 4 6. 881 5.62e 55.727 56.212 3.813 185.299 c.514 c .572 41.16t [email protected] 8 239.975 12.601 8.967 4070.C I6.St 4 6.e84 5.635 56.165 * 56.384 3.770 199.159 0.Sli c .544 41.162 -13.408 * 227.095 14.021 10.075 4cec.c 18.4C * 6. 889 5.656 56.754 9 56.651 3.712 209.015 (.Sic c.5c 1 41.157 -17.979 * 216.432 15.790 11.513 4 * * I5t‘ 4C4C.C iC.52 * t.ES5 5.681 58.054 1 57.021 3.584 120.866 c.5;t 2 .LC2 41.146 24.575 * -24.C76 18.745 14.026 ICC 4050.CICC 18.5E 4 6.883 5.637 57.436 * 56.335 3.645 13C.726 C.521 2 .zes 41.151 15.618 * -33.058 16.485 12.093 4CtC.C 17.35 4 c. e75 5.6C3 56.944 4 55.827 3.694 140.506 C.5li 2.171 41.155 14.721 * -43.816 14.493 10.453 407C.C 16.Ct * 6. E69 5.579 56.598 * 55.464 3.725 15C.446 c.514 i .c45 41.15E 9.886 * -56.747 12.887 9.187 4CEC.C 15.24 8 6. €65 5.564 56.405 4 55.229 3.748 160.?0t C.512 1.525 41.lbC5.111 * -71.913 11.810 8.372 4CSO. C 14.53 * 6. 862 5.556 56.371 4 55.107 3.151 170.166 C.512 1.755 41-16CC.389 * -88.594 11.393 8.064 41CO.C 15.14 * 6. E62 5.554 5t.500 1 55.087 3.739 180.026 C.512 c .554 41.155-4.284 * 254.746 11.686 8.2811 411C.C 15.E5 * 6. €64 5.561 56.779 I 55.171 3.711 189.886 c.514 c.575 41.157-8.517 4 239.635 12.621 8.982 41iC.C 16.57 * 6. E67 5.573 57.222 * 55.340 3.668 199.746 c.51t c .543 41.15?-13.516 * 226.803 14.051 10.099 413C.C 18.42 0 6.e72 5.5Si 57.814 4 55.604 3.610 209.606 C.515 C.€S$ 41.148-1E.089 * 216.180 15.829 11.545 * t * 4C 144C5C. C 20.E4 * 6.E78 5.tlI 55.c73 5 55.930 3.485 121.457 c .sic i .4Ct 41.137 24.431: * -24.305 18.668 13.959 5C 41CO.C 18.SC 4 6. E67 5.573 58.461 4: 55.251 3.548 131.312 c.5ic 2.252 41.142 19.478 4 -33.317 16.417 12.03h 4110.C 17.27 * 6. e58 5.53.5 57.977 4 54.745 3.596 141.17? C.5It 2.17i 41.14i 14.590 * -44.115 14.437 10.408 412C.C 16.Cl * 6. E52 5.514 57.635 * 54.387 3.631 151.03? c.513 i .C5 1 41.15C 9.763 4 -57.095 12.844 9.154 413C.C 15.2C * 6. e4E 5.49e 57.446 4 54.157 3.650 160.89? c.51 I 1 -5.24 41.1514.9S3 * -72.305 11.783 8.351 4140.C 14.5C 4 6. E46 5.450 57.416 4 54.037 3.65 3 170.753 c.911 1.755 41.152 0.275 * -89.005 11.383 8.057 415C.C 15.13 * 6.646 5.45c 57.547 * 54.017 3.640 180.t17 c.511 c .554 41.151-4.396 * 254.352 11.693 8.285 4160.C 15.85 * t. E47 5.456 57.840 * 54.090 3.612 190.473 c.513 C.574 41.14e-9.~27 * 239.289 12.641 8.998 417C.C 16.SE * 6.E51 5.51C 58.279 54.264 3.569 200.332 C.515 C .542 41.144-13.627 * 226.502 14.083 10.125 41EC.C 18.44 4: 6. E56 5.53c 50.875 4 54.523 3.51C 210.193 C.515 C.ES.5 41.135-18.2C3 * 215.922 15.869 11.579 * 4 * 4ct4 414C.C 2c.75 * 6. 663 5.557 bC.095 * 54.798 3.391 122.04C C.525 2.41C 41.12924.275 * -24.540 18.591 13.892 c 415C.C 18.e: * 6. E51 5.51 1 59.490 * 54.126 3.453 131.900 C.SEC 2.iSt 41.13419.337 * -33.583 16.350 11.980 4ltC.C 17.21 * 6. E42 5.476 59.014 4 53.624 3.502 141.76C C.515 2.17t 41.13E14.458 * -44.422 14.381 10.363 417C.C 15.St * 6.836 5.452 58.673 4 53.277 3.536 151.t20 C.5li 2.CfZ 41.1419.636 * -57.454 12.801 9.121 41EC.C 15.lt * 6. €32 5.436 5e.488 * 53.051 3.555 161.480 c.511 1.52t 41.1414.@72 0 -12.709 11.756 8.331 4150.1 14.81 4: 6. 830 5.42E 58.461 * 52.933 3.559 171.340 C.SIC 1.7st 41.1430.158 $ -89.428 11.374 8.050 4LCC.C 15.1.2 4: 6.E30 5.42t 50.597 * 52.913 2.546 181.200 C.511 C.95‘ 41.142-4.511 * 253.547 11.701 8.791 4~10.C 15.e5 4: b.e32 5.436 5e.892 * 52.984 3.517 191.060 C.512 C.574 41.14C-5.141 * 238.930 12.664 9.015 4220. C 16.55 * 6. E36 5.45c 55.344 4 53.144 3 -473 200 -92C C.515 C .541 41.136-13.741 * 226.198 14.117 10.151 4iZO.C l8.4t 4 6. E41 5.472 5Y.Y35 * 53.405 3.415 210.780 C.5lE (.E57 ‘1.131-18.321 * 215.659 15.912 11.615 * 4 * 0 b2 blhF2 PHI2 4 blFtb2 VEL2 eETb ECCE RC IC VEL1 ALPHAl * PHIl WIhFl cv 1 03 03

fCbT€ TTlHt Lb SLC * DV2 LlFiF.2 Ph12 * bLPkA2 VELi EETb ECCE RH IC VEL1 ALPHA1 * PHIl VIhFl ov1 * t * * * * 4114 4150.C iO.tl 0 6. E4E 5.499 61.114 * 53.628 3.299122.t27 C.5i4 2.414 41.12224.126 -24.780 18.513 13.824 115 42CC.C l8.7C * 6.e3c 5.453 60.521 1 52.961 3.362132.487 C .5 15 2.255 41.12715.154 * -33.855 16.282 11.923 421C.C 17.14 6. E28 5.41E 60.043 * 52.417 3.411142.347 c.515 2.175 41.13114.321 * -44.742 14.324 10.317 422C.C 15.51 * 6. E21 5.353 55.710 * 52.133 3.445152.207 C.512 i.CS4 41.134 5.5C7 * -57.824 12.758 9.0R7 4210.C 15.13 * 6.E17 5.371 55.530 * 51.911 3.464162.061 (.SIC 1.521 41.1354.747 * -73.126 11.729 8.312 42LO.C 14.Et * 6.616 5.37c 59.507 * 51.796 3.467171.927 C.SCC 1.757 41.13t C.C37 * -89.862 11.365 8.045 4250.C 15.11 * 6. e16 5.37c 59.646 * 51.775 3.454181.781 (.SIC c .59I 41.134-4.629 * 253.531 11.711 8.298 42CO.C 15.E5 * 6. el8 5.37e 59.945 * 5 1.844 3.426 191.647 C.511 c.57: 41.132-5.259 * 238.562 12 -689 9.034 427C.C 17.CC * 6. E22 5.354 6C.399 * 51.998 2.381 201.507 C.Sl4 c .54c 41.128-13.860 * 225.882 14.153 io. 180 42tC.C 18.4E * t. E27 5.417 61.002 * 52.242 3.321 211.367 C.51E C.E5C 41.124-18.441 * 215.392 15.957 11.652 * * 8 41t44240.c ic.55 * 6. E34 5.444 62.131 * 52.419 3.211 123.214 C.522 i.41i 41.11523.571 * -25.027 18.435 13.756 it5 4250.C 18.65 6. €23 5.358 61.539 * 51.770 3.214 133.074 c.sle i .3C 1 41.12C15.C47 * -34.138 16.213 11.865 42tO.C 17.CE * 6. e14 5.362 61. C73 * 51.290 3.324 142.934 C.514 i.1EI 41.12414.182 * -45.069 14.267 10.271 4i7c.c 1F.ft * 6.EC7 5.336 60.752 * 50.947 3 -358 152.794 c.511 2 .C5C 4l.l2t 5.376 * -58.203 12.715 9.055 42CO.C 15.1C * 6. eC4 5.321 6C.571 50.736 3.377 l6i.t54 C.5CS 1.S2E 41.12e4.620 * -73.556 11.703 8.292 42SC.C 14.e4 * 6. E02 5.314 60.553 50.623 3.380 172.514 c.5c5 1.ccc 41.128-0.C86 * 269.688 11.358 8.039 p3CO.C 15.11 * 6. ECZ 5.315 60.695 * 50.603 3.366 182.374 c.4cs C .59? 41.127-4.751 * 253.106 11.722 8.3~ 4310.C 15.Et * 6. EC4 5.324 60.997 * 50.668 3.337192.234 C.511 c.s7i 41.125-9.381 * 238.186 12.715 9.054 422C.c 17.C2 * 6.eC8 5.341 61.454 * 50.816 3.292202.094 C .S 14 c .s35 41.121-13.983 * 225.561 14.191 10.211 4230.C 18.51 * 6. e14 5.365 62.058 * 51.052 3.232211.954 C.517 (.E54 41.11t-1E.566 * 215.117 16.005 11.691 * * * .c;1r425c.c 20.51 * 6.E21 5.352 63.145 * 51.171 3 -127 123.80 1 (.Si? :.Ai( 41.1CE 23.814 * -25.279 18.356 13.688 215 43CO.C 18.62 8 6.809 5.345 62.561 * 50.535 3.190 133.661 C.911 i.304 41.11318.898 * -34.427 16.144 11.807 421c.c 17.Ci * 6.EC1 5.3c4 62.106 * 50.062 3.239 143.521 c.512 :.I€: 41.11114.C42 * -45.4C5 14.209 10.225 42iO.C 15.82 * 6.154 5.284 61.783 * 49.737 3.274 153.381 c.91c 2 .C51 41.1209.240 * -58.598 12.672 9.022 4210.C 15.CC * 6.751 5.266 61.611 49.527 3.293 162.241 c.5cs 1.SiE 41.1214.45C * -73.997 11.677 0.273 434c.c 14.E2 * 6.789 5.261 61.597 49.416 3.295 172.101 C.5CE 1.ccc 41.121-0.213 * 269.228 11.352 8.035 435c. e 15.1C * 6.189 5.263 61.743 * 49.394 3.282 182.961 c.5c5 c ,552 41.120-4.876 * 252.671 11.734 8.315 4360.C 15.Ei * 6.792 5.272 62.047 * 49.455 3.252 192.821 C.SIC c .57 1 41.11e-9.505 * 237.802 12.743 9.076 4?7C.( 17.CL 8 6.796 C.25C 62.507 * 49.596 3.207 202.6R1 c .s 13 c.53e 41.114-14.109 * 225.233 14.232 10.243 43EO.( 18.52 * 6.EC2 5.316 63.113 1 49.822 3.147 212.541 (-517 c.es3 41.11C-18.695 * 214.837 16.054 11.733 * t * fCLlE TllH€ CL SLC * D v2 LIhF2 FH12 * bLFkA2 VEL2 EETb ECCE RH 10 VEL1 ALPHA1 * PHIl \IhFl cv 1 TABLE XIII. - Continued. TABULAR DATA FOR TRAJECTORIES FROM 1.1 EARTH RADII CIRCULAR

PARKING ORBIT TO 1.1 URANUS RADII CIRCULAR PARKING ORBIT

ECbT f TTlHL CV SLH * 0 v2 bI hF2 PHI2 * bLFIlP2 VEL2 eETb ECCE RM ID VEL1 ALPHA1 * PHI1 VINFl CVI * * 4245 432c.c 21.43 * 6.e19 5.3 85 64.160 * 50.644 3.035 119.520 C.525 i.47C 41.1C1 26.C5E * -21.613 19.421 14.615 184 4330.C 19.43 * 6.806 5.331 63.530 * 49.928 3.105 129.380 C.519 i.Ibi 41.1C7 21.121 * -30.067 17.115 12.625 4340. C 17.7C * 6.756 5.25C 63.015 * 49.394 3.161 139.240 C.515 2-24> 41.111 16.242 * -40.151 15.044 10.899 4350.c 16-20 6.788 5.255 62.634 * 49.008 3.20 3 149.100 C.511 2.115 41.114 11.420 * -52.294 13.310 9.514 43tC.C 15.33 * 6.783 5.239 62.395 48.747 3.225 158.96C c.5c-i 1.5s1 41.116 6.650 * -66.727 12.050 8.550 427c.c 14-86 * t.lE1 5.22E 62.307 * 48.596 3.239 168.820 C.5CE I.EtC 41.117 1.527 * -83.038 11 -408 8.075 43E0.C 14.5C * 6.180 5.226 62.380 48.534 3.233 178.680 C.5CE c .59E 41.116 -2.752 * 260.088 11.470 8.121 425c.c 15.45 * 6.782 5.232 62.611 * 48.554 3.211 188.54C c.5cs C.5E2 41.115 -7.396 * 244.311 12.209 8 -610 44CO.C 16.45 * 6.785 5.241 63.000 * 48.652 3.173198.400 c.511 c.555 41.112 -12.011 * 230.670 13.499 9. 663 4410.c 17.81 * 6.791 5.27C 63.538 * 48.830 3.120208.26C C.515 C.514 41.lce -16.606 * 219.322 15.186 11.016 * * 4iE4 43tc.c ic.3c * 6. 8C4 5.322 64.518 * 49.333 3.019125.099 c.52 1 2.415 41.1CC 23.35C * -26.053 18.133 13.496 I50 437c.c 18.43 * 6.792 5.274 63.952 * 48.728 3.082134.959 0.51C 2.202 41.10518.449 * -35.334 15.946 11.642 43EO.c 16.88 * 6.183 5.239 63.510 * 48.285 3.130 144.819 c.512 2.175 41.10513.~505 * -46.485 14.044 10.094 4390.C 15.71 * 6.117 5.213 63.205 * 41 -916 3.164154.679 0.5C5 i .c52 41.111 e.815 * -59.871 12.551 8 -929 44cc.c 15.cc * t.774 5.19E 63.053 I 41.774 3.181164.539 C.5CE 1 .523 41.1124.C74 * -75.431 11.612 8.225 4410.C 14.8C * 6.772 5.192 63.C49 * 47.675 3.183174.299 c.sc7 I.COC 41.11?-0.623 * 267.142 11.349 8.032 4420 .( 15.12 * 6.773 5.155 63.208 * 47.655 3.168184.259 c.5ce c .55 1 41.111-5.282 * 251.278 11.791 8.357 443c.c 15.53 * t. 776 5.2C6 63.524 * 47.713 3.138 194.115 C.5IC c .St5 41.105-5.S10 * 236.591 12.849 9.157 4440. C 11.14 6.180 5.226 63.993 * 47.845 3.091203.975 c.512 c.524 41.10t-14.514 * 224.216 14.374 10.357 445C.( 18.6.5 * 6.787 5.254 64.607 * 48.058 3.029213.839 C.5li C .EEE 41.1C1-19.104 * 213.983 16.222 11.873 * * * r::4 441C.C 20.22 * 6.753 5.276 65.523 * 47.987 2.942125.686 c.52 1 2.42; 41.055 23.189 -26.321 18.C53 13.427 ICC 442C.C 18.37 * 6.781 5.22 6 64.967 * 47.401 3.00 5 135.546 C.516 i.?C4 41.C95 18.296 * -35.642 15.876 11.585 442c.c It.82 * 6.772 5.152 64.532 * 46.913 3.054 145.406 C.5li ;.]El 41.1C? 13.459 * -46.846 13.987 10.048 4440 .C 15.66 * 6.766 5.167 64.238 * 46.670 3.087 155.26t c.5cs 2 .c54 41.105 8.674 * -60.291 12.509 8.897 4450.C 14.57 * 6.162 5.152 64.084 * 46.483 3.105 165.126 C.5Cl 1.522 41.107 3.S37 * -75.903 11.588 8.208 44tC.C 14.7s 6.761 5.146 64.C88 * 46.382 3.106 174.986 c.5c7 1 .ccc 41.1C7 -0.157 * 267.257 11.346 8.030 447c.c 15.1? * 6.762 5.145 64.250 46.360 3.091 184.~6 C.SCi c .ss 1 41.1C6 -5.414 * 250.823 11.801 8.370 44CO.C 15.55 * 6.765 5.162 64.565 46.411 3.060 194.706 c .5c5 C .56E 41.IC? -1C.042 * 236.193 12.881 9.182 44%. c 17.16 * 6.77C 5.183 65.040 * 46.533 3.013 204.566 C.512 C.S?? 41.1CC -14.648 * 223.878 14.419 10.393 45cc.c 18.70 * 6.771 5.212 65.654 1 46.731 2.951 214.426 C.516 C.EEt 41.055 -19.241 * 213.694 16.277 11.919 * * * 4IE4 446C.C ic.14 * 6.182 5.232 66.524 * 46.6CO 2.869 126.212 <.sic 2.42: 41.085 23.C25 * -26.594 17.573 13.358 5c 4410.t 18.30 * 6.710 5.1 85 65.977 * 46.035 2.933 136.133 c.515 i.?Ct 41.054 18.141 * -35.958 15.806 11.527 44EC.( 16.lt * 6. 762 5.14.5 65.550 45.624 2.981 145.992 c.51 I ;.]E; 41.0$7 13.31C * -47.217 13.930 10.003 445c.c 15.62 * 6. 756 5.123 65.259 I 45.337 2.014 155.853 C.5CE i.c54 41.10C E.531 * -60.725 12.467 8.865 45cc. c 14.54 * t.752 5.lCE 65.115 * 45.152 2.032 165.713 C.5Ci 1.522 41.1C1 3.75E * -76.385 11.566 8.191 4510.C 14.78 * 6.751 5.102 65.127 45.049 3.032 175.573 C.SCb 1 .cnc 41.101 -0.893 * 266.763 11.344 8.029 452c. c 15-12 * 6.752 5.106 65.290 * 45.028 3.017 lac.432 C.SCi c.5sc 41.10C-5.549 * 250.361 11.825 8.383 4530.C 15.56 * 6.755 5.12C 65.611 * 45.07 1 2.986 195.293 c.5c5 c .St7 41.05E-1C.177 * 235.790 12.916 9.209 4540 .C 17.15 6.lCC 5.142 66.C83 4 45.180 2.939 205.153 C.512 (.SI; 41.C54-14.785 * 223.535 14.465 10.431 4550. C 18.7? * 6.768 5.173 66.696 * 45.361 2.876 215.012 C.516 c .eE5 41.050-15.381 * 213.402 16.333 11.966 * * * rr2c 451c.c 2C.C6 6.772 5.152 67.519 * 45.172 2.800 126.860 C.52C 2.427 41.08522.860 * -26.873 17.893 13.289 C 45iO.C 18.23 * 6.761 5.144 66.982 44.630 2.863 136.720 C.914 2.?CE 41.08s 17.983 * -36.280 15.736 11.469 45?C. c 16.71 * 6.752 5.107 66.564 * 44.237 2.912 146.580 C.51C ;.]E2 41.05213.159 * -41.596 13.R72 9.957 4540.C 15.5E * 6.746 5.081 66.280 4 43.962 2.945 156.440 C.5CE i .C55 41.055 E.385 * -61.167 12.426 8.834 45cc.c 14.92 * t. 142 5.Cbt 66.145 * 43.780 2.961 166.300 c.5cc 1.524 41.09t 3.657 * -76.877 11.544 8.175 45t0. C 14.71 * 6.141 5.C61 bb.155 * 43.687 2.962 116.16C C.SCt 1 .ccc 41.09t -1.C32 * 266.257 11.343 8.028 457c.c 15.1' * 6.742 5.C66 66.331 * 43.650 2.946 186.020 C.5Ci c.55c 41.095-5.686 * 249.893 11.844 8.397 45EO.C 15.5E * 6.746 5.0EC 66.648 * 43.653 2.915 195.880 c.sc5 c .5Ct 41.09?-1C.315 * 235.380 12.952 9.236 455C.( 17.2i * 6.151 5.1C3 61.121 * 43.188 2.867 205.14C c.512 C.52C 41.085-14.925 * 223.187 14.514 10.470 46CC.C 18.77 * 6. 755 5.136 67.734 * 43.950 2.804 215.600 C.516 C .E€? 41.085-19.524 * 213.106 16.391 12.014 * * 4 11 1Ht Ll SLP 0 L? lIhF2 Phl2 t bLFkP2 VEL2 PETb ECCE RH IO VEL 1 ALPHA1 * PHI1 VIhFl cv 1 CD 0

tLPlt TllM€ CL SLM * 0 v2 blhF2 FI-I2 4 PLPkP2 VEL2 eCTA ECCE RHlC VEL 1 ALPHAl Q PHIl VIhFl cv1 * 1 * 4: 1 * 4484 45tO.C 15.5E 4 6.763 5.154 68.509 * 43.702 2.733 127.447 C.5 15 2.4?C 41.08C22.693 Q -27.157 17.812 13.220 ?I5 45iC.C 18.lt * 6. 751 5.1C5 67.981 1 43.186 2.796 137.307 C.514 i .?CS 41.C8417.823 * -36.610 15.666 11.411 45EO.C 16.t5 * 6.143 5.06E 67.572 4 42.812 2.845 147.167 c -5 IC 2.182 41.08E13.006 * -47.983 13.815 9.911 455c. C 15.5' * 6.737 5.C42 67.296 1 42.552 2.878 157.027 C.SCi i.CSC 41.09CE.237 * -61.619 12.385 8.803 46CC.C 14.85 * 6.733 5.021 67.173 * 42.369 2.994 166.887 c.5ct 1.522 41.0913.513 * -77.377 11.522 8.159 461C.C 14.76 * t.732 5.C23 67.183 4 42.285 2.895 176.741 c.sc5 1 .ccc 41.051-1.174 Q 265.743 11.344 8.029 46iC.C 15.15 * 6.733 5.C28 67.356 * 42.251 2.879 186.607 C.5Ct C.S@S 41.090-5.828 * 249.413 11.865 8.413 4t2C.C 16.CC * t.727 5.043 67.690 * 42.264 2 .846 196.46 1 C.SCE c .56E 41.08f-1C.455 * 234.968 12.989 9.265 4t4C.C 17.25 * 6.142 5.067 68.153 1 42.356 2.799 206.327 C.511 c.s25 41.085-15.067 Q 222.835 14.564 10.510 4t.Lc.c 18.Ei Q 6.151 5.101 68.765 0 42.495 2.735 216.187 C.Slt C .E€ 1 41.08C-15.670 * 212.8C6 16.451 12.fl65 0 d * 4!Z4 4tlC.C I5.CC * 6.754 5.11E 65.492 * 42.190 2.670 128.034 c.515 2.412 41.C7t 22.524 * -27.447 17.731 13.150 it5 462C.C 18.05 * 6. 743 5.C6E 68.975 4 41.703 2.733 137.894 0.917 2.211 41.080 17.662 * -36.946 15.595 11.352 462C.C 16.6C * 6.134 5.031 68.575 * 41.351 2.782 141.754 c .5cs ;.let 41-08: 12.S51 * -48.380 13.757 9.856 4t4C.C 15.5C * 6. 72e 5.cc5 68.306 4 41.105 2.814 157.t14 0.5C7 i .C5t 4 1.08t e.086 * -62.082 12.344 8.772 4t5C.C 14.El e 6.725 4.951 68.180 * 40.943 2.83 1 167 -474 C.5CL 1.522 41.0873.365 * -77.896 11.502 8.144 46tC.C 14.75 * 6. 724 4.986 68.208 P 40.843 2.831 177.?34 (.SC5 C.955 41.087-1.318 * 265.222 11.345 8.030 467C.C 15.15 * 6.125 4.993 68.376 * 40.816 2.815 187.194 c.5ct c.ses 41.086-5.972 * 248.926 11.888 8.429 46EC.C I6.Ci 6.729 :.oat 68.710 * 40.818 2.782 197.054 C.SCE c .5t4 41.083-1C.600 * 234.545 13.028 9.796 4c5c.c 17.25 * 6.735 5.034 65.180 * 40.884 2.733 206.914 (.'ill C.92.E 41.08C-15.213 Q 222.478 14.616 10.552 47CC.C 18.€t * t.743 5.C65 65.790 4 40.998 2.669 216.774 c.515 (.€IC 41.C7t-15.819 * 212-5C2 16.513 12.117 * 9: * LSer 4ttC.C IS.€? * t. i46 5.C84 7C.469 1 40.638 2.610 128.621 C.51f 2.424 41.01222.354 * -27.742 17.649 13.081 215 467C.C 18.03 * 6. 735 5.034 69.963 * 40.18 1 2.67 3 138 -481 0.913 2.312 41.07617.499 Q -37.290 15.524 11.294 46EC.C 16.C5 * 6.726 4.956 65.572 8 39 -852 2.721 148.341 c .9c5 2.lEt 41.07512.693 * -48.785 13.699 9.820 4690. C 15.4t Q 6.720 4.571 69.311 4 39.622 2.754 158.201 C.5C6 i -056 41.0827.934 * -62.555 12.303 8.741 47cc.c 14.E5 Q 6.717 4.55t 65.191 * 39.469 2.770 168.061 c.5c5 1 .si3 41.C832.216 * -78.420 11.482 8.129 471C.C 14.15 * 6.116 4.953 69.220 * 39.375 2.770 177.921 C.SC4 C .-is5 41.C83-1.465 Q 264.688 11.348 8.032 47iO.C 15.1.5 Q 6.717 4.955 69.400 * 39.329 2.753 187.781 c.5c5 (.SEE 41.Ce2-6.117 * 248.437 11.911 8.447 472c.c 16.C5 4 6.721 4.976 65.728 1 39.330 2.720 197.641 C.5CE <.st3 41.075-1C.747 * 234.118 13.069 9.327 474C.C 17. 22 * 6.727 5.002 70.204 * 39.366 2.671 207.501 c.511 C .52C 41.076-15.361 * 222.119 14.670 10.596 415c.c 18.51 * 6.736 5. c3s 7C.817 * 39.445 2.606 217.361 C.915 C.E?E 41.072-15.969 * 212.198 16.576 12.169 * * * ECPTf TllMf Cb SLH * DL2 L I hF2 PHI2 * BLPtb2 VEL2 eETP ECC€ RH IC VEL1ALPHAl * PHIl VI LF1 cv 1 TABLE XIII. - Continued. TABULAR DATA FOR TRAJ!'C'l'ORIrS FROM 1.1 EARTH RADII CIRCULAR

PARKING ORBIT TO 1.1 URANUS RADII CIRCULAR PARKING ORBIT

TT IME Ck SUM * UV2 bINF2 PHI2 * blPHA2 VEL2 @ETA ECCE RMIO VEL1 ALPHA1 * PHIl VlNFl ov 1 * * * 465C .C iG.11 * 6.748 5.09C 71.416 * 39.794 2.534 124.240 (.Sic i -45 1 41.06724.559 * -23.952 18.677 13.967 47cc.c Id.8C * 6.135 5.c33 70.869 * 39.291 2.605 134.200 C.515 2 -972 41-07219.684 * -32.159 16 -45 1 12.064 471C.C 17.17 * 6.724 4.590 70.429 * 38.925 2.660 144.06C C.5IC 2.i4E 41.075 14.e.50 * -43.314 14.478 10.441 47iC.C 15.85 * 6.717 4.555 7C.110 38. 665 2.700 153.920 c.5c7 i.115 41.C78 1O.CE3 * -56.029 12.010 9.174 47?0.C 15.Ct * 6.713 4.935 69.927 * 38.486 2.724 163.180 c .5c5 1 .SEI 41.C8C 5.349 * -71.015 11.771 8.343 474c.c 14.1i * 6.711 4.531 69.888 38.369 2.731 173.640 C.5C4 ].E51 41.08C 0.653 * -87.631 11.317 8.009 415C.c 14.51 * 6.711 4.532 70.007 * 38.288 2.722 183.50C c.9c5 c.555 41.C75 -4.Cll * 255.623 11.571 8.195 47ec.c 15.55 * 6.714 4.945 70.259 * 38.270 2.697 193.360 C.5Ct c .57t 41.c7e-e.651 * 240.319 12.477 8.873 4770.C It.1C * 6.715 4.568 7C.664 * 38.280 2.655 20?.220 c.sc5 C.515 41.C75 -13.273 * 227.268 13.897 9.977 47EC .C 18.15 * 6.127 5.ooc 71.210 * 38.323 2.597 213.080 C.51: c .5c 1 41.071-17.885 * 216.451 15.68 1 11.423 * * * 4tf3 473C.C 19.t? * c.135 5.C37 71.789 * 38.390 2.535 129.915 c.511 i.431 41.06721.87t * -28.553 11.427 12.890 15c 474c.c 17.8t * 6.724 4.987 71.303 * 37.988 2.598 139.779 C.512 i.?CE 41.C7117.033 * -38.296 15.329 11.133 4i5C.C 16.41 * t. 715 4.55c 7C.932 * 37.699 2.645 149.639 c.sc1 i.1EI 41.07412.237 * -49.987 13.541 9.695 47tC.C 15.37 * 6.710 4.925 7C.688 I 37.495 2.676 159.495 C.5Ct 2 .c :c 41.0767.407 * -63.965 12.194 8.658 477c.c 14.fC * 6.7C7 4.912 70.585 * 37.357 2.691 165.355 c.sc4 1.515 41.C712.775 * -79.982 11.433 8.094 47EC.C 14.75 * t. 7C6 4.9c5 70.627 * 37.267 2.689 179.215 c.5c4 c .59s 41.017-1.502 * 263.111 11.367 8.045 47SC.C 15.21 * 6.7C8 4.517 7C.825 * 37.203 2 -67 1 189.075 c.5c5 c .58C 41.07t -6.551 * 246.996 11.991 8.507 48CC. c 16.14 * 6.712 4.535 71.156 * 37.193 2.637 198.939 C.SCi c .st c 41.074 -11.181 * 232.882 13.198 9.428 4810.C 17.45 * 6.715 4.564 71.634 37.206 2.587 208.799 c.511 c .522 41.C71 -15.798 * 221.C85 14.835 10.730 4e2c.~ 15.Ct * 6.728 5.003 72.245 1 37.249 2 -521 218 -659 c.51: [.E72 41.061 -2C.412 * 211.328 16.167 12.331 * * * 41C2 47EC.C 19.55 * e. 125 5.CCE 72.749 * 36.746 2.482 130.506 C.5li 2.43i 41.06421.702 -28.903 17.345 12.821 ICC 47sc.c 17.15 * 6.717 4.958 72.275 * 36.380 2.545 140.366 C.912 2.3C5 41.0te 16.P65. * -38.659 15.258 11.075 48CC. c 16.3C * e. 7c5 4.921 71.913 * 36.118 2.592 150.226 C.5CE 2.111 41.01112.C76 * -50.416 13.484 9.651 481C.C 15.32 * 6.7C3 4.896 71.677 * 35.932 2.623 160.086 c .5c5 i.c4s 41.0737.329 * -64.464 12.155 8.629 4eiO.C 14.7E * 6.7CO 4.883 71.580 * 35.802 2.637 169.946 c .sc4 1.515 41.C742.621 * -80.531 11.416 8.082 483C.C 14.75 * 6.695 4.880 71.627 * 35.712 2.635 179.806 c.5c4 c .555 41.074-2.C55 * 262.561 11.373 8.950 4840. C 15.23 * C. 7C1 4.885 71.820 35.652 2.617 189.666 c.5cc C.51t 41-07?-0.704 * 246.490 12.019 8.528 4850.C 16.17 * 6.7C6 4.5C8 72.164 35.606 2.582 199.526 c .sc 7 c .555 41.07C -11.333 * 232.450 13.243 9.462 4atc.c 17.45 * 6.113 4.538 72.637 * 35.598 2.532 209.386 C.911 c .52 1 41.067 -15.553 * 220.719 14.893 10.777 487C.C 19.11 * 6. 122 4.975 12.243 * 35.610 2.465 219.246 C.515 (.e71 41.063 -2C.570 * 211.017 16.835 12.388 * 1 * 4iS1 4E3C. ( 19.47 * 6. i22 4.58C 73.701 * 35.066 2.433 131.093 C.5lt i -434 41-061 21.527 * -25.219 17.263 12.751 5C 484C.C 17.i? * 6.711 4.53c 73.238 * 34.738 2.495 140.953 c.511 i.?lC 41.065 16.696 * -39.029 15.187 11.017 485C.C 16.31 * 6.7C2 4.853 72.886 34.504 2 -54 2 150 -813 c.sc1 i.lE: 41.C68 11.912 * -50.854 13.427 9.606 4EtC.C 15.3C * t.t57 4.868 72.659 * 34.337 2.573 160.673 c.5c5 2 .c45 41.C7C 1.170 * -64.973 12.116 8.600 4E1C.C 14.7t * 6.t54 4. e55 72.567 34.215 2.587 170.533 c .5c: 1.51' 41.C712.464 * -81.089 11.400 8.070 48EC.C 14.75 * 6.693 4.854 72.619 * 34.125 2.585 18C.393 C.SC? C.SSE 41.C71-2.205 * 262.003 11.381 8.056 4850 .C 15.24 * 6.695 4.863 72.815 34.055 2.566 190.257 c.sc5 (.SEE. 41.C65-6.858 * 245.981 12.045 8.550 49CO. C I6.2C * 6.7CC 4.88? 73.154 * 33.999 i.531200.113 0.5C7 c.551 41.067-11.489 * 232.011 13.290 9.499 451c.c 17.5: * t.7c7 4.514 73.635 33.948 2.479209.973 c.511 C .5 15 41.064 -16,111 * 220.352 14 -952 10.825 49iC.C 15.16 * 6. 117 4.556 74.234 * 33.925 2.413219.833 c.515 [.E65 41.06C -2C.732 * 210.703 16 e904 12.441 * * * 46C2 4f€C. t 19.4C * 6. il6 4.955 74.645 I 33.350 2.387131.t80 c.5 1t 2.435 41.C5521.35C * -29.540 17.181 12.681 C 4890. C 17.6t * 6.705 4.905 74.193 * 33.064 2.449 141.540 c.511 i.311 41.06216.526 * -39.406 15.116 10 -959 49cc .c 16.26 * 6.656 4.868 7?.@51 * 32.859 2.495 151.400 c .5c7 i.lEi 41.Ct511,746 * -51.3CO 13.?71 9.562 4SIC.C 15.2t * 6.651 4.841 73.632 * 32.711 2.525 161.260 c.sc4 i .c45 41.C67 7.C08 * -65.491 12.07R 8 -572 49iO.C 14.75 * 6.6e8 4.83C 73.547 * 32.598 2.539 171.120 C.SC3 1.912 41.Ct82.306 * -81.656 11.385 8.059 492C.C 14.75 * 6.688 4.825 73.603 * 32.507 2.537 180.980 c.5c3 c .55E 41.068-2.366 * 261.438 11.389 8.062 4540.C 15.2t * 6. t90 4.835 73.801 * 32.426 2.517 19C.840 C.5C4 C.SE4 41.066-7.C15 * 245.468 12.079 8.573 4950 .( 16.22 * 6.CS5 4.860 74.141 32.350 2.482 200.700 C.5Cl c.557 41.064-11.647 * 231.570 13.338 9.536 4560.C 17.5E * 6. lC2 4.852 74.615 * 32.276 2.430 21C.560 c.51c c.511 41.061-16.271 * 219.579 15.014 10.875 4970.C 19.22 * 6.712 4.935 15.219 * 32.196 2.363 220.420 c.515 (.E67 41.057-20.895 * 210.388 16.975 12.507 * * * ECbl L 11 IME Ck SLW * 0 k2 klhF2 PHI^ * ELPI-bZ VEL2 EETP ECCE RMlO YELl ALPHA1 * PHIl VIhFl cv 1 LCPT E TT IME CL SLM * DL2 LIhF2 PHI2 * bLFkb2 VEL2 BETA ECCE RMIO VELl ALPHA1 * PHIl VIhFl ov 1 * * * 4 1 * 4L5349ic.c 21.3c * t. 726 4.955 76.109 * 31.946 2.266122.401 C.521 i.5st 41.052 26.036 * -21.549 19.313 14.574 31 5 493c.c315 l'i.32 * 6.711 4.931 75.580 * 31.601 2.343132.261 c.515 i.43t 41.056 21.172 * -25.866 17. C99 12.611 494c .c 17.6C * 6. 695 4.881 75.140 * 31.359 2.405 142.127 C.5IC 2.311 41.06C 16.353 * -39.789 15.045 10.901 455c .( 16.21 * 6.651 4. 844 74.808 * 31.185 2.451151.987 C.SC7 2.1€> 41.C62 11.579 * -51.754 13.314 9.518 49tC.C 15.23 * 6.686 4.815 74.591 * 31.056 2.48 1 161.847 c.5c4 i .c4 f 41.064 6.845 * -66.018 12.041 8.544 45lC.C 14.72 * 6. 6@3 4. EC7 74.518 * 30.953 2.495 171.707 C.SC? 1.511 41.C65 2.145 -82.232 11.370 8.048 45EO.( 14.15 * 6.683 4.8C6 74.578 * 30.860 2.49 1 18 1.56 7 C.5C3 CS5E 41.065 -2.526 * 260.865 11.399 8.069 4550.C 15.2.E * 6.685 4.el6 74.779 1 30.167 2.472191.427 c.5c4 c .5E4 41.064 -1.174 * 244.949 12.111 8.597 5ccc .c 16.21 * 6.650 4.83e 75.119 * 30.669 2.436201.287 C.5Ci c .95t 41.C61 -11.808 * 231.126 13.388 9.575 5010.C 17.62 * 6.657 4.872 75.591 * 30.562 2.384 211.147 C.5IC C.51C 41.C5@ -16.434 * 219.605 15.076 10 -9 26 * I * 4%:45iC.C 21.21 * 6.72C 4.913 11.022 1 30.108 2.226122.994 (.Si1 i .55 f 41.05C 25.85C * -21.837 19.282 14.494 265 4SEO.C 19.25 * 6. 706 4.905 76.506 * 29.823 2.30?132.854 c.515 2.42e 41.054 20.992 * -30.198 17.016 12.541 4550 .C 17.54 * 6. 694 4.855 76.078 4 29.625 2.365142.714 c.51c i.312 41.C57 lt.180 * -4C.179 14.974 10.843 5cc0 .( 16.lt * 6.686 4.821 75.156 * 29.484 2.410152.574 C.SC6 >.1Ei 41.CbC 11.410 * -52.217 13.258 9.474 5ClC.C 15.ic * 6.681 4.791 15.553 t 29.375 2 -440 16 2.43 4 c.5c4 2 .c47 41.0C2 6.679**-66.555 12.004 8.516 5020. C 14.i2 * 6.678 4.785 75.481 1 29.280 2-45? 112.294 c .5cz 1.51C 41.0621.982 * -82.816 11.351 8.038 5c2c.c 34.76 * 6.618 4.185 75.545 * 29.185 2.449 182.154 c .5C? c .SSE 41.C62 -2.687 * 260.287 11.411 8.077 5c4c. c 15.3C * 6.6@0 4.796 75.748 * 29.080 2.429 192.014 c.sc4 c .983 41.061-7.335 * 244.426 12.145 8.622 5C50.C 16.30 * 6.686 4.819 76.087 * 28.958 2.393 201.814 C.SCi C.555 41.054-11.970 * 230.618 13.439 9.615 5C60.C 17.tI * 6.653 4.85:. 7.5.556 28.815 2.341 211.134 C.51C C -5 14 41.05t-16.599 * 219.228 15.141 10.979 * I * 4553 5cic.c 21.13 * 6.716 4.552 77.925 1 28.241 2.189 123.581 (.Sic ;.Et( 41.c4e25.662 * -22.130 19.190 14.413 215 503C.C 19.17 * 6.701 4.888 77.423 * 28.017 2.266 133.441 C.515 i -435 41.05220.811 * -30.536 16.933 12.471 5040.t 17.47 * 6.690 4.83f 77.007 * 27.866 2.327 143.301 C.51C 2.212 41.05516.004 * -40.577 14.903 10.785 505C. C 16.11 * 6.681 4.801 76.695 I 27.758 2.372 153.161 C.SC6 2.181 41.c5e 11.239 * -52.68a 13.202 9.431 5CtO.c 15.li * 6.676 4.777 16.500 I 27.669 2.40 1 163.02 1 c .sc4 i.C4t 41.C556.512 * -67.101 11.96E 8.489 5070.c 14.70 * 6.613 4.765 76.434 t 27,583 2.414 172.881 c.sci 1.SCS 4I.CCC1.817 * -83.409 11.344 8.029 5CCC.C 14.7t * 6.674 4.765 16.502 * 27.485 2.410 i82.741 (.SC2 c ,557 41.CtC -2.@51 * 259.702 11.423 8.087 sc5c.c 15.32 * 6.676 4.777 76.707 I 27.366 2.390 192.t01 c .sc4 C.SEZ 41.059-7.499 * 243.899 12.180 8.648 51oo.c 16-34 * 6.682 4.8C1 77.046 * 21.218 2.353 202.461 c.sc7 c.954 41.057-12.135 * 230.228 13.491 9.656 5110.C 4.83i 77.512 * 27.038 2.301 212.321 C.51C C .5 13 41.054-16.766 * 218.849 15.206 11.032 * * LLbTE TllME CL SLM * Ok2 LlhF2 PHI2 * bLPbb2 eETbVEL2 ECCE PVIC VELl ALPHA1 41 PHIl VIbF1 cv1 TABLE XIII. - Continued. TABULAR DATA FOR TRAJECTORIES FROM 1.1 EARTH RADII CIRCULAR

PARKING ORBIT TO 1.1 URANUS RADII CIRCULAR PARKING ORBIT

fCPTL TllMt CL SLM * DVL klhF2 PHI2 * bLPkA2 VEL2 eETP ECCE RHIO VEL1 ALPHA1 * PHI1 VIhFl OV1 * * * 45Et 5CtC.C 2o.ci * t. 7c5 4.9c4 18.279 * 26.823 2.208 129.161: C.517 i.45f 41.045 22.983 * -26.582 17.922 13.315 1EL EC7C.C 18.2C * 6.692 4.847 77.829 * 26.680 2.276 135.02C C.512 i.?l1 41.052 18.160 * -35.828 15.781 11.506 508C. C 16.t7 6.t82 4. E04 77.473 * 26.582 2.32E 148.88C c.sc7 2.244 41.055 13.379 * -46.953 13.918 9.993 5C5L .c 15.52 * 6.675 4.773 77.227 * 26.506 2.365 158.14C C.5C4 i.11C 41.057 8.637 * -60.326 12.455 8.856 51CC.C 14.84 * 6.61 1 4.756 77.104 * 26.430 2.385 168.COO c.5c3 1.57441.05e 3.930 * -75.88611.540 8.112 511c.c 14.67 * t.tlC 4.751 71.111 * 26.341 2.388 178.46C C.5Ci 1.COC 41.055 -C.149 * 267.27711.298 7.995 51iC.C 15.c1 * 6.672 4.758 71.253 * 26.227 2.375 188.320 C.5CI c.5514 512C.C 15.82 * 6.676 4.777 77.529 * 26.078 2.346 198 .I80 c.5c.L [.St€ 4 514C.C 17.CE * 6. t83 4.807 77.934 1 25.891 2.301 208.040 C.SC€ c.5224 515c.c 18.tl * 6.692 4.85C 78.460 * 25.66 I 2.241 217.900 c.512 C.€EI 4 * * * 5C22 505C.C iC.51 * 6.7CS 4.523 75.138 * 25.593 2.147 124.e75 c.sic 2.556 4 1.045 25.161 * -22.526 18.948 14.202 I5C 51CC.C 18.5E * 6.655 4.86C 18.660 * 25.462 2.223 134.739 C.514 2.4344 1.04920.321 * -31.467 16. r 13 12.285 511c.c 17.31 * 6.683 4.81C 78.265 25.379 2.282 144.595 c.sc9 i.2ce 4 1.052 15.524 * -41.686 14.713 10.631 512C.C 15.99 * 6.675 4.174 77.912 * 25.319 2.326 154.459 c.scs 2.174 4 1.055 1c.767 * -54.014 13.053 9.315 512c.c 15.cs * 6.67C 4.75C 77.795 t 25.259 2.353 164.319 C.SC? ;.(?E 4 1.057 6.C47 * -68.640 1 I .a74 8.419 5140.C 14.tE * t. 668 4.74C 71.744 * 25.184 2.365 174.179 c.5ci 1 .E55 41.0571.356 * -1x.074 11.318 8.010 515c.c 14.15 * 6.668 4.741 71.824 25.079 2.359 184.035 c.5ci c .55t 41.051-3.309 * 258.071 11.466 8.118 51to.c 15.4c * 6.671 4.755 78.C37 * 24.937 2.338 193.899 C.SC4 C.SEC 41.05t-7.957 * 242.441 12.284 8.727 517c.c 16.45 * t.677 4.781 78.381 * 24.748 2.300 203.755 c .so7 c .55c 41.054-12.595 * 228.994 13.643 9.776 518O.C 17.Ei * 6.685 4.818 78.848 9 24.509 2.246 213.619 c.511 C.5CE 41.C51-17.230 * 217.820 15.393 11.185 * * 5CiI E14C.( iC.t? * 6. 105 4.SCC 80.018 * 23.673 2.118 125.466 c.515 2.551 41.04424.971 * -23.230 18.855 14.122 1OC 5150.C 18.91 * 6.651 4.843 79.554 23.606 2.193 135.326 C.512 2.434 41.04820.137 * -31.820 16.631 12.216 51tC.C 17.25 * 6.teo 4.753 79.171 * 23.573 2.252 145.186 c.5cs i.3Ct 41.05115.346 * -42.1123 14.642 10.574 517C.C 15.54 * 6.612 4.157 18.889 * 23.546 2.295 155.046 0.5C L 2.113 41-05? 10.593 * -54.5C8 12.999 9.273 518C.C 15.C.5 * 6.661 4.134 78.719 * 23.507 2.322 164.906 0 .SC? i.C?i 41.055 5.875 * -65.210 11.840 8.394 5150.C 14.61 * 6.664 4.724 18.674 * 23.438 2.332 174.766 C .5C2 ].@sf 41.055 1.187 * -85.686 11.309 8.003 52co .c 14.EC * 6.665 4.126 lE.758 * 23.329 i.327 184.626 C.SC2 c .59c 41.055-3.478 * 257.474 11.483 8.130 5210.C 15.42 * 6. 668 4.74C 78.972 * 23.169 2.305 194.486 0.5C4 C.575 41.054 -8.126 * 241.909 12.323 8.756 522C.C 16.45 * 6.614 4.767 19.315 * 22.95 1 2.267 204.346 c.5c7 c .945 41.052-12.765 * 228.542 13.700 9.820 523C.C 17.5: * 6. 683 4.80.5 75.718 * 22.668 2.213 214.206 0.511 C.5CC 41.049-17.403 * 217.439 15.462 11.243 * t * 51;: 515C.( iC.74 * 6.7C2 4.851 80.888 21.136 2.091 126.053 C.515 i.55€ 41.04224.779 * -23.539 18.763 14.042 5C 52CO.C 18.8? * 6.687 4. 827 80.438 * 21.736 2.165 135.913 0.513 2.435 41.04619.952 * -32.178 16 -548 12.146 52IC.C 17.15 * 6.616 4.778 8C.067 1 21.751 2.224 145.773 C -90 E i.3cc 41.045 15.165 * -42.527 14.572 10.517 E2iO.C 15.SC * 6.668 4.i42 19.195 * 21.758 2.266 155.633 c.5cs z.173 41.052 1C.417 * -55.011 12.945 9.231 52tC.t 15.0s * 6.663 4.715 79.633 * 21.739 2.293 165.492 c.sc2 i.C?C 41.051 5.702 * -69.789 11.801 8.369 524C.C 14-66 * 6.661 4.705 79.594 * 21.678 2.303 175.353 c.5c2 1.esc 41.054 1.016 * -86.306 11.301 7.997 5250.C 14.81 * t.662 4.712 79.681 * 21.563 2.297 185.213 c.sc2 c .556 41.C53 -3.648 * 256.873 11.501 8.143 5260.C 15.45 * 6.665 4.727 79.896 * 21.384 2.274 195.013 c.5c4 c.57e 41.052 -8.296 * 241.374 12.364 8.787 521C.C 16.54 * 6.671 4.755 8C.237 * 21.134 2.236 204.933 C.5Cl c .541 41.05C -12.931 * 228.087 13.758 9.866 52eo.c 17.98 * 6.680 4.755 8C.696 20.806 2.182 214.793 c.511 c .sc4 41.047 -11.578 * 217.051 15.533 11.301 * * * 5173 524C.( io.cc * 6.C98 4.876 81.748 * 19.786 2.068 126 -640 c.515 2.555 41.04124.587 * -23.852 18.671 13.961 C 5250.C 18.lt * 6.684 4.813 81.313 * 19.848 2.141 136.500 0.513 2.425 41.045 19.766 * -32.541 16.465 12.077 52CC.C 17.12 * 6.613 4.764 80.953 * 19.918 2.199 146.360 C.SCE i .3Ct Ll.04E14.904 * -42.958 14.502 1C.460 5210.C 15.85 * t. ct5 4.728 80.690 * 19.959 2.241 156.220 c.sc5 2.172 41.C5C 10.240 * -55.522 12.891 9.189 52EO.C 15.01 * t.66C 4.7C5 80.537 * 19.959 2.266 166.080 c.sci i.c24 41.C525.528 * -70.376 11.775 8.345 525C.C 14.65 * 6.658 4.696 80.503 * 19.905 2.276 175.940 c.5ci ].E54 41.0520.843 * -86.933 11.294 7.992 53CO.C 14.@2 * 6.655 4.655 80.593 * 19.183 2.269 185.800 c .sc i (.$Sf 41.052-3.820 * 256.267 11.520 8.158 5310.C 15.48 * 6.663 4.715 80.809 * 19.585 2.241 195.66C c .5c4 C.577 41.051-8.469 * 240.835 12.406 8.819 5320.1 16.5E * 6.665 4.744 81.148 * 19.302 2.208 205.520 c.sc7 C.54t 41.049-13.111 * 227.631 13.817 9.913 5330.C 18.04 * 6.~518 4.185 81.603 * 18.926 2.154 215.380 0.511 c .sci 41.046-17.755 * 216.673 15.606 11.361 * * * LtPTE TIIME CL SLH * D b2 bIhF2 PHI2 * bLPkP2 VEL2 @ET4 ECCE RM ID VEL1 ALPHA1 * PHI1 VIhFl cv1 D L2 \I I hF2 PHI2 * PLFI-A2 VEL2 BETA ECCE RHIO VELl ALPHA1 * PHIl VlhFl ov 1 * * * * * * 5223 525C.C 2C.5E * t.6S6 4.864 82.597 * 17.828 2.047 127.227 C.51E i .56C 41.04C 24.393 * -24.169 18.578 13.881 215 53cc.c 18.65 * 6.681 4.80C 82.174 4 17.964 2.119 137.087 C.512 2.435 41.044 15.578 * -32.911 16.382 12.007 531C.C 17.C7 * 6. t7C 4.751 81.828 * 18.078 2.176 146.947 C.SCE 2 .?C5 41.047 14.801 * -43.396 14.431 10.403 532c. c 15-61 * 6. Ct3 4.715 81.575 * 18.152 2.217 156.807 c.sc4 2.171 41.C4S 1C.C61 * -56.041 12.837 9.148 5220.C 14.5E * 6.658 4.653 81.430 * 18.17 1 2.243 166.667 c .sci i.C33 41.05C5.352 * -70.971 11.743 8.322 534c.c 14.t4 * t.656 4.684 81.401 * 18.122 2.252 17t.527 c .5c 1 ].€Si 41.051 C.665 * -87.561 11.288 7.988 5350.C 14.E? 0; t. 657 4.6E8 81.495 * 17.994 2.245 186.387 C.5Ci c.555 41.051-3.994 * 255.656 11.541 8.173 5360. C 15.51 * 6. t6C 4.7c5 81.711 * 17.775 2.222 196.247 c.sc4 c.s7c 41.04$-8.643 * 240.295 12.449 8.852 537c.c 16.t: * 6.667 4.134 82.048 * 17.458 2.183 20t.107 C.SC? c .544 41.047-13.287 * 227.173 13.87a 9.962 53EO.c 18.1C * 6.676 4.777 82.497 * 17.033 2.129 215.967 c.511 c.sc 1 41.044-17.934 * 216.289 15.680 11.422 * * * 527: 534c.c 20.45 * t.t53 4.e52 83.456 * 15.867 2.029 127.814 C.5LE 2.561 41.03524.195 * -24.490 18.485 13.800 it5 535c.c 18.t2 * 6.679 4.785 83.026 * 16.07 1 2.100 137.674 C.512 2.435 41.04315.389 * -33.286 16.299 11.937 5360.C 17.C1 * t.tb@ 4.735 82.692 * 16.233 2.157 147.534 C.5CE i.?CS 41.04614.617 * -43.841 14.361 10.347 537c.c 15.71 * 6.66C 4.704 82.450 * 16.341 2.197 157.394 c .sc4 i.17C 41.C4E 5.880 * -56.569 12.784 9.108 53E0.C 14.45 * t. 655 4.6E2 82.312 * 16.378 2.221 167.254 c .5ci 2.c31 41.C455.174 * -71.575 11.712 8.299 5350. C 14.tL * 6.t53 4.674 82.288 * 16.334 2.230 177.114 c .sc 1 I.EE5 41.05C C.493 * -88.207 11.284 7.985 54cc.c 14.84 * 0.654 4.678 82.385 * 16.197 2.223 186.974 C.5CI c.554 41.045-4.169 * 255.041 11.562 8.189 C41C.C 15.54 * 6.658 4.656 82.602 * 15.958 2.199 196.834 c.sc4 c .575 41.046-8.820 * 239.751 12.494 8.885 54iC.( 16.t6 * t. e65 4.726 82.936 * 15.605 2.16 1 2Ot .694 C.5Ci c.543 41.046-13.466 * 226.713 13.940 10.011 543c.c l8.1t * 6.t75 4.77C 83.380 * 15.130 2.107 216.554 c.511 C.655 41.04?-18.115 * 215.902 15.755 11.484 * * * 52;: 525C.C iC.41 * 6.t51 4.841 84.263 * 13.907 2.013 128.401 C.5IE 2.5t 1 41.C35 24.CC4 * -24.816 18.393 13.720 21%5400.C ld.54 * 6.676 4.778 83.867 4 14.178 2.084 138.261 c.512 2.435 41.042 1q.199 * -33.666 16.216 11.868 541C.( 1t.st * t. 666 4.725 83.541 1 14.399 2.139 148.121 C.5Ci 2 .?04 41.045 14.431 * -44.244 14.291 10.291 54iC.c 15.73 * 6. t58 4.694 83.313 * 14.528 2.179 157.981 0.5C4 2.lbE 41.047 9.698 * -57.104 12 732 9.067 54?C.( 14.52 * t.t53 4.673 83.183 * 14.584 2.203 167.841 c .sci i .cis 41.C4P 4.9’45 * -72.187 11.682 8.277 5440 .C 14.t2 * 6.651 4.665 83.165 11 14.544 2.211 177.701 o.sc1 1.Eei 41.C45 0.315 * -88.854 11.280 7.983 545C.C 14.E6 * 6.653 4.67C 83.264 * 14.398 2 -20 3 187 -561 C.SC2 c .554 41.04e-4.347 * 254.422 11.586 8.206 54tC .c 15.5€ * t. 657 4.688 83.481 * 14.136 2.180 197.421 c.5c4 c.574 41.C47-8.998 * 239.206 12.540 8.921 547C.C 16.72 * 6.663 4.72C 83.812 * 13.747 2.141 207.281 C.5CI C -54 1 41.045-13.646 * 226.253 14.004 10.061 54EO .C 18.22 * 6.t73 4.764 84.251 * 13.220 2.087 217.141 c.511 C .E57 41.042-18.299 * 215.515 15.831 11.548 * * * DIl2 bIhFi PHI2 * PLFtP2 VEL2 EETP ECC E PM IC VELl ALPHA1 * PHIl VlhFl ov1 TABLE XIII. - Continued.TABULAR DATA FOR TRAJECTORIES FROM 1.1 EARTHRADII CIRCULAR

PARKING ORBIT TO 1.1 URANUS RADII CIRCULAR PARKING ORBIT

EEbTL TlIME sLn * DV2 bIlrF2PHI2 LLPkAZ VEL2 BETP ECCE un ID VEL 1 ALPHAl * PHIl VI hF1 DV I * * 53Ei 54iC.C 21.32 6.657 4.87~ 85.037 * 12.375 1.966 124.120 0.5ic 2.62C 41.03t 26.164 * -21.318 19.424 14.618 1E45430.C 19.35 * 6.681 4.800 84.622 * 12.722 2.043 133.980 C.914 i.45t 41.04C 21.344 * -29.511 17.164 12.667 5440.C 17.62 * 6.665 4.74484.271 13.003 2.105 153.840 c.5c5 ;.?ti 41.043 16.563 -39.282 15.115 10.958 5450.C 16.23 * 6. t6C 4.7c384.002 * 13.205 2.151 153.70C C.SC5 i e232 41.04t 11.817 -51.069 13.376 9.566 5460.C 15.22 * 6.654 4.67583.828 13.318 2.182 163.560 C.SC? i.C54 41.041 7.102 * -65.159 12.080 8.573 547L.C 14.1C * 6.651 4.66183.760 13.331 2.197 173.420 c.5c 1 1.552 41.C402.413 * -81.261 11.374 8.050 548C.C 14-65 * 6. t51 4.66C 83.805 * 13.235 2.197 183.280 C.5Cl C .55E 41.048-2.256 * 261.823 11.362 8.042 545C.C 15.2c * 6.653 4.t73 83.567 * 13.018 2.180 193.14C c.5c3 (.SEE 41.C47 -6.912 * 245.776 12.039 8.542 55CO. C 16.1t * 6.655 4.695 84.244 * 12.669 2.149 20?.000 c.5cc C.55E 41.045 -11.561 * 231.771 13.293 9.502 5510.C 17.51 * 6.667 4.73084.630 12.178 2.102 212.86C c.scc (.SI€ 41.043-16.212 * 220.074 14.975 10.844 * * * 5252 54tC.C 2c.ic * 6.687 4.82585.376 * 11.213 2.000 125.t95 c.517 2.5ft 41.03e23.494 * -25.678 18.153 13.513 1fC 547C.C 18.36 * 6. 673 4.763 85.002 11.571 2.069 139.559 c.511 i -428 41.04118.699 * -34.683 16.001 11.688 54EC.C 16.81 * 6.6ti 4.71584.700 * 11.844 2.122 149.415 C.5Ci 2 .iSt 41.C4413.935 * -45.511 14.109 10.145 5450. C 15.t2 * 6.655 4.6E184.486 12.021 2.160 159.279 c.5c4 2.155 41.C4t S.212 * -58.555 12.596 8.964 5500. C 14.87 * 6.651 4.66184.372 * 12.094 2.182 169.135 c.5c2 >.CIS 41.0474.513 * -73.844 11.608 8.222 5510.C 14.63 * 6.645 4.65484.366 * 12.053 i.18E 178.999 c.5c 1 1.ooc 41.04e -0.163 * 269.406 11.278 7.981 55iO.C 14.51 * 6.651 4.661 84.474 11.886 2.179 188.859 c.5ci c.553 41.047 -4.824 * 252.170 11.655 8.257 5530.t 15.67 * 6.t55 4.681 84.697 * 11.585 2.155 198.719 c.5c4 c.571 41.04t -5.416 * 237.762 12 - 668 9.019 5540 .C 16.8t * 6.662 4.714 05.C29 * 11.137 2.115 208.579 c.5c7 c.5:1 41.044-14.127 * 225.041 14.178 10.200 555C.C 18.25 * 6. t13 4.761 85.464 * 10.529 2.060 218.435 c.511 C.151 41.041-18.785 * 214.505 16.037 11.719 * * * 54‘; 5510.t 2c.12 * 6.t85 4.81i66.179 9.278 1.991 130.286 C.5li i.55t 41.03723.297 * -26.016 18.060 13.433 IC0 5520.CIC0 18.:” . 0.671 4.75585.818 * 9.700 2 -058 140.146 C.511 i.42E 41.04118.506 * -35.080 15.918 11.62n 5C3C.C 16-15 * 6.661 4.70705.527 10.011 2.111 150.006 c .SCl 2.255 41.C4: 13.751 * -45.983 14.040 10.091 554c.c 15.5E * 6.653 4.67485.323 * 10.223 2.147 159.866 c.sc4 2.15.E 41.045 9.C27 * -59.114 12.546 8.925 555c.c 14.E: * 6.645 4.654 85.216 1C.310 2.169 169.726 c.5c; i.Cli 41.047 4.331 * -74.477 11.582 8.203 5560.C 14.t3 * 6.648 4.64885.215 * 1c.270 2.175 179.586 c.sc1 1 .coc 41.047-C.345 * 268.744 11.279 7.981 5510. C 14.9: * 6.645 4.65585.325 * 10.092 2.165 189.446 c.5c.2 c .SF2 41.C4t -5.CC6 * 252.146 11.682 8.277 55EO.C 15.71 * 6.654 4.67685.547 * 9.766 2.140 199.306 c.sc4 c .SlC 41.045-5.659 * 237.217 12.719 9.057 5550.C 16.52 * 6.661 4.71C85.076 * 9.279 2.10 1 209.166 C.5Cl c .5:c 41-04?-14.312 * 224.583 14.245 [email protected] 56OC. C 18.4t * 6.672 4.756 86.305 * 8.618 2.046 219.026 c.511 C.€L5 41.04C -18.973 * 214.119 16.117 11.785 * * 545; 55tC.C iC.C4 * 6.684 4.81C86.971 * 7.361 1.984 13C.872 c .5 16 ;.!It 41.C3723.C58 * -26.358 17.967 13.353 5C 5570.C 18.22 * 6.670 4.745 86.622 * 7 .a42 2.050 140.733 c.511 2.42E 41.04018.313 * -35.482 15.936 11.551 5580.C 16.70 * 6.655 4.701 86.343 * 8.203 2.102 15C.593 c.5ct 2.254 41.04?13.562 * -46.463 13.912 10.036 555c. C 15.54 * 6. 652 4.668 86.148 * 8.436 2.137 160.453 C.SC3 i.15t 41.C458.841 * -59.681 12.496 8.887 56CC.C 14.E: * 6.648 4.646 86.C48 * 8.536 2.158 110.313 c.5c; ;.c15 4 1.0464.146 * -75.118 11.556 8.184 5ClC.C 14.t‘ * 6.647 4.643 86.052 * 8.496 2.163 180.173 C.5Cl 1.coc 4 1.046-0.528 * 268.078 11.281 7.983 562C.C 14.55 * 6.648 4.651 86.164 * 8.306 2.154 190.033 c.5c; C.551 4 1.04t-5.189 * 251.520 11.711 8.299 5630.C 15.i5 * 6.653 4.673 06.385 * 7.955 2.129 195.893 c .5c4 C.5t5 4 1.044-5.843 * 236.671 12.770 9 -091 5t4C.C 16-51 * 6.661 4.70E 86.711 * 7 -429 2.089 209.753 C.SCi C.5!& 4 1 .C42 -14.498 * 224.123 14.314 10.309 565C.C 18.53 * 6.672 4.757 87.133 * 6.714 2.035 219.613 0.512 C.E€i 4 1.04C -15.163 * 213.733 16.199 11.853 * z * 554; 5tlC.C 15.st * 6.682 4.8C4 87.751 * 5.465 1.980 131.460 c .5 1t 2.L5t 4 1 .03i 22.859 * -26.705 17.874 13.273 c 562C.C 18.15 * 6.665 4.743 87.416 * 6.003 2.045 141.320 C.511 2.4214 1-04C le.118 * -35.890 15.753 11.483 563C.C 16.t4 * 6.656 4.656 87.148 * 6.404 2.095 151.180 c.5ct 2.253 4 1.04? 13.371 * -46.949 13.904 9.982 5t40.C 15.5c * 6. 651 4.663 86.962 * 6.664 2.130 161.040 c.5c2 2.1544 1 -044 8.653 * -60.256 12.447 8.850 56LC.C 14.81 * 6.647 4.644 8t.869 * 6.776 2.150 17C.90C c.5c 1 2.Cli 41.0463.961 * -75.767 11.531 8.166 566C.C 14.t3 * 6.646 4.635 86.878 * 6.735 2.155 180.760 c.5c 1 1.ccc 41.04t -0.713 * 267.406 11.284 7.985 567C.C 14.57 * 6.648 4.b48 86.991 * 6.532 2.144 19C.620 C.5C2 C .C5 1 41.045-5.374 * 250.890 11.742 8.321 5tEC.C 15.75 * 6.653 4.67C 87.211 * 6.155 2.119 200.48C c.sc4 c .56E 41.044-1C.029 * 236.124 12.823 9.138 565C.C 17.C: * 6.661 4.706 87.533 * 5.590 2.080 210.340 C.5C7 C.522 41.042-14.687 * 223.663 14.384 10.365 5700.C 18.55 * 6.671 4.75t 87.948 * 4.821 2.026 220.20C C.512 C.EE5 41.035-15.355 * 213.346 16.281 11.923 0 * W * ul LCPTE TTlHL Cb SLH * 0 LL tIFtF2Fkl2 * bLFtb2 ECCE RH IC VEL1ALPHAl * PHIl VILFl CV1 tCL7f TllME Cb SLM * 0 \2 bIhF2 PHI2 * PLFtA2 VEL2 eETb ECCE RnIo ALPHA1VEL1 * PHI1 VILF1 DV 1 * * * * * * ff9i 5ttC.C 19.87 * 6.681 4.795 88.520 * 3.593 1.978 132.047 C.Slt 2.5St 41.03i22.699 * -27.057 17.782 13.194 115 567C.C 18.CE * 6.668 4.73E 8E.198 * 4.186 2.041 141.907 c .s IC i .42t 41.04C 17.922 * -36.304 15.671 11.415 56EC.C 16.55 * 6.1557 4.651 87.941 * '..625 2.090 151.767 c.5ct 2.25 1 41.C42 13.179 * -47-443 13.836 9.928 56SC. C 15.4t * 6.t5C 4.655 87.764 * 4.909 2.124 161.627 C.5CI i.lEi 41.0448.464 * -60.838 12.399 8.813 57CO.C 14.15 * 6.646 4.64C 87.678 * 5.032 2.143 171.487 C.90 1 Z.OIC 41.0453.774 -76.423 11 -508 8.149 5710.C 14.t: * 6.645 4.636 87.691 * 4.989 2.148 181.347 C .5C 1 1 .coc 41.045-C.899 * 266.730 11.289 7.989 57ic.c 14.55 * 6.647 4.645 87.806 * 4.772 i.137 191.207 C.5C2 c.55c 41.045-5.560 * 250.259 11.774 8.345 573c.c 15.e: * 6.652 4.665 88.025 4.369 2.112 201.067 c.sc4 C.SC7 41.044 -1C.217 * 235.576 L2.878 9.180 574C.C 17.OE * t.66C 4.706 88.343 * 3.765 2.072 210.927 C.5Ci c.521 41.042-14.877 * 223.202 14.455 10.423 575C.C 18.tt * 6.672 4.756 88.751 * 2.943 2.019 220.787 C.Sli C.EE? 41.039-15.548 * 212.959 16.365 11.993 * * * 5tri 571C.C 15.75 * 6.6eC 4.755 89.270 * 1.750 1.977 132.634 c.515 i.59C 41.03722.497 * -27.413 17.689 13.114 it5 57iO.C 18-01 * t.667 4.734 88.969 * 2 -393 2.040 142.494 C.510 2.425 41.04017.726 * -36.723 15.589 11.347 573c.c 16.52 * 6.656 4.6EE 88.723 * 2.868 2.088 152.354 C.5C6 i.iSC 41.04212.986 * -47.943 13.768 9.874 5740. c 15.42 * 6.645 4.656 88.554 * 3.174 2.121 162.214 c.5c3 i.15C 41.0448.274 * -61.429 12.351 8.777 5790.C 14.7E * t. t46 4.638 88.468 * 3.323 2.139 172.074 c.5c 1 i.CCi 41.045 3.584 * -77.089 11 -485 8.132 57tO.C 14.tr * t. t45 4.634 88.492 * 3.262 2.143 181.934 C.5C1 1.ccc 41,C45-1.Qe7 * 266.048 11.295 7.993 577c.c 15.0i * t.647 4.644 88.609 * 3.030 2.132 191.794 c .sci C.SES 41.045-5.748 * 249.625 11.807 8.369 57EC.C 15.t7 * 6.652 4.668 88.827 * 2.600 2.107201.654 c .sc1 c.5tc 41.C43-10.406 * 235.027 12.934 9.222 575c.c 17.14 * 6.660 4.706 8S.140 * 1.958 2.067 211.514 C.SCE c.525 41.041-15.068 * 222.742 14.528 10.481 58CC .c 18.74 * 6.672 4.75E 89.544 * 1.077 2.014221.374 c.512 c .eEc 41.035-15.743 * 212.572 16.450 12.064 * d * 5CEi 5iCC.C 19.71 * 6.t8C 4.752 90.C28 * -0.061 1.97913?.221 C.515 2.555 41.03i22.255 * -27.773 17.596 13.034 21s 577c.c 17.95 * t. 666 4.731 89.729 * 0.629 2.040 143.081 c.51c 2.424 41.040 17.528 * -37.148 15.507 11.279 57EC.C 16.4E * t. t56 4.685 89.494 * 1.137 2.087 152.941 c.5cc >.;et 41.04212.792 * -48.451 13.701 9.821 5750.C 15.39 * 6.645 4.653 85.334 * 1.463 2.119 162.801 c .5c 3 i.ldE 41.044 8.C83 -62.027 12.303 8.741 58CC .c 14.7t * 6.645 4.636 89.260 1.605 2.137 172.t61 C.SC1 2 .cc4 41.045 3.396 * -77-756 11.463 8.116 581G.C 14.t4 * 6.645 4.633 E9.282 * 1.555 2.140 182.521 C.5Cl c .555 41.045-1.276 * 265.362 11.302 7.998 58iC.C 15.C' * 6.647 4.643 89.400 * 1.309 2.129 192.381 C .50i c .5ec 41.044 -5.937 * 248.989 11.841 8.395 583C.C 15.$2 * 6.652 4.668 89.618 * 0.849 2.103 202.241 c.5c4 c .5t 4 41.C43 -10.597 * 234.479 12.991 9.267 C84C.C 17.iC * 6.661 4.707 85.877 * 0.279 2.064 21i.101 C.SCE c .s21 41.041 -15.267 * 222.268 14.604 10.542 5e5c.c 18.El * 6.672 4.76C 90.319 * -0.754 2.011 221.961 C.Sli C.E7E 41.038 -15.940 * 212.184 16.537 12.137 * * * ECLTf TTlHL Ck SLP * u b2 llhF2 Pt12 * bLFh42 VEL2 eETP ECCE RH 10 VEL 1 ALPHA1 * PHI1 VlhF1 CV 1 TABLE XIII. - Continued. TABULAR DATA FOR TRAJECTORIES FROM 1.1 EARTH RADII CIRCULAR

PARKING ORBIT TO 1.1 URANUS RADII CIRCULAR PARKING ORBIT

ECPTI ITIHE Ob SLH * 0 v2 blrUF2 PHI2 * PLPkAZ VEL2 @ET4 ECCE RH IO VELl ALPHAl * PHI 1 VIhF1 ov 1 * * Siii 575C.C i0.5E * 6.687 4.824 90.691 * -1.712 1.949 128.94C C.SIE 2.61. 41.035 24.431 * -24.097 18.593 13.893 184 58C0.C 18.70 * 6.672 4.757 90.379 * -0.894 2.015 138.800 c.512 i .4Ei 41.035 15.651 * -32.753 16.410 12.030 581O.C 17.C4 * 6.660 4.7c4 90.203 * -0.461 2 -068 148.66C c.cc7 2.253 41.04114.913 * -43.115 14.469 10.434 58iC. c 15.@2 * 6.652 4.666 85.880 * 0.264 2.106 158.520 c.sc4 2 .i 1: 41.C431C.179 * -55.686 12.866 9.171 58SO.C 14.80 * 6.645 4.637 e9.788 0.461 2.135 188.100 c.sc1 c.555 41.045-3.863 * 256.108 11.518 8.156 5etO. C 15.47 * 6.645 4.655 9C.075 * -0.165 2.116 197.96C C.SC? (-577 41.044-8.510 * 240.695 12 -410 8.822 5870. C lt.5f * 6.657 4 -6 88 90.307 * -0.690 2.083 207.820 c.5cc c .54c 41.042-13.177 * 227.448 13.835 9.927 58eo.c 18.Ct * 6.667 4.135 9C.657 * -1.528 2.037 217.680 C.SIC c .sc 1 41.04C -17.850 * 216.458 15.641 11.390 * * * fiti 583C.C 19.51 * 6.678 4.796 91.031 * -2.481 1.989 134.515 c.51: i.54E 41.03i21.779 * -28.706 17.360 12.833 15C 5840.C15C 17.77 * 6.665 4.726 90.754 * -L.741 2.047 144.379 c.5c9 2.416 41.040 17.C19 * -38.259 15.298 11.108 585C.C 16.34 * 6.655 4.6€1 90.537 * -1.201 2-09 1 154.239 c.c.cs 2.215 41.042 12.289 * -49.784 13.530 9 .68? 5ftO.C 15.30 * 6.648 4.651 90.391 * -0.857 2.121 164.099 0.SCP i.13€ 41.044 7.585 * -63.603 12.185 8.652 5870.C 14.7; * 6.645 4.635 90.332 * -0.719 2.137 173.959 c .sc 1 1.553 41.C45 2.901 * -79.514 11.413 8.079 58EO.C 14.tt * 6. E45 4.633 90.363 * -0.786 2.139 183.815 c .sc 1 c .595 41.C45 -1.769 * 263.576 11.326 8.016 5850. C 15.11 * 6.t47 4.645 9C.486 * -1.062 2.127 193.679 C.5C2 C.587 41.044-6.431 * 247.346 11.937 8 -466 59cc.c 16.04 * 6.653 4.672 90.700 * -1.557 2.100203.535 c.sc5 C.561 41.043-11.094 * 233.068 13.143 9.385 5510.C 17.3t * 6.662 4.713 91.C09 * -2.308 2.061215.399 C.SCE c .sz2 41.041-15.763 * 221.105 14.796 10.698 55iO.C 15.CC * 6.674 4.76E 91.407 * -3.343 2.008223.259 c.51: c .e72 41.038-20.446 * 211.2C3 16.760 12.325 * * * Sf125eIC.c 15.4: * 6.678 4.7 €4 91.745 -4.188 1.995135.106 c.514 i .S4 i 41.03E 21.574 * -29.082 17.267 12.754 1OC 5850.C 17.71 * 6.665 4.725 91.482 * -3.41 5 2.052 144.966 0.9C5 2.415 41.040 16.819 * -38.703 15.217 11.041 59CO.C 16.25 * t.655 4.6EC 91.279 * -2.859 2.095 154.826 C.SC5 i.217 41.042 12.093 * -50.314 13.465 9.636 5910.C 15.27 * 6.648 4.65C 91.142 * -2.502 2.124 164.686 C.SC? i.ll5 41.0447.391 * -64.224 12.141 8.619 59iO.C 14.11 * 6.645 4.635 91.C89 + -2 -36 1 2.139 174.546 c.5c 1 1 .ssc 41.0452.708 * -80.202 11.395 8.066 553c.c 14-61 * 6. 645 4.634 91.123 * -2.432 2.140 184.406 o.sc1 c .595 41.045-1.962 * 262.882 11.338 8.025 5540.( 15-14 * 6.648 4.647 91.249 * -2.729 2.128 194.266 c.sc2 c .Sf€ 41.044-6.C24 * 246.712 11.976 8.495 595O.C lb.CS * 6.654 4.675 91.465 * -3.260 2.102 204.126 C.5C5 c .see 41.043-11.288 * 232.525 13.204 9.432 5960. C 17.42 * 6.663 4.117 91.767 * -4.043 2.062 213.986 C.SCE c .52 1 41.041-15.960 * 220.650 14.873 10.761 5570.C 19.0E * 6.675 4.773 92.146 * -5.101 2.010 223.846 C.SI3 c .87C 41.038-20.648 * 210.817 16.850 12.4@1 * * t :re; 55:c.c 19.25 * 6.678 4.1E4 92.462 * -5.888 2.003 135.693 c.514 i.54i 41.03E 21.370 * -29.459 17.175 12.676 5c 594c.c 17.64 * 6.665 4.725 92.209 -5.077 2.058 145.553 c.5c9 2.413 41.04116.619 * -39.151 15.136 10.975 5550. C 16.24 * 6.655 4.6E1 92.012 * -4.489 2.100 155.413 0.5C5 2.27: 41.04311.f95 * -50.850 13.400 9.585 5560 .C 15.22 * 6.645 4.651 91.884 * -4.120 2.128 165.273 c.5c2 2.1:: 41.0447.195 * -64.852 12.098 8.586 557c.c 14.7C * 6.645 4.636 91.835 -3.973 2.143 175.133 C.SC1 1.5E7 41.045 2.514 * -80.897 11.379 8.054 55EC.C 14.68 * 6. 645 4.636 91.872 -4.051 2.144 184.993 c .sc 1 C .55s 41.045-2.155 * 262.184 11.351 8.034 5550.C 15.17 * 6.648 4.650 91.998 * -4.364 2.131 194.853 O.SCi c.5e: 41.C45 -6.819 * 246.075 12.017 8.526 60CO.C lt.14 * 6.654 4.618 92.212 -4.922 2.105 204.712 c.5cs C.C5€ 41.043-11.484 * 231.980 13.267 9.481 60 10 .C 17.45 * 6.664 4.721 92.509 * -5.742 2.065 214.573 c.5cc C .S 15 41.041-16.158 * 220.194 14.952 10.825 6020. C 19.15 * 6.676 4.778 92.880 * -6.847 2.014 224.433 C.514 C.E67 41.039-20.851 * 210.432 16.941 12.478 * * * 5Sli 55EO.C 19.ii * 6.678 4.784 93.161 * -7.531 2.012 136.280 c.514 i .54t 41.C3521.165 * -29.842 17.082 12.597 C 5F90.C 17.57 * 6.665 4.725 92.920 * -6.690 2 -06 6146.140 0.509 i .4 12 41.04116.417 * -39.606 15.055 10.909 60C0.C 16.15 * 6.655 4.662 92.733 * -6.082 2.107 156.000 C.SC5 i.21: 41.C43 11.697 * -51.394 13.335 9.534 6010.C 15.20 * 6.645 4.653 92.613 * -5.703 2.134 165.860 c.5c2 i. 11c 41.0456.999 * -65.489 12.055 8.554 6CiO.C 14.tS * 6.646 4.63E 92.569 * -5.554 2.148 175.720 c.sc1 1.5e4 41.0452.319 * -81.597 11.364 8.043 6030. C 14.65 * 6.646 4.638 92.609 * -5.640 2.148 185.580 C.9Cl C.S5€ 41.045-2.350 * 261.483 11.366 8.045 6040 .C 15.21 * 6.E45 4.653 92.735 * -5.969 2.135 195.440 c.5c.2 c .584 41.045 -7.C15 * 245.438 12.059 8.557 6CSC.C 16.15 * 6.655 4.682 92.947 -6.554 2.109 205.30C c .5c S c .557 41.043 -11.681 * 231.436 13.330 9.531 6C6O.C 17.56 * 6.665 4.726 93.238 * -1.409 2.070 215.160 c.zcs c.517 41.041 -16.359 * 219.738 15.032 10.890 6C70.C 15.23 * 6.678 4.184 93.601 -8.559 2.019 225.020 C.516 (.E65 41.035 -21.055 * 210.048 17.033 12.555 * * * CCLlf TTlME c\ SLM * OV2 LIhFZ Phi2 * bLPbP2 VEL2 @ETP ECCE RM 10 VELl ALPHAl * PHI1 VIhFl cv 1 (D 4 LCPTE TTIFE c\I SLM * OU2 kIhF2 PHA2 * 8LFli82 @ET8VEL2 ECCE RM IC VELlALPHAl * PHIl VIhFl ov1 * 4 * * * 55ti 60iC.C 21-13 4 6..694 4. €57 94.117 * -10.255 1-95 8 121-00 1 C.52C 2.674 41.03.6 25.732 * -21.996 19.215 14.435 I15 tc3c.c 19.2C * 6.678 4.764 93.849 d -9.132 2.024 136.867 c.514 2.545 41.03520.958 * -30.230 16.990 12.519 6C40.C 17.51 4 6.665 4.126 93.620 4 -8.264 2.076 146.727 O.SC5 i.41C 41.04216.215 * -40.067 14.975 10.844 605C .C lt.14 * 6.655 4.6E3 92.443 -7.639 2.116 156.587 c.5c5 i.i7c 41.04411.497 * -51.945 13.271 9.484 6CCO.C 15.11 * 6.645 4.655 93.330 * -7.252 2.142 166.447 C.5Ci 2.12i 41.0456.801 * -66.133 12.013 8.523 6C7C.C 14.tt * 6.646 4.641 93.291 9 -7.103 2.155 176.307 c.sc 1 1 .58C 41.04t 2.122 * -82.304 11.350 8.033 6CEC.C 14.70 * t.646 4.642 93.334 * -7.197 2.155 186.167 C.5C 1 c .SSE 41.046-2.547 * 260.780 11.382 8.057 6CSC.C 15.24 4 6.650 4.657 93.460 t -7.543 2.141 196.027 C.SC? c.se? 41.045-7.212 * 244.801 12.102 8.590 61CO.C 16.2L 4 6.656 4.6E7 93.669 1 -8.153 2.115 205.887 0.505 c.555 41.044 -11.880 * 230.892 13.396 9.581 611C.C 17.t2 * 6.666 4.732 93.956 1 -9.044 2.077 215.747 c.5cs c .s 15 41.042 -16.561 * 219.283 15.114 10.957 * * * 6Cli tC7C.C 21.C4 * 6.654 4.858 94.781 8 -11.846 1.973 127.594 c.515 2.6575 41.037 25.52C * -22.333 19.113 14.347 it5 6CeC.C 19.12 * 6.678 4.786 94.527 * -10.691 2.036 137.454 C.514 2.543 41.04C20.751 * -30.623 16.897 12.441 6C5C .C 17.44 * 6.665 4.72E 94.308 * -9.799 7.087 147.314 C .SC5 2.4CE 41.04216.Cll * -40.534 14.895 10.778 6lCC. C 16.CS * 6.656 4.6f5 94.141 -9.159 2.125 151.174 C.5C5 i.26e 41.04411.296 * -52.503 13.208 9.435 tl1O.C 15.14 * 6.65C 4.657 94.035 * -8.766 2.151 167.034 C.5Ci 2.124 41.04t 6.603 * -66.784 11.973 8.493 6liO.C 14.67 4 6.641 4.644 94.002 -8.618 2.163 176.894 c.5c 1 1 .57 7 41.04.6 1.925 * -83.016 11.337 8.024 613C.C 14-12 * 6.647 4.646 94.047 * -8.721 2.162 186.754 C.5CI C .SSE 41.04.6 -2.744 * 260.073 11.400 8.069 t14C.C 15.27 * 6.651 4.662 94.173 1 -9.084 2.149 196.614 C.SO? c .sei 41.045-7.410 * 244.163 12.147 8 -623 615C.C 16.25 * 6.658 4.653 94.380 * -9.720 2.123 206.474 c.5cs c.554 41.044-12.081 * 230.349 13.462 9.633 6ltC.C 17.tS * 6.668 4.738 94.661 -10.643 2.085 216.334 c.5cs C.F1? 41.042-16.764 * 218.829 15.196 11.024 11. 9 * tcti 61iC.C 20.55 4 6.tS5 4.655 95.436 * -13.388 1.988128.181 C.S 15 i.Cl2 41.037 25.308 * -22.673 19.012 14.258 215 613C.C 19.C4 * 6.675 4.788 95.193 * -12.206 2 -05 0 138 -04 1 c.512 i -542 41.04C 20.543 * -31.021 16.805 12.363 614C.c 17.38 4 6.666 4.731 $4.906 * -11.294 2.099 141-901 C.5CE i .4ct 41.043 15.8C7 * -41.007 14.815 10.713 t15c.c 16.C4 4 6.657 4.688 94.828 t -10.642 2.137157.761 c.5c5 2.26t 41.045 11.095 * -53.068 13.145 9.386 6ltC.C 15.11 * 6.651 4.661 94.730 * -10.244 2.161167.621 o.sc.2 2.121 41.0466.403 * -67.443 11.933 8.463 6170.C 14.66 * 6.648 4.640 94.701 0 -10.099 2.173 177.401 .JCISC I 1.572 41.041 1.72,q -4 -83.734 11.326 8-015 61CC.C 14.73 * 6. c4e 4.65C 94.149 1 -10.212 2.17 1 187.341 c .sc 1 C.557 41.047-2.943 * 259.364 11.419 8.083 6150.C 15.31 4 6.652 4.667 94.875 * -10.592 2.158 197.201 c .5c2 c.5e.i 41.046-7.610 * 243.525 12.193 8.658 6iCO.C 16.35 * -5.655 4.659 95.078 * -11.252 2.132 207.061 c.5ct 0.552 41.045-12.283 * 229.806 13.530 9.687 Cil0.C 1r.7t * 6.665 4.746 95.353 -12.208 2.094 216.921 C.51C c.711 41.043-16.969 * 218.375 15.280 11.092 * * * ECbTE TTIME CL SLM * Ob2 k I hF2 PHI2 bLPl-82 VEL2 BET8 ECCE RCIC VELlALPHAl * PHIl VIhFl ov1 TABLE XIII. - Concluded.TABULAR DATA FOR TRAJECTORIES FROM 1.1 EARTH RADII CIRCULAR

PARKING ORBIT TO 1.1 URANUS RADII CIRCULAR PARKING ORBIT

€Celt rrlnE Cb SLM * 0 v2 VlhF2 PHI2 * bLPbA2 VEL2 8ETA ECCE RnIC VEL1 bLPHA1 * PHI1 VIhlFl * * ov1 tC5t 61tC.C 19.81 * 6.C8t 4.821 95.759 * -13.768 2.03? 133.760 C.516 2.CC4 41.04C 22.659 * -27.132 17.765 13.180 184 6170.C 18.Of * 6.672 4.758 95.541 * -12.115 2.087 143.620 0.511 2.47C 41.042 17.912 * -36.331 15.669 11.413 618C.C 16.55 * 6.661 4.705 95.364 * -11.932 2.129 153.480 c .5Ct 2.321 41.044 13.191 * -47.415 13.842 9.933 615C.C 15.41 * 6.t54 4.615 95.242 * -11.409 2.159 163.340 c .5c2 i.l@E 41.04t E.492 * -60.756 12.407 8.820 t2CO.C 14.8C * 6. t45 4.655 95.183 -11.143 2.176 173.200 c .5c i i.C41 41.047 3.809 * -76.299 11.514 8.153 6ilC.C 14.t4 * 6.646 4.651 95.191 -11.138 2.181 183.060 C.SC 1 1 .occ 41.C47 -0.862 * 266.863 11.289 7.989 62iO.C 14.55 * 6.651 4.661 55.286 -11.399 2.173 192.920 c.5ci C.S5C 41.047 -5.530 * 250.363 11.770 8.342 6230. C 15.8: * 6.656 4.6E7 95.451 * -11.937 2.153 202.78C c .sc4 c .5c 1 41.046-10.200 * 235.629 12.875 9.177 624C .C 17.c4 * 6.665 4.721 95.69C * -12.770 2.120 212.640 C.SCE C.S2 1 41.044-14.881 * 223.198 L4.459 10.426 t25O.C 18.tC * 6.671 4.7E2 95.995 * -13.914 2.077 22i.500 C.512 * * c .@E> 41.042-15.580 * 212.902 16.381 12.006 tl1l t1rc.c ic.71 * 6. tS4 4.855 96.317 * -15.388 2.015 129.479 C.FlS i .t65 41.03924.778 * -23.533 18.760 14.G39 15C e2co.c 18.85 * 6.675 4.1eE 96.093 * -14.187 2 -074 139.339 0.913 2.534 41.04220.021 * -32.033 16.575 12.169 t21C.C 17.22 * 6.66t 4.733 55.902 -13.267 2.121 149.199 C.SC€ i .?5 i 41.04415.290 * -42.220 14.615 10.552 62iO.C 15.92 * 6.657 4.652 95.759 * -12.615 2.155 159.059 c.9c4 2.255 41.04t 10.583 * -54.523 12.989 9.265 tZ?C.C 15.C4 * 6.652 4.666 95.673 * -12.226 2.178 168.919 c .90 i i. 1cs 41.C41 5.894 * -69.136 11.836 8.391 6240.C 14.tt * 6.645 4.655 95.655 * -12.100 2.188 178.779 c.5c 1 I .56 I 41.04F 1.219 * -85.569 11.302 7.990 6250.C 14.77 * 6. t50 4.659 95.709 * -12.241 2.186 188.C39 O.5C2 c.55c 41-047 -3.450 * 257.566 11.472 8.122 626C.C 15.40 * 6.t54 4.677 95.838 * -12.657 2.171 198.499 C.SC? c.575 41.041-8.119 * 241.919 12.315 8.750 627C.C 16.45 * 6. t62 4.711 96.040 -13.364 2.145 208.359 O.5Ct C.S46 41.045 -12.795 * 228.449 13.704 9.824 628C. C 17.94 * 6.672 4.76C 96.311 * -14.379 2.107 218.219 C.51C C.5C5 41.043-17.487 * 217.245 15.492 11.267 * * * tlEl t24C.C iC.C! * t.655 4.861 96.948 * -16.815 2.033 130.066 C.SIE i.tt4 41.04C 24.565 * -23.885 18.659 13.951 1CC 6250.C 18.17 6.675 4.152 96.735 * -15.597 2.090 139.926 C.913 i .53i 41.04219.811 * -32.446 16.483 12.092 626C.C 17.11 * 6.667 4.736 96.554 * -14.665 2.136 149.786 C.SCE i.fSL 41,04515.084 * -42.712 14.537 10.488 627C.C 15.8E * 6.658 4.65t 96.419 * -14.007 2.169 159.646 0.504 2.252 41,047 1C.379 * -55.111 12.929 9.219 628C .C 15.02 * 6.t53 4.671 96.341 * -13.618 2.191 169.506 c.5ci i.lCt 41.C4F 5.692 * -69.817 11.800 8.364 6250.C 14-64 * 6.651 4.660 96.327 * -13.497 2.200 179.366 C.5Cl 1.557 41.04e1.017 * -86.301 11.295 7.993 t3CO.C 14.75 * 6.652 4.665 96.383 -13.649 2.198 189.226 c.5ci c .?St 41.048-3.652 * 256.855 11.496 8.140 6:lC.C 15.44 * 6.656 4.6e4 96.511 * -14.083 2.183 199.086 c.5c2 t .57E 41.C47 -8.322 * 241.286 12.366 8.788 t2iO.C 16.54 * 6. tC3 4.71 5 96.710 -14.813 2.157 208.946 C.SCC c.547 41.046 -13.000 * 227.913 13.776 9.881 t330.c 18.C1 * t.674 4.168 96.974 -15.856 2.119 218.806 C.SlC c .5c2 41.044-17.695 * 216.798 15.579 11.339 * * ti11 t25c.c iC.Et * t.656 4.E65 97.565 -18.196 2.052 130.653 O.51E ;.cc: 41.040 24.350 * -24.241 18.558 13.863 5c 63CC .C 18.7C * 6.680 4.195 97.361 * -16.963 2.107 140.513 C.512 i.53c 41.04315.601 * -32.863 16.392 12.015 t3lC.C 17.C5 * 6.668 4.741 97.196 * -16.022 2.152 150.?7? C.5CE 2.252 41.046 14.877 * -43.211 14.459 10.425 63iC.C 15.83 * t.t55 4.7C1 97.070 * -15.360 2.184 160.233 c.5c4 i -245 41-047 10.174 * -55.706 12.869 9.113 633C.C 14.55 * t.654 4.676 56.997 * -14.972 2.205 170.09? C.SCI i.lC2 41.048 5.489 * -70.504 11.765 8.338 634C. C 14.64 * 6.652 4.60t 96.987 * -14.858 2.214 179.953 C.5CI 1-55? 41.0490.815 * -87.037 11.290 7.989 t350.c 14.E1 * 6. t53 4.672 97.045 * -15.022 2.211 189.813 c .5ci c .555 41.045-3.855 * 256.142 11.521 8.158 62tO.C 15.45 * 6.657 4.652 97.172 * -15.473 2.196 199.673 c .5c ? c .577 41.041-8.526 * 240.654 12.418 8.828 631C.C 1e.tc * 6.665 4.721 91.368 -16.225 2.170 209.533 C.5Ct c.545 41.047-13.207 * 227.379 13.949 9.939 638C.C 18.05 * 6. 67t 4.178 91.626 -17.296 2-13? 219.393 c.311 c .sc 1 41.045-17.905 * 216.351 15.668 11.412 * * * tiEl t34C.C ic.47 * t.tS7 4.866 98.179 -19.531 2.072 131.240 C.SIE i .tti 41.04124.136 * -24.6C1 18.451 13.776 C t35C.C 18.62 * 6.681 4.800 97.988 * -18.287 2.126 141.100 C.91.2 2.525 41.04419.390 * -33.286 16.301 11.939 t3tO.C 17.C3 * t.665 4.746 57.828 * -17.339 2.169 150.960 C.SC€ i .3sc 41.04i14.66$ * -43.716 14.381 10.363 6370.C 15.15 * 6. t61 4. IC6 97.709 * -16.675 2.20C 16C.820 c.504 2.246 41.048 5.969 * -56.308 12.810 9.127 6Z8C.C 14.51 * 6.655 4.662 97.643 * -16.290 2.220 110.68C C.5CZ i .c5s 41.045 5.285 * -71.198 11.731 8.313 6390.C 14.t4 * 6.653 4.673 97.631 -16.183 2.228 180.540 C.5Cl 1.545 41.0500.611 * -87.778 11.286 7.986 64CC.C 14.81 * 6.655 4.615 91.696 -16.359 2.225 190.400 c.5ci c .s9 5 41.05C -4.C59 * 255.427 11 -548 8.178 641C.C 15.51 * 6.655 4.1CC 97.822 * -16.827 2.210 200.260 c.5c4 C.57t 41.C45 -8.732 * 240.022 12.471 8.868 t4iC.C 16.6t * t.667 4.736 98.014 * -17.601 2.184 210.120 C.SC7 C ,913 41.047-12.415 * 226.846 13.923 9.997 642O.C l8.lt * 6.678 4.7E8 98.266 * -18.698 2.141 219.980 c.511 c .E55 41.C45 -18.llt * 215.905 15.757 11.486 * * CCCIL 171HE Cb SLP * Ob2 bIhF2 FHI2 * bLPkA2 VEL2 @ETA ECCE An IC VEL1 ALPHA1 PHI1 VIhFl ov 1 CL 0 0

ECfTtTTlRE OV SLM * 0 \r2 LINFZ PHI2 * bLPHA2 VEL2 BET4 ECCE RHIO ALPHAlVELl * PHI1 VINF1 ov 1 * * * * * * 6231 6390.C 20.39 * 6.698 4.873 98.780 -20.821 2.093 131.827 C.SlE 2.661 41.043 23.920 * -24.964 18.356 13.689 ?IS 64CC.C 18.54 * 6.682 4.804 98.600 * -19.569 2.145 141.687 C.512 2.527 41.045 19.178 * -33.714 16.210 11.863 6410.C 16.57 t 6.670 4.751 98-449 * -18.617 2.187 151.547 c .5ce 2.38i 41.047 14.460 * -44.227 14.304 10.301 64iO.C 15.74 * 6. 662 4.712 98.338 * -17.952 2.217 161.407 C -504 i.i43 41.C45 5.762 -56.918 12.752 9.083 6430. C 14.55 * 6.657 4.685 98.277 * -17.571 2.236 171.267 c .5c i iaC9541.05C 5.C80 * -71.898 11.698 8.288 644C.C 14.64 * 6.655 4.6EC 98.275 * -17.472 2.244181.127 C.5Cl 1.94541.051 C.406 * -88,522 11.283 7.985 645C.C 14.86 * 6. t56 4.687 98.336 * -17.661 2.240190.987 C.FC2 C.59441.050 -4.264 * 254.712 11.576 8.199 64tC. ( 15.57 * 6.661 4.7CS 98-461 -18.146 i.225200.847 c.sc4 C.575. 41.044-8.938 * 239.392 12.526 8.910 6470.C 16-73 * 6.665 4.746 98.649 * -18.940 2.199210.707 c.5c7 C.54241-04.! -13.624 * 226.315 13.999 10.057 648C.C 18.24 * 6.681 4.758 98.894 -20.062 2.162220.567 c.411 C-ESC 41.046-1E-329 * 215.461 15.847 11.561 * * 6Iel 6440.C 20.30 * 6.655 4.877 99.372 * -22.067 2.114132.414 c.s1e 2.655 41.04423.704 * -25.332 18.256 13 -60 2 it5 645C.C 18.47 * 6.663 4.810 99-202 * -20.810 2.165142.274 C.512 2.52541.046 18.966 * -3k.147 16.119 11.787 t4tC.C 16.S1 * 6.672 4.757 95.059 * -19.855 2.205 152.134 O.SCE i.3E5 41.048 14.251 * -44.745 14.227 10 -240 647C.C 15.7C * 6.663 4.71 5 98.956 * -19.192 2.235 161.994 c.sc4 2.24C 41.050 9.555 -57.535 12.694 9.039 648C. C 14.52 * 6.658 4.656 98.901 * -18.816 2.253171.854 c.5ci i.CS241.051 4.873 * -72.606 11.666 8.265 645C .C 14-64 * 6.651 4.68E 98.903 * -18.727 2.260 181.714 c .sc 1 1.54141.051 C.200 * -89.271 11.282 7.984 65CO. C 14.EE * 6.65E 4.655 98.965 * -18.928 2.256 191.574 C.5CE C.59441.051 -4.471 * 253.996 11 -606 8.221 6510.C 15.62 * 6.663 4.718 99.089 * -19.429 2.240 20 1.434 c.sc4 C.57241.05C -9.146 * 238.762 12.583 8.953 6520. C 16.75 * 6.671 4.756 99.273 * -20.244 2.215 211.294 C.5Ci C.54C 41.049-12.834 * 225.785 14.075 10.118 651C.C 18.32 * 6.683 4.805 99.512 * -21.389 2.179 221.154 c.512 c.e5441.047 -16.543 * 215.018 15.939 11.637 * * CA2I C450.C iC.21 * 6.7CO 4.8E3 99.953 * -23.269 2 -136 133 -001 c.517 Z.65€ 41.04523.48f -25.703 18.155 13.515 21 4 6500.C214 18.40 * t. 685 4.815 99.793 -22.010 2.186 142.861 C.912 2.522 41.047 18.753 * -34.585 16.029 11.711 t510.C 16.85 * 6.673 4.763 99.660 * -21.055 2.225 152.721 c.5c7 ~-3E2 41.045 14.CSO * -45.270 14.151 10.179 65iO.C 15.tt * 6.665 4.726 99.564 * -20.395 2.253 162.581 c.5c4 2.23741.C51 9.347 * -58.160 12.638 8.995 t 530. ( 14.5C * 6.66C 4.702 94.515 * -20.025 2.270 172.441 c.sci ;.me 41.052 4.666 * -73.320 11 -635 8.242 6540.C 14.64 * 6.658 4.656 99.520 -19.946 2.277182.301 C.9C2 1.OOC 41.052,-0.007 * 270.000 11.282 7.984 65EO.C 14.50 * 6.66C 4.704 99.583 * -20.160 2.272 192.161 c.5c2 C.59?41.052 -4.678 * 253.280 11.637 8.244 6560.C 15.tC * 6.665 4.728 99.705 * -20.677 2.257 202.021 0.5C4 C.572 41.051-9.355 * 238.134 12.640 8.997 6570.C 16.85 * 6.674 4.766 99.885 * -21.511 2.231 211.881 0 .SC7 C.53@ 41.05C-14.C46 * 225.256 14.153 10.180 65EO.C 18.4C * 6.686 4.82C 100.118 * -22.679 2.196 221.741 C.Sl2 c.es241.048 -1e.758 * 214.576 16.03 1 11.714 * * * ECbTE TTINE Ck SLC * Ok2 klFtF2 PHI2 * bLFl-42 VEL2 BET4 ECC E RMIC VELl ALPHAl * PHI1 VIhFl cv 1 TABLE XIV. - TABULAR DATA FOR TRAJECTORIES FROM 1.1 EARTH RADII CIRCULAR

PARKING ORBIT TO 1.1 NEPTUNE RADII CIRCULAR PARKING ORBIT

ECATE cv SLU * cv2 VINF2 PHI2 ALPHA2 tlFTAVtL2 €CCt RMIO VELl ALPHA1 PHI1 VII'IF1 DV1 -17.370 1653 46.3~ 20.C52 2P. 158 R.414 al.30R 27.8db 66.060 1.555 1.976 49.512 37.932 32.148 26.330 -27.4CC 183 42.Y') * 20.~01 Zd.091 4.199 87.059 27.84175.920 1.631 1.900 49. e86 30.601 28. 6C9 22.992 4~.03 19.955 2 e. 031 R.014 66-86? 27.79985.780 I. 103 1.Hlh 49. P63 23.455 -3E.827 25.476 20.078 -51.855 3/.b4 4 19.9 12 27.915 7.R90 * 8b.71h 27.755 95.640 1.152 1. 72 h 49.839 16.495 22.910 17.730 35.45 19.Hbi. 27.917 7.816 I 65.hi0 27.706105.500 1.782 1. 629 49.811 9.145 -66.421 21.082 16.085 3>.1)6 19.921 27.855 7.792 * 116.571 27.648115.360 1.794 1.529 49.179 3.224 [email protected] 20.126 15.236 34.96 * 1Y.761 27.785 7.814 86.565 27.577125.220 1.790 0.998 49. 739 -3.052 262.419 20.074 15.191 35.56 19.70; 27.704 7.619 db.595 27.491135.080 1.771 0.981 49.692 -9.067 1 247.915 20.R29 15.860 36.72 19.03? 21.609 7.9R1 86.65P 27.388144.940 1.740 0.949 49.635 -14.811 2?5.141 22.200 17.088 3n.2', * 19.551 27.531 8.117 * 86.74R 27.269154.800 1.698 0.904 49.570 -20.215 224.241 23.971 18.701

1606 43.55 * 19.56t 27.520 8.471 d1.106 27.255 72.503 1.578 1.937 49.562 33.435 -22.996 29.666 23.984 -33.713 15C 4').+2 t 19.521 21.462 4.214 06.967 21.216 82.363 1.647 1.856 49.540 26.259 26.368 20.902 31.8L 19.4H 1 21.408 8.127 * 86.719 27.177 92.223 1.100 1.161 49.519 19.265 4 -40.097 23.561 18.322 33.b? 19.441 2 1.355 8.C37 + 116.603 27.135 107.0R3 1.736 1.673 49.496 12.413 -6L.055 21.416 16.384 34.60 19. 39t 27.299 7.987 60.535 27.0L14 111.943 1.755 1.574 49.468 5.901 -15.335 20. C50 15.205 34.18 4 19. 35i 21.236 7.987 86.511 27.021 121.803 1.751 1. ono 49.434 -0.434 26t.909 19.C66 14.831 34.51 9 19.291 27.162 8.33h 80.526 26.945 131.663 1.745 0.990 49.392 -6.517 253.805 20. IC1 15.214 35.45 * 19.231 ?1..?77 H.124 + bb.576 26.854 141.523 1.720 0.964 49.342 -12.337 240.232 21.235 16.222 36.b4 19.15t 2h.919 8.246 66.655 26.745 151.383 1.685 n.925 49.283 -17.885 228.541 22.Rt0 11.684 3d.Z1 19.C72 26.P66 ?.4d(J clo.758 26.620 161.243 1.h41 0.875 49.216 -23.155 . 21P.655 24.783 19.439 1136 42.65 10.931 2h.h I9 9.776 ~1.0411 26.401 72.802 1.535 1.948 49.C98 33.663 -22.178 29.350 23.124 1co 35.54 lU.d91 26.625 8.574 86.824 ih. 568 RT.hb? 1.601 1.867 49.C80 26.546 -32.800 26.094 20.649 ?b.91 1d.E54 26.516 9.422 8b.653 26.334 92.527 1.651 1.779 49.C62 19.609 -L4.961 23.212 18.058 34.91 18.?lP 26.52e R.327 i1h.537 26.297 102.3riZ 1 .685 1.685 49.C41 12.871 -5t.8C1 21.0E9 16.092 35.05 * 18.lRi 26.47h U.272 86.4hQ 26.251 112.242 1.7C4 1.586 47.C11 h.350 4 -14.032 19.7C6 14.866 33.17 18.736 26.418 8.?71 86.433 26. 194 122.102 1.708 1 ./+E4 48.586 0.061 -E9.844 19.216 14.437 33.45 18.68t 26.3~0 H.314 + 86.445 26.124 131.962 1.697 0.991 48.549 -5.981 4 254.906 19.5E8 14.162 34.35 18.627 26.211 8.399 86.493 26.038 141.822 1.675 0.967 48.903 -11.766 4 241.155 20.670 15.119 3S.10 + 18.55t 26.179 d.51.) d6.570 25.936 151.682 1.643 0.Y29 4d.e49 -17.285 229.29C 22.257 17.139 31.34 * ld.4aC 2h.013 8.671 66.671 25.818 161.542 1.603 0.880 48.787 -22.534 219.2EC 24.153 18.863 I) 29.140 23.490 1786 41.b3 + 1 8.?3? 25.Ed2 9.064 86.989 25.593 73.101 1.496 1.960 48.66833.882 -21.402 5c 3fJ.12 1 8.302 25.853 t1.875 116.761 25.564 82.961 1.558 1 .879 48.t5326.821 -31.870 25.849 20.422 3b.b,7 + 1 8.26C; 25.111R R.11R * 66.585 25.535 92.821 1.606 1.791 48.t3719.939 -43.08; 23.012 17.823 34.u7 1 8.23t 25.744 8.613 d6.460 25.502 102. 681 1. 639 1.697 48.tZ0 13.254 -57.586 20.795 15.829 32.76 1 8.207 25.697 8.559 8b.3h5 25.461 112.541 1. 657 1. 598 48.598 6.781 -i2.157 19.358 14.561 3L.24 + 1 8.161 25.643 R.554 66.354 25.409 122.401 1.662 1.496 48.5710.536 -8b.615 18.dC5 14.071 31.46 1 8.116 25.560 8.594 86.364 25.344 132.261 1.653 0.993 48.537-5.467 256.~0~19.114 14.341 33.31 1 8.C62 25.506 P.6lh 86.409 25.264142.121 1. h34 0.969 48.496 -11.218 242.075 20.145 15.253 34.63 1 7.491: 25.423 R.794 86.464 25.168151.OH1 1.605 0.933 48.446 -16.709 230.051 21.693 16.632 36.25 17.925 25.320 d.945 (10.583 25.057 161.841 1.568 0.885 48.388 -21.938 219.897 23.563 18.324 t 1836 41.66 17.184 25.127 9.391 d6.929 24.H2b73.400 1.461 1.971 48.269 34.091 4 -2C.664 28.915 23.278 -30.984 C 3I.Y7 17.751 25.081 9.17R 6o.696 24.801 R3.260 1.519 1. 890 48.256 21.086 25.629 20.219 73.33 17.721 25.0~ 9.016 86.516 24.111 93.120 1.564 1. 802 48.243 20.257 -42.841 22.780 11.612 ?3.27 17.692 25.POO R.9117 86.381 24.14R 102.980 1.596 1.109 48.22913.621 t -56.411 20.530 15.594 31.YTj 17.66C 24.157 8.848 r 86.308 24.111 112.R4U 1 .6 15 1.610 48.2107.195 4 -71.513 19.043 14.285 31.37 17.624 24.407 8.83'7 db.274 24.663 122.705 1.620 1.508 48.1850.993 t -87.402 18.427 13.750 31.55 17.582 24.H49 8.b7h db.281 24.603 137.560 1.613 0.994 40.155-4.912 257.086 18.676 13.965 32.35 17.532 24.7110 8.954 86.323 24.52814?.420 1.595 0.972 48.116 -10.691 242.989 19.655 14.821 23.b3 11.472 24.h.49 7.071 86.396 24.438152.280 1.569 0.936 48.C70-16.157 23(!.8C1 21.165 16.159 35.L3 11.40t 24.605 '7.220 86.495 24.332162.140 1.535 0.890 48.011 -21.367 2iC.50'4 23.C 10 17.820 w VEL2 dFTA ECCE RMI VELl ALPHA1 PHI1 VINFl OVl 2 ECATE cv SLW + nv 2 VINF2 PHI2 ALPHA2 D PHI7 t ALPHA2 dETAVkL2 ECCE RMIO VELl ALPHAl * PHIl VIYFl 0V1

4 17.76< 24.4 LO 14. 7'31 da.Rhri 24.097 73.h99 1.42~ 1.983 47.e98 34.291 -19.964 28.710 23.087 17.73' 24.360 9.48.3 db. 630 24.076 83.559 1.483 1.902 47.88827.33Y -20.139 25.4?0 20.036 17.ZOt 74.330 9.316 86.446 24.055 93.419 1.526 1.814 47.E7720.561 -41.843 22.571 11.423 17.131 24.29'3 'J.2Ll2 8b.313 24.030 103.279 1.557 1.720 47.E6413.974 -55.276 20.291 15.383 17.15? 14.753 9.1 39 + d6.730 23.998 113.139 1.575 1.622 47.848 7.593 -7C.301 18.756 14.035 17.12c 74.2uH 9.12b db.lY3 23.954 122.999 1.581 1.520 47.626 1.432 -86.211 18.OEl 13.451 17.081 74.154 '3.159 66. 196 23:~98132.859 1.575 0.995 47.798 -4.498 258.161 18.270 13.614 17.035 24.08'7 9.235 86.237 23.828 141.719 1.559 0.974 47.763 -10.186 243.89E 19.158 14.421 l6.'781 74.C13 q.349 8b.30R 23.743 152.579 1.535 0.940 47.721 -15.627 231.545 20.670 15.119 16.91k 27.924 4.497 .II 8b.405 23.643 162.439 1.505 0.894 47.t71 -20.819 221.116 22.489 17.349 16.775 23.72H 10.014 86.dOh 23.403 73.998 1.399 1.994 47.55334.482 I -19.3OC 28.525 22.913 16.751 23.6HJ 9.799 da.563 23.386 83.858 1.450 1.913 47.544 27.582 -29.335 25.252 19.871 16.776 2 3.625 9.618 + d6.374 23.369 93.710 1.491 1.825 47.536 20.853 -4C.8Re 22.1E3 17.254 16.702 73.621 9.49P 86.230 23.347 103.576 1.521 1.732 47.525 14.313 -54.183 20.C77 15.193 16.677 23.564 9.431 86.15 1 23.318 113.438 1.538 1.h33 47.511 7.975 -65.122 18.456 13.809 lh.647 7 3.542 9.414 ob. 110 23.279 123.298 1.544 1.531 47.492 1.853 -€5.042 11.763 13.178 Ib.hl1 27.432 9.444 86.111 23.227 133.158 1.540 0.996 47.466 -4.042 255.223 17.854 13.290 Ib.SbS 23.432 9.51n 86.149 23.161 143.018 1.526 0.976 47.434 -9.701 244.755 18.772 14.050 lh.51P 23.300 9.630 + 8b.219 23.081 157.878 1.504 0.943 47.395 -15.119 232.283 20.2C7 15.308 16.455 23.216 9.777 + db.315 22.986 162.738 1.476 0.899 47.?49 -20.293 221.711 22.cco 16.908

16.327 23.080 10.327 db .742 22.743 74.297 1.371 2.005 47.231 34.664 4 -18.671 28.356 22.754 16.297 23.043 10.098 s 86.495 22.729 84.157 1.420 1.924 47.225 27.814 -18.565 25.050 19.722 16.774 77.912 1.921 86.302 22.715 94.017 1.459 1.837 47.218 21.133 -39.975 22.215 17.101 16.25? 22.9a1 9.797 86. 161 22.696 103.871 1.487 1.743 47.209 14.638 -53.13C 19.He3 15.022 16.225 22.947 9.726 Ob.071 22.671 113.737 1.504 1.645 47.196 8.341 -67.978 18.259 13.605 16.202 27.9011 4.705 (I 86.qL7 22.635 123.597 1.511 1.543 47.179 2.257 -E3.89b 17.472 12.928 1h.17C 22.8bl 9.731 t 6b. 02 5 22.587 133.451 1.507 0.997 47.156 -3.h05 2tC.21C 17.545 12.991 2120.0 16.131- 22.805 9.RG2 86.060 22.525 143.317 1.495 0.978 47.127 -9.236 245.651 18.3i5 13.705 21 ?n.o Ib.OH? 22.737 q.913 d6.12R 22.449 153.177 1.475 0.946 47.C90 -14.631 233.014 19.712 14.924 ZL'I0.0 1 6 .02 I. 22.65R 10.05R d6.223 22.3511 163.037 1.449 0.903 47.047 -19.789 2a2.311 21.539 . 16.494 2C36 21CO.O 15.89': 22.462 1C.643 + 86.678 22.112 74.597 1.346 2.017 46.931 34.838 -1t2.074 28.201 22.610 1672110.3 15.87C 22.428 10.49'3 86.425 22.102 84.457 1.392 1.936 46.926 26.036 -27.841 24.544 19.587 2110.3 15.84s 22.3Y9 10.221, d0.229 22.091 94.317 1.429 1.848 46.921 21.402 -39.102 22.063 16.965 21 !O.O 15.R2E 22. 36R 17.099 db.083 22.073 104.177 1.456 1.754 46.912 14.951 4 -!2.112 19.IC8 14.868 2140.0 15.007 22. 337 1c.023 + 85.989 22.05U 114.037 1.473 1.656 46.901 H.695 4 -6t.862 18.44 13.419 2liO.0 15.784 22.301 9.997 I d5.942 22.020 123.R97 1.480 1.554 46.887 2.644 -82.117 17.2C4 12.100 211,O.O 15.754 22.7bCl 10.021 (I d5.93A 21.975 133.757 1.477 0.997 46.866 -3.186 261.302 17 .?22 12.116 21 (0.0 15.717 22.206 10.0d9 U5.971 21.917 143.617 I. 466 0.980 46.839 -8.190 246.513 18.0C3 13.384 21

208621?0. 3 15.4H\ 21.872 10.961 + 86.612 21.511 74.896 1.323 2.028 46.t50 35.G04 -17.505 28.060 22.478 117 21'0.0 15.4hR 21.841 10.721 86.355 21. 503 84.756 1.366 1.947 46.647 28.249 -27.14e 24.9 11 19.466 2170.0 15.44P 21.e11 10.535 b6. 157 21.492 94.616 1.401 1.050 46.642 21.660 4 -3A.262 21.926 16.841 2110.0 15.43c 21.7d6 10.401 86.004 21.480 104.476 1.427 1.765 46.636 15.249 -51.141 19.551 14.730 21iO.O 15.411 21.757 10.321 US.906 21.46G 114. 336 1.444 1.667 46.t27 9.031 -65.79C 17.849 13.251 2zcn.o 15.38t 21.724 10.297 + 85.R56 21.430 124.196 1.451 1.565 46.613 3.018 -Cl.ble 16.957 12.491 2210.0 15.?61 2 1.6113 10.311 + 85.849 21.389 134.056 1.449 0.998 46.594 -2.701 262.322 16.921 12.460 22i0.0 15.327 21.633 10.376 85.880 21.334 143.916 1.439 0.982 46.569 -8.359 4 247.45C 11.654 13.085 22 30.0 15.287 21.5r3 10.485 65.944 21.266 153.776 1.422 0.952 46.538 -13.713 4 234.457 18.917 14.226 2240.0 15.23G 21.5U2 10.628 + 86.037 21.184 163.636 1.400 0.910 46.501 -18.840 223.479 20.t54 15.740 (I U EOATF TTlMEDV SUM PV7 VIYF2 PHI2 ALPHA7 8CTAVEL2 ECCE RMID VELl ALPHA1 PHIl VINFl DV1 TABLE XTV. - Continued. TABULAR DATA FOR TRAJECTORIES FROM 1.1 EARTH RADII CIRCULAR

PARKING ORBIT TO 1.1 NEPTUNE RADII CIRCULAR PARKING ORBIT

ECAIF TTlMF CVi VlNF2 VEL2 BETA ECCE RMI0 VEL1ALPHAl .I PHI1 VINFl ov1 213622i0.0 15.10s 21.303 20.936 75.195 1.302 2.039 46.388 35.161 -16.974 27.930 22.357 t7 2110.0 15.~9~21.2tlo 20.930 87.055 1.343 1.958 46.38628.451 4 -2b.49C 24.651 19.355 2?21,.9 15.071 21.?53 20.922 94.915 1.376 1.R70 46.38221.906 -37.468 21.8C2 16.730 27 !O.O I',.C5( 21.220 20.Yl2 104.775 1.401 I. 776 46.37815.535 g -5c.20e 19.4C9 14.605 2240." 15.C3P 2l.?d3 20.a95 114.635 1.417 1.670 46.370 9.354 I -64.753 17.671 13.099 22 ;o. 0 15.OlE 21.172 20.868124.495 1.424 1.576 46-358 3.374 -tC.614 16.731 12.300 2230.9 14.9cji 21.134 20.8~ 134.355 I .422 3.999 46.340 -2.396 2t3.317 16.643 12.226 22 10.0 14.561 71.987 20.779144.215 1.414 0.984 46.317 -7.949 248.307 17.320 12.807 22b.O.C 14.723 71.03" 20.714154.072 1.393 0.955 46.288 -13.283 1 235.162 18.417 13.914 2250.0 14.P7f ?C. 963 2n.b36163.935 1.378 0.914 46.253 -18.395 224.05C 20.3C8 15.397 I 21B6 2250.C 14.751 7C.771 2C.3~35 75.454 1.282 2.049 46.142 35.311 -16.467 27.811 22.245 17 22~0.0 14.73> 2n. 744 20.351 85.354 1.321 1.968 46.141 28.645 -25.665 24.5E1 19.255 22 (0.n 14.717 2C.719 20.377 9'>.214 1.352 1.880 46.138 22.141 -?t.710 21. 651 16.630 22.1'1.0 14.707 2C.607 20.36') 10'>.0 74 1 .376 1.787 46.135 15.809 -49.314 19.280 14.492 2250.0 14.686 2C.613 20.355 114.934 1. 391 1.688 46.129 9.664 -63.752 17.509 12.961 23;O.') 14.667 2C.644 20. 330 124.7'34 1.398 1.586 46.118 3.716 -75.51E 16.524 12.125 2310." 14.644 2?.hUU 20.295 134.654 1.190 5.999 46.102 -2.026 2t4.292 16.385 12.009 23:o.n 14.hl5 ?C..'j64 23.246 144.514 I. 390 7.985 46.C81 -1.556 245.153 17.025 12.549 23?0.0 14.58C 2r.511 20.135 15'+.374 1.776 0.957 46.C54 -12.870 I 235.857 18.277 13.620 2340.0 14.53F 2P.447 LO.llu 164.234 1.35~ 0.917 46.C21 -17.969 . 224.612 19.944 15.075 2236 23C0.0 14.41 1 2C.256 19.85~ 75.7>3 1.264 2.060 45.912 35.453 -15.987 27.7C2 22.143 ?? 2310.9 14.35' 2C.226 19.855 85.653 1.303 1.979 45.911 28.831 -25.2t7 24.481 19.163 23~0.3 14. 382 2C.2U7 19.0549i.Sl3 1.330 1.891 45.510 21.365 -35.9e8 21.550 16.540 23!O.1 14.36L 7C.lU7 1'7.849 135.313 1.353 I. 797 45.508 16.071 -48.458 19.164 14.391 2 3'10.0 14.354 ?r. 165 19.d36115.233 1.368 1.699 45.902 9.961 -62.786 17.3t2 12.835 2350.0 14.!37 2n.139 1y.814 125.~~3 1.275 1.597 45.~93 4.044 -7e.57~ 16.332 11.965 2 31.0.0 14.31c zc. 19.7Ml134.353 1.375 0.999 45.e79 -1.671 265.248 16.144 11.808 2370.0 14.28: 2%-.304 1'3.736 144.015 1.768 '3.986 45.859 -7.178 245.964 16. 741 12.308 23-0.n 14.?5L )r.nl+ 13.h77 154.h71 1.355 0.959 45.834 -12.474 236.543 17.957 13.345 23\n.n 14.21t 10.122 19.636 lb4.533 1.330 '1.920 45.803 -11.560 . 225.165 19.559 14.772 22862370.7 14.C4! 19. 7ul 19.350 7-. 312 1 .747 2.071 45.t9435.589 -15.529 27 .hCO 22.040 83 21r0.n 14.r7r 13. 757 19.352 05.952 1.281 1.990 45.t95 29.006 -24.704 24. 390 19.079 23i".U 14.C,$> IS. 717 19.353 9'7.212 1.319 1.902 45.t9h 21.560 -35.259 21.458 16.456 2 3 10. 0 14."5' 15.6Y9 19.349 10.,.h72 1.331 1. ROR 45.t94 1o.322 -47.63e 19.158 14.299 27r?.:1 14.?4: 1S.b1* 14. 339 113. 732 1.746 1.10'3 45.t90 13.245 -t1.655 17.228 12.721 24 .o.r 14.C); 19.654 17. 319 125. 392 1.153 1.697 45.681 4.356 -77.592 16.156 11.818 24 10.7 14.'04 19.622 19.289 13>.252 1. 353 1. oon 45.t68 -1.330 266.182 15.321 11.622 24Lc1.:1 13.$8~ 1S.idi 1'3.246 145. II? 1.347 '3.98H 45.t50 -6.816 25C.6C1 16.474 12.084 24 ?n.o 13.i45 lq.\A'J 1Y.19d 154.972 1.336 0.367 45.t27 -12.095 237.217 17.656 13.086 2440.0 13.;12 19.476 19.121 16'*.H32 1.115 3.923 45.598 -17.167 . 225.709 19.274 14.481 ECPIC IlIMF l:v SL" 4 '1VF VI!\F2 Pt I7 * ALPHA?VEL2 FCTA ECCE KYIO VEL1ALPHAl PHI1 VlNFl DV1 0 cp FLAT6 ECCE RMIP ALPHA1VEL1 PHI1 VINFl DVI

zc2c 1.435 2.041 47.~2937.323 -14.978 29.511 23.844 1 I' 7 1.385 1.963 47.023 3(1.448 -24.317 26-149 20.700 1.426 1.R77 47.ClR 2.3.735 -35.035 23.114 17.915 1.457 I. 785 47.C1117.700 -47.4?9 20.553 15.614 1.474 I. 689 47.001 l(8.857 -61.624 18.628 13.924 1.4A8 1.5Hn 46.9874.719 -71.232 11.450 12.944 1.489 I. 000 46.968 -1.203 266.716 17.215 12.710 1.481 3.9Rfl 46.942 -h.900 251.416 11.752 13.168 1.464 1.061 46.910 -12.366 237.958 18.936 14.192 1.442 0.972 46.811 -17.599 226.449 20.569 15.628

2C54 1.351 2. no0 46.t30 33.076 -20.333 27.256 21.128 15c 1.394 1.917 46.826 26.334 -3u.42~ 24.~88 10.803 1.427 1.827 46.819 19.764 -42.074 21.328 16.305 1.451 1.732 46.P12 l.i.376 -55.525 19.132 14.363 1.465 1.637 46.801 7.187 * -ii:.638 11.662 13.091 1.470 1.530 46.786 1.206 -86.6R6 17.tl34 12.556 1.465 7.995 46.764 -4.554 257.57C 17.251 12.740 21.695 14'.. 342 1.453 n.974 46.736 -1tl.089 24s.251 18.1SO 13.545 L1.613 15h.203 1.433 0.940 46. 100 -15.392 23C.906 19.656 14.822 21.539 166.062 1.439 '7.R95 46.659 -2d.46H 220.518 21.462 16.425

21L4 21.306 77.622 1.328 2.011 46.557 33.251 a -19.141 27.123 21.604 1cc I 21.300 87.482 1.368 1.928 46.553 26.55> -29.103 23.960 18.686 21.769 97.34: 1.40O 1.H38 46.549 2(~.028 -41.216 21.152 16.184 1 21.276 107.292 1.423 1.143 46.543 13.6R1 -54.535 18.972 14.223 -t$.563 1 ?1.255. 117.nb~~~ 1.437 1. h44 46.533 7.529 17.461 12.919 15.251 21.520 21.223 12b.922 1.441 1.541 46.518 1.583 -85.608 16.700 12.341 15.22; 71.47H 21.174 136.782 1.438 0.99h 46.498 -4.148 258.550 16.944 12.480 15.11lf 2 1.416 21.122 146.642 1.426 0.976 46.473 -9.659 244.0QC 17.838 13.242 15.14~ 21. 365 Ll.Jj2 156.5;12 1.409 0.943 46.441 -14.946 231.578 19.213 14.406 IS.'9< 21.292 20.Y67 lbb. 362 1. 386 0.899 46.402 -2u.OOtJ 4 221.062 21.057 16.063

2154 14.27 7 20.741 71.921 1.306 2.022 46.?00 33.410 -19.191 27.0CO 21.490 5c 14.$5< 20.737 87.781 1. 344 I.939 46.299 26.766 -~S.022 23.044 18.580 14.942 20.729 97.641 1.375 1 .E49 46.795 29.280 -4C.397 21.tllO 16.075 14.$2( 20.718 107.~1 1.391 1.754 46.290 13.972 -53.583 18.H27 14.091 14.$05 20.699 117.361 1.410 1.655 46.282 7.A56 -tP.522 17.217 12.763 14 .OH2 2n.670127.221 1.415 1.552 46.769 1.942 -84.562 16.541 12.145 14.86; 20.630137.081 1.412 0.996 4h.251 -3.761 159.506 16.660 12.240 14.a3C 20.516 146.941 1.402 0.97H 46.227 -9.249 244.893 17.510 12.961 14.791 27.509 15h.801 1.386 n. 946 46.191 -14.517 2?2.242 18.912 14.171 14.745 20.428 166.661 1.365 '3.903 46.161 -19.567 221.599 20.613 15.121

22C4 14.627 20.139 7,>.220 1.286 2.032 46.C60 33.577 -18.664 26.800 21.385 C 14.505 29.195 33.080 1.322 1.94') 46.C59 2h.969 -2e.369 23.739 18.484 14.594 20.192 91.~40 1.351 1.860 46.057 20.522 * -39.614 20-959 15.976 14.50: 20.183 107.800 1.372 1.765 46.053 14.252 6 -!2.669 18.696 13.983 14.564 2Q.167 117.660 1.386 1.665 4h.C46 8.170 * -67.514 11.110 12.620 14.545 20.141 127.520 1.391 1.563 46.0352.287 -03.542 16.332 11.965 1+.521 20.103131.380 1 .38d 0.997 46.C18 -3.390 260.446 16.355 12.010 14.491 20.052141.240 1.379 0.980 45.996 -8.855 245.694 17.202 12.699 14.455 19.988 151.100 1.364 0.948 45.968 -14.107 232.896 18.512 13.075 14.412 19.911 16h.960 1.345 0.906 45.935-19.144 .* 222.127 20.311 15.400 ECATE ovi VIVF2 VCL2 81ETA EGG E RMI 0 VEL1ALPHA1 PHI1 VINFL DV1 TABLE XIV. - Continued. TABULAR DATA FOR TRAJECTORIES FROM 1.1 EARTH RADII CIRCULAR

PARKING ORBIT TO 1.1 NEPTUNE RADII CIRCULAR PARKING ORBIT

VtLZ BETA ECCE RMID VELl ALPHA1 PHIl VINFl DV1

1 19.680 74.519 1.268 2.043 45.e35 33.728 -1e.165 26.785 21.289 19.67Y 8d. 379 1.302 I. 960 45.e34 27.161 I -27.754 23.643 18.396 19.677 qa.239 1.330 1.870 45.e34 20.753 t -38.868 20.859 15.887 19.671 10U.099 1.350 1.775 45.E31 14.520 -51.752 18.577 13.880 1q.657 117.059 1.362 I. 676 45.e25 8.471 -tt.541 16.957 12.491 19.b33 1?7.81Y I. 768 1.573 45.e15 2.617 -82.549 16.133 11.799 19.597 137.61') 1.366 0.998 45.E00 -3.034 261.367 16.148 11.811 1V.551) 147.539 1.358 0.981 45. 779 -8.478 246.482 16.,l 14 12.454 19.489 157.39'7 1.344 0.951 45.153-13.712 233.541 18.251 13.598 19.415167.259 1.326 0.909 45.722-1n.738 222.647 19. 569 15.097

19.1007d. HlM 1.251 2.054 45.62333.873-17.685 26.650 21.201 1Q.103 R'i.676 1.283 1.971 45.024 27.344 a -27.169 23.556 18.317 19.134 Y:j. 536 1.309 1.881 45.62420.974 -36.156 20.7 69 15.806 IC). 179 108. 393 1.729 I. 78h 45.622 14.776 -50.951 18.469 13.706 19.167 11*.2SA 1.341 1.686 45.t179.759 -65.6C1 16.817 12.373 19.145 12d.llh 1.346 1.583 45.608 2.934 -e1.58? 15.950 11.646 19.112 137.77tj 1.345 !1.998 45.594 -2.692 262.268 15.918 11.620 10.067147.HjH 1.338 0.983 45.575 -0.116 247.257 16.643 12.226 19.05Y 15/.69H 1.325 0.953 45.551 -13.334 234.175 17.949 13.337 11.33Y161. ,50 I. 309 1.912 45.521 -1n.349 222.157 19 .+I 44 14.812

13.7151'1.117 1.235 2.064 45.424 34.008 -17.241 26.6C1 21.119 18. 737 01.977 1.265 l.C)81 45.426 21.518 -26.614 23.476 18.244 19.113 9, .n3i 1 .?90 1.091 45.427 21.185 -?1.417 20.6e6 15.733 Id. I31 10.647 1.30) 1.796 45.426 15.021 -5C.146 18.371 13.702 19.hJ7 Ilt,.S57 1.421 1.696 45.422 9.036 (I -t4.696 16.689 12.265 19.617 173.417 I. 3?6 1.593 45.413 3.238 -8L.645 15.781 11.506 1".04b 131.277 1.375 0.999 45.431 -?.365 263.149 15.704 11.442 1'3.633 14<. 137 1.719 0.984 45.383 -7.769 24e.017 16.388 12.012 10.346 157.797 1.737 0.956 45.360 -11.972 234.79E 17.663 13.092 lH.460 161."57 1.292 0.915 45.333-17.975 .e 223.658 19.337 14.543 18.244 1.720 ?.075 45.23734.136 -16.81e 26.510 21.043 lI.>>J 1 .?4V 1.991 45.240 27.684 -26.086 23.402 18.177 lH.224 1.777 1.901 45.241 21.387 -36.831 20. 6 12 15.667 lH.253 1.290 1. RO6 45.241 15,255 -<9.376 la.283 13.625 lti.z45 1. 1132 1.706 45.237 9.300 -63.824 16.572 12.166 18.221 1.307 1.603 45.730 3,529 -75.735 15.624 11.376 13. 13b 1.301 0.993 45.219 -2.051 * 264.01C 15.5C4 11.277 14. Is7 1.301 ').985 45.202 -7.435 24t.763 16.149 11.812 16. 134 1. ?917 0.95H 45. 161 -12.624 235.405 17.393 12.862 l+.l3J 1 .?76 '1.718 4S.155 -17.617 . 724.15C 19.047 14.289 1 l.dd3 1 .?06 2.085 45.C61 34.258 -16.417 26.'+44 20.973 17.;111 1.?34 7.001 45.C64 27.842 -25.585 23.335 18.116 17. 410 I. ?Sh 1.911 45.C6b 21.579 t -?t.214 20.544 15.606 17.rlb 1.273 1.a16 45.C66 1>.480 I -48.63E 18.2C2 13.555 i7.612 1.7d4 1.71t 45.C64 9.553 -t1.985 16.469 12.076 17.143 l.ZQ? 1.613 45.C57 3.800 -7t.053 15.4dO 11.257 11.767 1.2li9 1.'399 45.C47 -1.750 264.845 15.317 11.124 17. Iln 1 .?H4 !1.9R5 45.C32 -7.116 745.493 15.924 11.624 11.671 1.214 0.960 45.C12 -12.291 * 736.009 17.138 12.645 17.514 1.261 9.921 44.987 -17.274 . 224.631 18. 771 14.049 tCCE RMII? VELl ALPHA1 PHIl VINFl OV 1 FCC E RPI D VEL1 ALPHAl .* PHIl V IUFl DV 1 1.194 2.095 44.@95 34.372 -16.037 26.373 20.907 1.21Y 2.011 44.E98 27.992 a -/?.lo9 23.273 18.059 1.241 1.921 44.501 21.763 4 -35.628 20.4E1 15.551 1.257 !.A76 44.$02 15.694 -47.933 18.128 13.492 lZ.P5/ 17.775 1.7h8 1.726 44.900 9.795 -62.17E 16.367 11.994 12.P4t 17.7>5 1.273 1.622 44.e94 4.075 -7t.00C 15.346 11.147 12.R3i 17.73n 1.273 0.999 44.?84 -1.461 265.666 15.143 10.981 12.911 17.697 I .268 0.987 44.F70 -6.810 iEC.206 15.71; 11-449 12.787 17.657 1.251 0.961 44.852 -11.971 236.596 16.898 12.441 12.751 17.657 1 .747 0.923 44.828 -16.945 . 225.1~3 18.510 13.822 12.657 11.43) I 1.1n2 2.105 44.738 34.480 -15.67€ 26.306 20.845 12.641 11.42Z 1 1.236 2.021 44.742 21!.135 -24.658 23.215 18.007 12.63< 17.40'2 1 1.226 1.931 44.745 21.937 a -?5.069 20.424 15.500 12.631 17.395 13.2n7 * 63. lhh 16. $91 10 4.d74 1 .?42 1.R35 44.146 15.899 -41.26C 18.561 13.434 12.623 17.382 13.163 * d>.">q lh.987 11.1. 754 1.252 1.735 44.745 10.027 -61.402 16./77 11.919 12.61: 17. 364 13.137 d4. 9ti4 16.974 12'9.614 1.157 1.6312 44.740 4.331 4 -71.175 15.222 11.045 12.59" 17.540 13.141 * 84.964 lh.951 13".474 1.>58 1.000 44.i31 -1.184 266.461 14.YEO 10.848 12.58" 17. 3JQ 13. 14n 5 u4.9H7 16.Yl6147. 3i4 1.753 Q.9RH 44. 718 -6.516 2LC.904 15.513 11.284 17.551 17.1/? 13.332 o>.n47 16.H7015Y.lY4 1.74' 0.963 44.701 -11.664 237.171 16.670 12.248 12.=2; 17.?23 13.44'2 * 05.140 1h.dll16'>.~154 1.134 0.926 44.679 -16.629 . 224.564 18.262 13.607 12.437 17.LbH 14.244 0 65.714 16.57583.613 1.171 7.115 44.590 34.582 -15.338 26.244 20.787 12.422 17.C42 14.0'32 d>.4ti7 16.587 9(~.473 1.194 2.031 44.59520.270 -24.230 23. 162 17.958 12.41' 17.7L9 13.777 83.749 16.596 10'1.333 1.213 1.941 44.599 22.104 -34.53e 20.372 15.454 12.402 17.917 13.610 87.973 16.601 11.'.193 1.727 1.845 44.t00 lh.094 -46.616 18.OCO 13.381 11.41' 1 7. ,104 13.5!1? 69.953 16.538 121.053 1.237 1.745 44.599 10.249 -6C.659 16.194 11.850 12.?9C 10. 28h 13.450 * ar.0J5 16.58712).313 1.742 1.641 44.5944.576 -76.378 15.1C7 10.951 12.377 lb.qb4 13.454 84.663 16.565 13'4.773 1.243 1.000 44.586-~.920 267.234 14. e28 10.724 I?. 36r lt.935 17. 50') 84.884 16.532 14.-J.h33 1 .?39 0.9R9 44.574 -6.235 251.585 15.375 11.130 12.?3P 16.PYd 13.617 t14.943 16.487 151.493 1.232 0.965 44.55e -11.370 237.733 16.454 12.067 12.31; lh..~53 13.751 65.035 16.431 169.353 1.221 0.928 44.537 -16.326 . iiC.015 18.027 13.405 12.2lC 16.690 14.624 * 05.693 16.195 83.912 1.160 2.125 44.45034.678 -15.016 26.1 E5 20.733

12.705 16.675 14.337 Q d>.3Y6 16.208 90.772 1.182 2.041 44.45528.398 4 -23.823 23.112 17.913 12.?0? 16.663 14.106 8';. 158 16.zln100.632 1.200 1.950 44.45922.262 -34.032 20.324 15.412 12.19t 16.652 13.935 * 84.979 16.224 11U.492 1.214 1.854 44.46116.281 -46.002 17.943 13.333 12.189 16.639 13.823 * 84.856 16.223 123.352 1.224 1.754 44.460 10.461 -55.945 16.118 11.786 12.175 16.623 13.764 84.784 16.213 13(~.212 1.229 I. 650 44.457 4.811 -75.609 15.C01 10.864 12.167 16.602 17.769 t 04.760 16.192 143.072 1.229 1.000 44.449 -0.666 267.985 14.685 10.608 12.151 16.574 13.tl22 d4.780 16.161 149.932 1.226 0.990 44.438 -5.965 252.249 15.148 10.985 12.131 lt.539 13.924 84.83~ 16.118 159.792 1.219 0.966 44.422 -11.088 238.282 16.250 11.896 12.10t 16.4Y6 14.070 * 84.929 16.064 169.652 1.209 0.930 44.403 -16.036 . 226.455 17.8C4 13.213 ECATE TTlMF CV SbN 5 cv2 v1hF2PHI2 ALPHA2VEL2 BETA ECCE RHID PHIlALPHAlVEL1 VINFl DV 1 TABLE XIV. - Continued. TABULAR DATAFOR TRAJECTORIES FROM 1.1 EARTH RADII CIRCULAR

PARKING ORBIT TO 1.1 NEPTUNE RADII CIRCULAR PARKING ORBIT

cv 5UM DV? VIUt2 PHI7 ALPHA? VEL2 8ETA ECCE RMI 0 VEL1 ALPHAl PHI1 VINFl DV1

32.11 I3.49L IE.8u7 12.669 83.931 18.396 85.560 1.244 2.019 45.298 29.986 -22.688 24.539 19.215 3.- .04 13.475 lP.790 12.445 b5.696 1H.400 93.420 1.270 1.932 45.300 23.61'4 -32.886 21.613 16.560 27.09 13.4h5 18.774 12.277 8 85.516 18.401 105.2RO 1.290 1.83H 45.300 17.414 -44.781 19.100 14.335 7b.11 13.45t. 1P. I56 12.165 65.3Y3 18.395 11'1.140 1.304 1.740 45.298 11.383 -58.583 17.151 12.656 25.U7 13.445 1 e. 735 12.109 a5.319 18.380 175.000 1.312 1.63H 45.292 i.535 -74.076 15.922 11.623 24.11 13.425 IH.709 12.136 a5.2q2 18.355 134.665 1.314 1.000 45.282 -0.124 269.640 15.512 11.283 25.~2 13.40~ 16.615 12.152 05.307 1R. 318 144. 720 1.309 0.992 45.267 -5.587 253.913 15.904 11.608 22.t3R 13.3H1 1H.632 12.744 Bj.358 1R.269 154.580 1.300 0.969 45.247 -10.853 235.85C 16.902 12.496 ?7.16 13.345 1P-581 1?.37H t15.447 1H.207 164.440 1.287 0.933 45.222 -15.921 227.815 18.495 13.808 28.12 13.312 1R.521 12.2511 85.554 18.133 174.30G 1 .770 0.~87 45. 192 -20.795 217.872 20.326 15.413 a 30.75 .. 13. 301 IP.SU2 17.738 6~.721 18.097 92.103 1.250 1.971 45.178 26.053 a -2~.5qe 22.559 17.449 ?6.54 13.2Yl lX.437 12.546 63.511 18.101 101.862 1.772 I. 8RO 45.17919.81G -39.752 19.916 15.051 76-43 13.28i 1a.471 12.411 + 63.373 18.098 111.723 1.288 1.783 45.17913.736 -52.70e 17.730 13.149 25.12 13.27' 1H.453 12.332 d>.279 1H.Odb 121.582 1. 7Yd 1.687 45.174 7.839 -67.641 16.2CO 11.854 24.49 13.256 1O.42'3 12.vR 0 85.233 18.068 131.44j 1.301 1.57'4 45.166 2.127 -t3.774 15.456 11.238 74.54 13.737 15.39') 12.334 dZ.231 IR.737 141.302 I. 300 0.997 45.154 -3.394 2tC.092 15.536 11.304 )>.I2 13.214 19. 362 1?.4(19 62. 268 17.994 151.163 I. 793 0.980 45.131 -8.721 245.250 16.346 11.977 76.32 13. IHC. 1s. 915 12.527 b2.340 17.938 161.322 1.?al 0.949 45. 115 -1?.853 2Z2.412 17.108 13.131 27.111 13.15~ 18.260 12.686 0 85.442 17.871 1711.qn3 1.266 0.907 45.C88 -18.792 221.643 19.435 14.628 ?4.4h 13.112 1 E. 1'95 12.H71 82.570 17.79118.1.742 I. 249 0.856 45.C56 -23.542 212.661 21.376 16.348

39.43 13.C42 19..181 13.063 US.639 17.66492.302 1.235 1.782 45.COb 26.218 -28.077 22.5?5 17.390 2d.02 13.c34 IP.066 12.867 d>.437 17.664102.102 1.256 l.R90 45.008 20.008 -?9.114 19.d48 14.991 2h.IU 13.'25 1p.:>2 17.727 o>.c'd? 17.668112.022 1.771 1.793 45.C08 13.964 -52.012 17.646 13.078 24.71 13.Cl4 1n.cj4 12.h44 05.ln5 17.659 171.8w 1.280 1.692 45.~04n.095 -tt.eoc 16.087 11.760 24.11 + 13.C01 18.013 12.616 + dS. 136 17.641 171.742 1.2R4 1.5R8 44.9972.408 -62.905 15.3C5 11.113 24.13 12.984 17.984 17.64,:, 83.132 17.612 141.602 1 .?83 0.997 44,986-3.092 26C.9CC 15.343 11.145 24.15 12.S67 17.944 12.719 63. 1bU 17.571 151.462 1.276 7.081 44.970-8.402 245.940 16.117 11.785 Z'j.05 12.s3e. 17.904 12.d31 03.?3'? 17.51ti161.322 1.766 n.951 44.949-13.521 232.975 17.+52 12.912 27.21 12.904 17.351 12.9ti9 d3.34C 17.~52171.1s 1.252 3.91'1 44.524-18.451 222.094 19. It1 14.388 ?8.96 12.86t 17. 191) 13.183 b3.46f1 17.375181.042 1.236 0.859 44.894-23.197 213.024 21.051 16.093 a jW.l? 12.79Q 17.615 13.311 65.555 17.2479j.601 1.221 1.992 44.@44 2b.374 -27.582 22.415 17.336 21.73 12.79r 17.6b2 13.1d9 63.345 17.253 10,'.461 1. ?40 1.4013 44.E46 20.197 4 -3e.507 19.786 14.936 23.79 12.781 17.h4t7 13.<145 a5.191 17.253 112.321 1.755 1.R07 44.E47 14.183 -51.288 17.570 13.012 79.45 12.772 17.632 12.Y5fI i ri>.?9CJ 11.246 122.1R1 1.264 1.702 44.844 b.340 -65.985 15.9E3 11.674 73.7h 12.76C 17.612 12.'1?7 a5.ilj7 17.230 132.1741 1.26~ 1.598 44.838 2.677 -82.062 15.164 10.998 23.14 12.744 17.565 12.449 . d3.?37 17.232 141.,401 1.267 n.99~ 44.827 -2.803 261.68E 15.163 10.997 24.33 12.723 17.551 13.071 U5.967 17.163 151. 701 1.741 0.982 44.B12 -8.096 24b.616 15.9C1 11.606 2>..1') + 12.69r 1 7. r>uo 13.136 + cJ5.136 17.112 161.621 1.251 0.15 3 44.793 -13.203 233.525 17.210 12.705 26.05 12.56k 17.458 13.294 83.234 17.04Y 171.481 1.239 0.917 44.169 -18.125 222.535 18.YCO 14.161 21.4R 12.53? 17.399 13.489 8'>. 3bb I6.'275 181.341 1.2?3 0. R63 44.740 -22.867 213.378 20.819 15.851 I( . 2+.b'1 12.566 17.285 13.72(, 03.477 16.844 9 '.91Jli I. ?@7 2.001 44.691 26.523 -27.112 22.420 17.287 21.44 12.55r 17.272 13.514 65.255 16.852 10~.760 1.226 I. 909 44.t94 20.377 -37.921 19.729 14.886 7>.>!1 + 12.551 17.260 13.365 85.09R 16.854 Il2.hZn I .?40 l.nI? 44.695 14.392 -5C.595 17.5CO 12.953 ?4.14 12.542 17.745 13.215 64.594 16.d4h 12i.4RiJ I. 249 1.711 44.692 6.575 -65.2CO 15.688 11.594 ?3.42 12.53C 17.726 17.240 t 64.1743 16.833 132.340 1.253 1.h07 44.687 2.935 -t1.246 15.033 10.891 23.37 12.51t ~7.2~013.75') 04.931 16.808 14,'.200 1.252 0.998 44.t77 -2.526 262.455 14.953 10.859 73.93 12.497 17.16H 13.329 d4.964 16.770 15/.J6LI 1 .?47 0.983 44.663 -1.H03 241.216 15.t58 11.437 2710.0 24.94 t 12.47? 17.12r 13.444 ">.C33 16. 721 161.72~ 1.738 0.955 44.643 -17.898 2?4.064 16.980 12.511 27?0.0 26.39 12.44' 17.rd~ 13.huZ 05.134 16.661 171.7dO 1.22h 0.915 44.t22 -17.812 222.9tt 18.653 13.946 2740.Q 26.03 12.411 17.323 13.797 t a>.2t2 lh.58R 1'11.64li 1.211 0.866 44.595 -22.550 213.724 20.562 15.622 CL 0 (I 4 FCbTE TTlMt CV Sb" I'Vi VIUF?PtlI2 ALPHA2VkL2 dtT4 ECCE RYI0 VEL1ALPHAl * PHI1 VIhFl ov 1 E\/ SLY 0 CV i VIb'F2 PHI2 E ALPHA2 VEL2 HrTA ECCE Rql0 VEL1 ALPH41 * PHIl VIYFl ov 1

I 74.5') + 12.?4L l6.9U9 14.C57 * d 5.3b4 16.457 93.199 1.195 2.011 44.546 26.664 -26.665 22.369 17.241 71.14 * 12.33P IC.H97 13.H40 83.165 16.465 101.05') 1.?12 1.91~ 44-549 2O.549 -27.376 19.677 14.841 ?5.23 * 12.?31 L6.hbb 13.6eq u5.n33 16.469 112.019 1.226 1.827 44.551 14.591 -49.933 17.436 12.898 73.h4 12.!2? 16.877 17.5 >3 * 04 .836 16.464 12/.774 1.734 1.720 44.~49 8.800 = -t4.446 15.ac0 11.522 75.13 * 12.?1' 16.A54 13.5?6 u4. "4') 16.451 132.639 1.238 1.616 44.544 3.182 -EC.457 14.912 10.792 73.u! 12.?9T 1c.sJr 13.572 64. H29 16.427 142.49V 1.23H 3.999 44.535 -2.260 263.201 14.835 10.729 ?J.>b Q 12.2H1 16. 7'49 13.h4q 8't. Hbn 16.391 152.359 1.233 0.9134 44.522 -7.522 747.921 15.5C6 11.279 74.5'4 12.251 16.761 13.714 b4.928 16.344 167.711 1.225 5.Q57 44.505 -12.605 i34.591 16.163 12.327 25.V7 12.23; 16.715 13.912 t1>.022 16.285 172.079 1.213 0.917 44.483 -17.512 223.381 18.418 13.742 '/.t,l LL.201 16.667 14. 1'78 t 87.157 16.215181.Q39 1 .200 0.R68 44.458 -22.246 214.061 20. 3 16 15.405 I 25.33 * 12. I31 16.547 14.3X6 85.796 lh.Od393.49H 1.183 2.021 44.409 26.798 -26.242 22.322 11.198 76..13 12.175 Lt.536 14.17r) t u>.q73 16.033 101.35t> 1.200 1.929 44.413 25.712 -36.851 19.630 14.799 74.97 12.12? 16.525 14.012 84.93P. 16.097 115.216 1.212 1.831 44.415 14.782 -49.3CC 17.3i8 12.848 ?J.57 * 12.116 16.512 13.314 t 64.747 16.034 173.C78 1.721 I. 730 44.413 9.015 -63.722 15.719 11.455 ?L.CIl 12.106 16.4 95 13.673 I 84. 738 16.082132.938 1.275 1.625 44.409 3.418 -79.694 14.799 10.700 ILI.72 Q 12.S9' 16.4 73 13.IIHR II 04. 725 16.059 142.798 1.224 0.999 44.401 -2.005 Lt3.927 14.686 10.609 73.21 12 .C76 16.443 13.953 84.755 16.025 152.658 1.220 0.985 44.?8q -7.753 a 248.550 15.325 11.130 ?4.21 + 12.':55 16.407 14.067 * 04.822 15.9816 16.>.518 1.212 0.958 44.372 -12.325 235.105 16.556 12.153 73.59 12.C3C 16. 362 14.22C. 04.027 15.923 177.378 1.202 0.92') 44.252 -17.224 723.75@ 18.155 13.549 '7.11 12.coc 15-31? 14.422 n:, .a5 1 15.855 18/.23tI l.lR9 n.071 44.328 -21.954 214.389 20.083 15.198

>',. 17 1 I .'43 7 16. 198 14.722 65.208 15.722 1:.791 1.172 2.030 44.28026.925 t -2 5.84C 22.278 17.159 ?6.6" * 11.931 16.188 14.501 I t(4.9nc 15.732 10 3.h57 1.1P8 1.938 44.284 20.R68 -36.351 19.586 14.760 ?r.73 11.52L 16.1 77 14.339 U4.811 15.738 113.517 1.700 1.840 44.286 14.964 -4e.695 17.324 12.803 73.31 11.';le 16.165 14.23H t 84.697 15.736 171.377 1.708 1.739 44.285 -t3.0275.220 15.645 11.393 72.52 + 11.9ilS LC.. 143 14.114 * t14.635 15. 725 133.737 1.212 1.634 44.281 3.644 -78.957 14 .6 54 10.615 22.33 (I 11.n9/ 16.12H 14.?c)5 + n4.621 15. 704 14.1.097 1.212 0.999 44.714 -1.762 4 2t4.631 14.546 10.496 ?2.h7 * 11.ER1 16.lon 14.269 t 84.h49 15.672 152.V57 1 .708 0.986 44.262 -6.995 245.16: 15.154 10.989 73.85 Q Ll.H6/ lh.qb5 14.382 84.711, 15.62X 161.817 1.201 0.96) 44.247 -12.056 225.607 16.3tl 11.989 7 .j .2 (-, 11.83r 16.'123 14.540 t 64.815 15.573 17,'.677 1.191 0.922 44.228 -16.948 224.198 17.983 13.367 76.81 11.Eli 15.9/2 14.738 u4.944 15.507 182.53- :.IT., n. 874 44.204 -21.675 . 214.7C9 19. 861 15.002 ?d-u7 11.74r 15.Hb2 15.flhl r dS.117 15.373 9f..097 1. :62 2.040 44.15727.045 -25.458 22.237 17.121 7b.47 11.742 15.852 14.H35 + 84.885 15.385 103.957 1.177 1.947 44.161 21.016 -35.875 19.5 45 14.725 I 24.30 11.737 15.842 14.66'1 84.713 15.391 111.017 1.188 1. R49 44.16415.137 -6e.118 17.)75 12.761 23.~7 f 11.73C 15.H3O 14.563 t 64.596 15.390 121.677 1. 196 1.747 44.163 9.417 f -62.36C 15.576 11.336 22.26 11.722 15.815 14.516 U4.531 15.381133.537 1.200 1.642 44.160 3.861 -78.246 14.556 10.536 22.10 + 11.711 15.735 14.525 t 84.514 15.361 143.397 1.200 0.999 44.153-1.528 265.315 14.415 10.391 22.55 II .69L 15.769 14.588 84.54 1 15.330 151.257 1.196 0.987 44.142 -6.748 245.76C 14.992 10.858 23.31 11.677 15.735 14.700 t 84.606 15.288 163.117 1.190 0.962 44.128 -11.799 * 236.096 16.176 11.834 24.nr, t 11.655 15.695 14.1157 + 84.706 15.235 171.977 1.180 0.924 44.109 -16.683 224.589 17.7E1 13.193 26.44 11.62B 15.646 15.056 d4.836 15.171 182.837 1.169 0.876 44.087 -21.407 215.020 19.649 14.816

2b.65 11.568 15.537 15.402 85.026 15.036 94. 396 1.152 2.049 44.C41 27.158 -25.097 22.158 17.087 26.25 11 -563 15.527 15.171 t b4.7VO 15.048 104.256 1.166 1.956 44.C45 21.156 -35.423 19.507 14.692 24.2H 11.557 15.518 15.001 84.613 15.056 114.116 1.177 1.858 44.C48 15.302 -47.567 17.229 12.722 22.84 11.552 15.507 14.891 84.493 15.056 123.976 1.184 1.756 44.C48 9.604 -t1.72C 15.512 11.283 22.01 + 11.544 15.493 14.841 84.426 15.047 133.H36 1.188 1.651 44.C45 4.068 -77.561 14.505 10.462 21.83 + 11.533 15.474 14.848 + 84.407 15.029143.696 1.188 1 .ooo 44.C39 -1.305 265.977 14.292 10.292 22.25 t 11.51q 15.449 14.909 + 84.432 14.999153.556 1.185 0.988 44.029-6.511 250.341 14.840 10.733 23.19 11.50; 15.417 15.020 84.496 14.959163.416 1.179 0.963 44.C15-11.552 236.572 16.0CO 11.688 74.51 11.481 15.378 15.178 84.596 14.907173.276 1.171 0.926 43.497-16.430 224.969 17.589 13.029 26.09 11.455 15.331 15.378 + 84.726 14.845183.136 1.160 0.879 43.976-21.151 215.322 19.447 14.639 + ELATE TllME CV SLC + EVE VINFZ PHI2 ALPHA2VEL2 SETA ECCE RMIO VEL1ALPHAI PHIl V IhiFl ov 1 TABLE XIV. - Continued. TABULAR DATA FOR TRAJECTORLES FROM 1.1 EARTH RADII CIRCULAR

PARKING ORBIT TO 1.1 NEPTUNE RADII CIRCULAR PARKING ORBIT

DV2 VIYFZ ALPHA2 VEL2 BETA ECCE RMlO VEL1ALPHA1 PHI1 VINFl DV 1

11.397 15.223 84.933 14.709 94.695 1.143 2.058 43.531 27.266 -24.754 22.162 17.0 54 11.392 15.214 84.692 14.723 104.555 1.156 1.965 43-935 21.290 4 -?4.993 19.472 14.661 11.387 15.225 84.512 14.731 114.415 1.167 1.867 43.538 15.460 -47.041 17.187 12.686 11.381 15.195 84.389 14.732 124.275 1.174 1.765 43.939 9.784 -fl.lO@ 15.453 11.235 11.374 15. 187 64.319 14.725 134.135 1.177 1.659 43.936 4.266 -7t.9C1 14.419 10.394 11.364 15.163 d4.298 14.706 143.995 1.177 1 .000 43.930 -1.091 26t.618 14.177 10.199 11.351 15.139 64.322 14.67Y 153.855 1.175 0.989 43.921 -6.284 250.905 14.695 10.616 11.!35 15.IU9 U4.385 14.6401h3.715 1.169 0.964 43.508 -11.315 237.036 15.833 11.549 11.314 15.n71 64.485 14.591173.575 1.161 n. 97 8 43.P91 -16.187 225.338 17.4C7 12.873 11.291 lc.P27 84.615 14.533 I83.4ji 1.151 0.881 43.871 -20.905 I 215.615 19.256 14.471

11.233 14.92C 84.t33J 14.39494.994 1.134 2.067 43.E2627.361 -24.429 22.121 17.023 11.22T 14.911 O4.5Y4 14.400104.854 1.147 I .974 43.83121.416 a -34.584 19.440 14.632 11.224 14.903 c14.409 14.417114.714 1.157 I. 876 43.834 15.610 I -46.540 17.148 12.653 11.21s 14.893 64.283 14.419 124.574 1.163 1.773 43.835 9.954 I -6C.521 15.358 11.190 11.?17 14.n80 64.211 14.413 134.434 1.167 1.567 43.e32 4.455 -76.266 14.340 10.330 11.203 14.863 d4.18~ 1s.397 144.294 1.167 1 .000 43.e27 -0.886 261.239 14.068 10.113 11.191 14.040 64.210 14.37,) 154.154 1.165 0.990 [email protected] 4 251.452 14.559 10.506 11.175 14.~11 84.21 3 14.332 lh4.014 l.16n 0.966 43. eo6 -11.089 227.486 15.675 11.418 11.15t 14.775 84.372 14.284 173.)!74 1.152 0.929 43.790 -15.955 225.697 17.733 12.726 11.13! 14.732 04.504 14.225 18 3.734 1.143 0.883 43.771 -20.669 215.855 19.013 14.311 I ll.C7,' 14.h27 t(4.74> 14.088 92.293 1.126 2.076 43.727 27.462 4 -24.121 22.094 16.993 11.?7? 14.618 64.49 J 14.1J5 105.153 1.138 1.983 43-732 ?1-537 -34.196 19.4C9 14.605 I 1 .c65 14.610 ur.305 14.113 11.>.013 1.147 1.884 43.135 15.753 -46.062 17.112 12.622 ll.C64 14.601 84.176 14.116 124.M73 I. 154 1.7R1 43.736 10.118 4 -!5.955 15.347 11.148 11.~5r 14.5R9 O4.1(>1 14.111 134. 733 1.157 1.675 43.734 4.636 -75.655 14.266 10.270 11 2145 14.i79 64.176 14.3Y5 144.593 1.158 1.007 43.729 -0.690 267.838 13.'>66 10.031 11.C3F 14.5>1 64.097 14.071) 154.453 1.155 0.990 43.721 -5.859 251.983 14.430 10.402 ll.C2! 14.523 84.159 14.033 164.313 1.150 fi.967 43.709 -10.872 * 237.924 15.524 11.294 1 I .so= 14.46R 04.25g 13.986 17.+.173 1.144 0.731 43.694 -15.732 I 226.045 17.nta 12.585 lJ.983 14.447 d4.3YC 13.929 184.('33 1.135 ,3.8~5 43.676 -26.443 I 216.175 18.898 14.159

10.9jC 14.343 84.646 13.792 9L1.592 1.118 7.085 43.632 27.552 -23.825 22.Ct3 16.965 10.92' 14. 335 64.392 I3.83H 105.457 1.130 1.991 43.637 21.653 I -33.827 1Y.3t0 14.580 10.921 14. 327 84.20n 13.614 Il<>.312 1.138 1. R97 43.t41 15.889 -45.601 17.078 12.594 10.917 14.31Y b4.sIt-7 13.822 125.172 1.145 1.789 43.642 10.273 -59.422 15.300 11.109 10.911 14.3.J7 d3.991 13.618 13">.031 1.148 l.5R3 43.040 4.80H -75.06f 14.196 10.215 l(J.90? 14.,'92 83.903 13.80314'+.hY2 1.14~ 1.noq 43.t36 -0.503 26t.417 13.869 9.955 15.892 14.271 b3.9d2 13. 779 154.752 I. 146 9.991 43.628 -5.660 752.49E 14. 3CB 10.304 1U.t'IP 14.c44 b4.1'44 13. 744 164.412 1.142 n.968 43.t17 -10.664 23e.349 15.381 11.176 1o.ebl 14.211 64. 14 3 13.698174.41/ 1.135 0.')33 43.603 -15.518 226.383 16.911 12.452 ln.~4( 14.171 0+.77h 13.642184.332 I. I27 0. ne 7 43.585 -2d.227 . 216.441 18.132 14.014 ECCF RPIO VFLlALPHdl 4 PHI1 VIhF1 DV 1

CL 0 W CCCE RMID VELl ALPHAl PHIl VlUFl DV 1

11.Nll 15. ,475 15.047 1.J.247 15.4809$1.3ao 1.158 2.069 44.195 29.259 -22.135 23.319 18.101 11.20-. 1b.404 14.AP1 b4.994 19.493 10j.24; 1.175 1.979 44.199 23.167 -31.999 20.504 15.571 11.79; 1'1.934 14.614 d4.8L) 1 15.502 11'1.1on l.l?8 1.RR3 44.202 17.224 4 -43.568 18.C64 13.437 11.19! 15. 341 14.4dr: 84.665 15.503 1lLI.96O 1.197 1.782 44.203 11.437 -57.112 16.142 11.806 1 1 .?*e 15.32,) 14.421 * 04.583 li.491 12'1.823 1.203 1.678 44.201 5.813 -72.505 14.852 10.776 1 I. 775 15.Yll 14.411 4 04.55,) 15.48,) l3'?.68tl 1.204 1.572 44.195 0.357 -€8.9Cf 14.427 10.400 I1.76, 15. tlbb 14.455 I 84.562 15.453 14'3.540 1.202 9.993 44.185 -4.930 255.082 14.749 10.660 11.740 15. q55 14.549 84.614 15.415 15'7.4U3 1.196 0.972 44.172 -10.046 240.6E5 15.740 1 1.472 11.72' 15.417 14.610 84.701 15.365 16-1.269 1.lRR 0.938 44.155 -14.994 s iZC.432 17.217 12.712 11.FYI 15.7117 14.O75 d4.VZC 15.334 17'4. 120 1.177 0.89444.134 -19.778 + 218.22~ 19.CC8 14.255 I I1.kP< 15.157 15.3~3 ~5.276 15.2448b.962 1.145 2.107 44.113 31.594 s -1E.655 24.393 19.081 11.hS' 15.745 15.112 ai.018 15.258 96.823 1.162 2.011 44.118 25.470 -27.934 21.474 16.436 11.67.r 15.735 14.3ri1 t~4.8UO 15.269 IOh.682 1.17h 1.92544.121 19.489 0 -3e.772 18.880 14.144 11.572 15. 726 14.749 84.64 1 15.274 116.543 1.187 1.826 44.123 13.660 -'.1.510 16.743 12.310 1l.thL 15.714 14.61t1 64.53A 15.271 126.402 1.193 1.773 44.122 7.991 -tt.225 15.215 11.039 11.651 l?.bjf! 14.624 84.4n6 15.260136.263 1.196 1.61744.118 2.485 4 -t2.383 14.434 10.405 11.e4r 15.616 14.04d d4.480 15.237146.122 1.195 0.998 44.110 -2.853 261.263 14.453 10.421 11.t7< 15.648 14.724 84.517 15.204155.983 1.191 0.98244.C99 -8.023 4 246.112 15.199 11.027 11.51c 15.614 14.048 64.5Y2 15.160163.842 1.1@4 0.953 44.C84-13.026 232.986 16.5C5 12.110 L1.5R7 15.511 15.017 84.700 15.104175.703 1.174 0.91344.065 -17.866 221.994 18.1E9 13.544

11.506 15- 424 15.453 84.925 14.92597.122 1.153 2.02844.C03 25.589 -27.557 21.431 16.403 11.501 15.415 15.236 84.703 14.937 106.9A2 1.166 1.93444.C07 19.634 -3E.302 18.843 14.111 11.49t 15.406 15.041 84.540 14.943 116.842 1.176 1.834 44.ClO15.829 -50.942 16.695 12.270 11.49C 1s. 334 14.986 84.434 14.941 126.702 1.182 1.73144.C09 8.181 -65.577 15.146 10.983 11.482 15.379 14.950 84.379 14.930 136.562 1.185 l.hZ544.C05 2.694 -€1.705 14.337 10.327 11.47~ 15.329 14.971 84.372 14.910 146.422 1.184 0.99R43.998 -2.629 2C1.9Cl 14.3 25 10.318 11.45t 15.333 15.045 84.407 14.878 156.282 1.180 0.983 43.S87 -7.787 4 246.660 15.043 10.899 11.43e 15.299 15.169 4 b4.4al 14.835 166.142 1.174 0.955 43.S73 -12.781 4 2!3.431 16.328 11.961 11.416 1G.259 15.338 84.5d9 14.781176.002 1.165 0.915 43.955 -17.615 222.348 17.S58 13.379 11.39C 15.211 15.54'4 84. 72 7 14.717185.862 1.154 0.866 43.933 -22.294 4. 212.135 19.VC3 15.039 11 .?3F 15.114 15.795 114.630 14.603 97.421 1.143 2.037 43.P95 25.101 -i7.19@ 21.4C3 16.372 11.23: 15.105 15.514 84.604 14.616 107.281 1.156 1.94243.e99 19.772 -37.854 18.8C8 14.080 11.?2t l5.0Y7 15.415 84.438 14.622 117.141 1.16'5 1.843 43.902 13.990 -5C.4CO 16.650 12.232 11.122 15.286 15.316 64.32A 14.622 127.001 1.171 1.740 43.902 8.362 9 -64.956 15.083 10.Y31 11.315 15.072 15.278 t 84.271 14.612 136. 861 1.174 1.633 43.898 2.893 -€1.052 14.246 10.254 11.304 15.OSZ 15.2Y7 84.262 14.592 146.721 1.173 0.998 43.892 -2.414 262.52C 14.2C4 10.221 11.291 15.027 15.369 4 84.296 14.562 156.581 1.170 0.984 43.P82 -7.560 247.193 14.8S5 10.778 11.274 14.995 15.493 84.370 14.52016b.441 1.164 0.956 43.E68 -12.546 233.864 16.159 11.820 11.753 14.956 15.662 84.478 14.468176.301 1.156 0.917 43.851 -17.374 4 222.692 17.815 13.223 11.2ZL: 14.910 15.875 84.617 14.405 186. 161 1.145 0.868 43.830 -22.051 213.4CE 19.712 14.872 g 11.177 14.815 16.141 84.734 14.2'3197.720 1.135 2.046 43.792 25.807 -26.859 21.370 16.343 11.173 14.806 15.912 4 84.504 14. 304 107.580 1.146 1.951 43.797 19.902 4 -37.429 18.775 14.052 11.16b 14.7% 15.751 4 84.334 14.312 117.440 1.155 1.852 43.799 14.143 9 -45.883 16.609 12.198 11-16: 14.788 15.649 84.221 14.312 127.300 1.161 1.74R 43.799 8.536 -64.360 15.024 10.883 ll.15t 14.714 15.608 84.162 14.304 137.160 1.164 1.641 43.797 3.084 -80.422 14.160 10.186 11.14~ 14.726 15.624 d4.151 14.285 147.020 1.163 0.999 43.791 -2.209 4 2t3.,118 14.C89 10.130 11.13? 14.732 15.696 84.184 14.256 156.880 1.160 0.985 43.781 -7.344 247.71C 14.754 10.664 11.117 14.701 15.819 84.257 14.216 166.740 1.155 0.958 43.768 -12.321 9 234.284 15.959 11.687 ll.C97 14.664 15.989 4 84.365 14.165 176.600 1.147 0.919 43.751 -17.144 t 223.026 17.642 13.0 74 11 .C74 14.620 16.202 84.504 14.104 1R6.460 1.137 0.870 43.732 -21.819 213.673 19.531 14.712 s ECATE TIICF CV SI,? I CVZ VINF2 PHIZ 4 ALPHAZ VELZ BETA ECCE RMIO ALPHAlVELl PHIl VINFl DV 1 TABLE XIV. - Continued. TABULAR DATA FOR TRAJECTORIES FROM 1.1 EARTH RADII CIRCULAR

PARKING ORBIT TO 1.1 NEPTUNE RADII CIRCULAR PARKING ORBIT

ECATE TTIME VlhlF2 PHI2 ALPHA2 VEL2 BETA ECCE RMID VEL1 ALPHA1 PHI1 VIhFl OV 1

4 14.525 16.438 84.636 13.989 9e.019 1.126 2.055 43.695 25.907 -26.537 21.339 16.315 14.517 I6.25H t 64.402 14.003 107.879 1.138 1.960 43.699 20.026 -37.024 18.7 44 14.025 14.539 16.09Q 84.229 14.012 117.739 1.146 1.860 43.702 14.289 -45.389 16.571 12.165 14.499 15.984 b d4.112 14.513 127.599 1.152 1.756 43.702 8.701 4 -63.789 14.568 10.838 14.487 15.94U 04.051 14.005 137.459 1.154 1.649 43.700 3.266 -74.815 14.081 10.123 14.469 15.955 t d4.038 13.987 147.319 1.154 0.999 43.694 -2.013 4 263.697 13.982 10.044 14.446 16.025 84.070 13.959 157.179 1.151 0.986 43.685 -7.136 4 24e.212 14.621 10.557 14.417 16.147 04.147 13.920 167.033 1.146 0.959 43.673 -12.105 234.693 15.846 11.560 14.361 I6.3lP d4.251 15.871 176.099 1.139 0.920 43.657 -1b.924 223.349 17.476 12.932 14.334 16.533 + 04.3Y I 1-3.811 186.759 1.130 0.872 43.t38 -21.596 213.929 19.358 14.560 4 14.245 16.83b + ~14.53~13.696 9d. 318 1.119 2.063 43.602 26.001 4 -26.231 21.3C9 16.288 14.237 l6.hS3 d4.299 13.711 103.178 1.129 1.968 43.t07 20.144 4 -3f.64C 18.715 14.000 14.229 16.431 I 84.12) lS.720 118.038 1.137 1.868 43.610 14.428 -48.919 16.535 12.135 14.220 lh.322 b4.093 13.722 127.898 1.143 1.764 43.610 8.859 4 -63.243 14. 917 10.796 1'1 - 2UH lh.27'1 d3.Q39 13.715 137.758 1.145 1.657 43.608 3.440 -79.232 14.006 10.063 14.191 16.Zotl 03.924 L3.699 147.61d 1.145 0.999 43.603 -1.825 264.257 13.980 9.963 14.169 16.351 b3.955 13.672 157.478 1.142 0.986 43.594 -6.938 24E.69e 14.495 10.455 14.141 16.479 84.02 I 13.634 167.336 1.137 0.960 43.583-11.899 225.089 15.7C2 11-440 14.13+ 16.650 c14.135 13.586 177.13H 1.131 0.922 43.568 -16.712 223.663 17.319 12.798 14.36h Ib.t!hh 84.276 13.528 187.[,58 1.122 0.874 43.549-21.383 4 214.171 19.193 14.416

13.973 17.111 64.437 17.412 70.617 1.111 ?.072 43.51426.090 4 -25.942 21.281 16.263 13.766 16.951 b4.194 13.428 lOi1.477 1.121 1.977 43.518 20.255 -36.215 18.688 13.976 13.959 16.775 04.n14 11.438 111.337 1.129 1.876 43.522 14.560 4 -48.47C 16.5C2 12.107 13.93n 16.652 03.89) 13.441 12n. 197 1.134 1.772 43.522 9.009 4 -62.72C 14.R69 10.751 13.935 lb.hl7 05.i125 13.434 137.051 1.137 1.665 43.520 3.606 -38.671 13.436 10.007 13.'422 16.623 aJ.SL'0 13.41Y 147.911 1.131 0.999 43.516 -1.646 264.797 13.784 9.887 13.YUl lh.6'41 uj.aj9 13.393 157.777 1.134 0.987 43.508 -6.748 245.165 14.?76 10.359 13.tJ 74 16.813 n3.910 13.357 ih7.fti7 1.130 c.961 43.496 -11.701 235.473 15.564 11.326 17.841 lh.Yj4 a4.Qld 11.319 17/.497 1.123 3.924 43.482 -1b.510 * 223.967 17.169 12.671 l?.t'U7 17.222 d4.1 bl 13.253 187.351 1.115 0.876 43.465 -21.179 . 214.416 19. 35 14.279 13.711 17.546 84.335 13.137 99.917 1.104 2.080 43.430 26.173 -25.669 21.254 16.239 13. 7u3 17. 3.,1 84.Q)HR 13.153 10.1. 777 1.114 1.985 43.434 20.361 4 -35.928 18.663 13.954 12.6Y6 17.121 b3.qC14 13.164 lLri.637 1.121 1.684 43.438 14.685 -4fl.043 16.471 12.081 1 3. bdl 17.L',35 nJ. 7 79 13.167 12d.497 1.126 1.740 43.439 9.152 -62.22C 14.824 10.721 13.677 lh.q?4 83.71s 13. I62 [email protected] 1.12d 1.672 43.437 3.765 -7r.133 13.H70 9.955 13.552 I6.Yhl + ~3.69) 13.147 146.217 1.128 @.Y99 43.433 -1.475 265.319 13.694 9.816 l3.h4? 17.07n bj. 721 13.122 156.077 1.126 0.988 43.425 -6.566 245.624 14.263 10.268 13.616 17.14'1 L(3.792 13.087 167.937 1.1?2 0.962 43.414 -11.513 235.844 15.433 11.218 13.5d4 17.3?1 dj.q'J0 13.041 177.1Y7 1.11b 0.925 43.401 -16.317 224.261 17. '26 12.549 l?. 34h 17.54i d4.043 12.YU6 181.627 1.1!7 > 0.878 43.384 -29.984 214.64e 18.885 14.148 4 1?.4>6 17.~23t 04.232 12.870 '3Y.216 1.0C.8 2.009 43.349 26.251 -25.41c 21.227 16.215 1'.44 1 11.h54 d3.96Jn lZ.Yd7 131.J76 1.107 1.993 43.354 2G.460 -35.599 18.638 13.933 13.442 17.47! 83.794 12.H98 113.936 1.114 1.P92 43.258 14.804 -41.637 16.442 12.057 13.424 17.151 b3.565 12.YU2 127.796 1.118 1.787 43.359 9.289 -61.742 14.102 10.687 12.424 17.2'25 03.504 I2.MYH 13Y.656 1.121 1. 680 43.35R 3.916 -i7.616 13.H08 9.906 13.4J9 17.3.2 83.574 12.t4d4 140.516 1.121 1.00'7 43.354 -1.311 265.821 13.6C8 9.748 1?.3)1 17.3h7 d3.6til 12.86J 15',. 37h 1.119 n. 988 43.346 -h.393 250.064 14.155 10.182 17. 565 17.4JH 83.672 12.tiLS Iho.73h 1.115 5.963 43.336 -11.332 4 236.203 15.3C8 11.116 17.334 17.6hl 4 a3.7rl lL"7H1 178.096 1.109 n.927 43.323 -16.132 4 224.545 16.rle9 12.434 13.29n 17.852 05. 325 17.12718r.456 1.102 ~.mn43.?07 -20.797 214.871 18.742 14.023 e ECCE RVIO VFLl ALPHA1 PHI1 VI hFl DV 1 cv SbC CV: VINF2 PHI2 BETAALPHA2VEL2 ECCF RMIO VELl ALPHA1 PHIl VINFl DV1 I . 76.55 10.35~ 13.210 18.263 M4.127 12.61099.515 1.092 2.097 43.273 26.324 -25.165 21.2c2 16.192 '4.27 10.35". 13.202 IR.O~I~ 83.871 12.62~ 10'9.375 1.100 2.001 43.278 20.554 4 -25.287 18.615 13.913 22.38 10.352 13.196 17.321 83.680 12.64011'4.735 1.107 I. 900 43.282 14.917 -47.25C 16.414 12.033 2l.U~) 10.34e 13.189 17.698 83.549 12.644129.095 1.111 1.195 43.283 9.418 -61.286 14.142 10.655 7J.21 t 10.?43 13.1767 17.641 + 83.475 12.64113d.952 1.113 1.687 43.282 4.061 -71.120 13.749 9.860 ?2.02 10.?3t I 3. lb5 1 12.628 145.81> 1.113 1.000 43.278 -1.154 4 266.304 13.521 9.685 zii.43 10.327 12.146 1 12.604 1551.675 1.111 0.989 43.211 -6.221 i5C.48S 14.353 10.101 17-12? 1 12. 571 168.53; 1.108 0.964 43.262 -11.159 216.55C 15.150 11.019 1 3.092 1 12.528 17Ci.39'j 1.103 n.929 43.249 -15.955 224.819 16.759 12.324 I 3.027 1 12.41518ri.255 1.096 0. R81 43.234 -20.619 215.085 18.605 13.905

2.9711 1 12.3589q.914 1.0H6 2.105 43.20026.392 -24.934 21.177 16.170 2.963 1 12.376109.674 1 .fly4 7.90) 43.206 20.643 -34.991 18.552 13.893 2.9>7 I 12.389 114.534 1.100 1.907 43.209 15.024 -c6.882 16.388 12.011 7.75q 1 12.394 121.394 1.104 1.802 43.211 0.542 -6b.851 14.1C5 10.624 i 2. 940 1 12.391 13J.254 1.106 1.694 43.210 4.198 m"i6.645 13.654 9.816 i 2. i27 1 12.379 14

11.376 10 l.'+l2 1.075 2.121 43.C65 26.515 -24.509 21.129 16.121 11.495 11 1.272 1.082 7.724 43.C70 73.804 1 -24.445 18.550 13.856 ll..3OH 12:. 137 1 .OH7 1.')22 43.C74 li.221 I -4f.200 16. 139 11.970 11.414 124.99~ 1 .UY 1 1.816 43.r16 9.7711 -6C.040 14.631 10.569 11.913 13'1.452 1.091 1.707 43.c75 4.453 -15,755 13.593 9.136 11.JO2 14+.712 l.nq3 1.000 43.C72 -C(.727 26 7.646 13.310 9.514 11.881 153.572 I. 1'92 0 .990 43.C66 -5.773 251.673 13.117 9.881 11.M50 167.437 1 .nHs n. 967 43.C5A -1G.68S 211.519 14.~61 10.155 11.91(' I7J.292 1.185 0.932 43.047 -12.469 22 5.582 l6.4C5 12.026 11. 160 137.152 1.q70 fl.RR6 47.c33 -2U.12'3 215.682 111.2 ?2 13.581

vtL2 MtTA FCCt RMIQ ALPHA1VELl 4 PHIl VIhFl DV1 TABLE XIV. - Continued. TABULAR DATA FOR TRAJECTORIES FROM 1.1 EARTH RADII CIRCULAR

PARKING ORBIT TO 1.1 NEPTUNE RADII CIRCULAR PARKING ORBIT

ECATE VkL2 bETA ECCE RMI 0 VEL1ALPHA1 PHIl VINFl ov1

3122 13.21995.200 1.103 2.11 1 43.45428.316 -22.314 22.290 17.169 18 3 13.237 105.06~ 1.113 2.018 43.460 22.447 -?Z.O6t? 19.5E2 14.757 13.247114.920 1.121 1.919 43.464 16.714 -4~4ee 17.229 12.722 13.255 124.7811 1.127 I. 816 43.46611.122 -5f.935 15.368 11.165 13.253134.640 1.130 I. 710 43.4655.676 -72.315 14.190 10.178 13.242144.500 1.131 1.601 43.4610.378 -te.801 13. bS3 9.8 15 13.220 154.363 1.130 9.993 43.455 -4.772 2'5.045 14.CC9 10.065 13. Id8 164.220 I. 126 0.973 43.445 -9.774 740.516 14.Y85 10.852 13.146 17r.Jtl0 1.121 0.940 43.432 -14.631 i2t.161 16.447 12.062 13.034 1R3. 94Cj 1.114 0. 896 43.417 -19.349 . 217.8SC 18.227 13.577 3 156 13.04d101.b42 1.105 2.050 43.40324.644 -28.139 20.524 15.589 15C 13.063111.503 1.113 1.961 43.40718.875 -3e.832 18.026 13.404 13.072 121.7b2 1.12u 1.060 43.410 13.243 -51.462 15.9t2 11.656 13.074131.223 1.174 1.754 43.411 1.759 -64.141 14.481 10.443 13.060 141."b? 1.126 1. h4h 43.4082.412 -P2.35(3 13.722 9.838 13.049153.V43 I. 125 0.998 43.403 -2.784 2t1.116 13.'44 9.856 13.022 16':.e02 1.123 0.981 43. 395 -7.834 245.895 14.4E3 10.445 12.98417,1-hb3 1.118 9.954 43.384 -12.740 232.671 15.177 11.503 12.931 li(i1.527 1.117 0.414 43.169 -11.506 221.621 17.451 12.911 12.d79 19m1.383 1. IO4 0.865 43.252 -22.138 . 212.447 19.359 14.561 32C4 17.184 101. 941 1. nvc 2.067 43.224 24.726 -27.06e 20.:~59 15.567 1CC 12.dOU 111.h02 1.13h 1 .qhO 43.323 1Y.97d -?C..4@@ 18.0C2 13.383 12.309 121.662 1.113 1.967 43.332 13.365 -51.043 15.531 11.630 12.812 131.522 1.117 1.761 43.332 1.893 -65.656 14.435 10.406 12.d07 141. 382 1.1ld 1.653 43.230 2.564 -t1.83S 13 -655 9.785 12.7841 151.742 1.118 p. 998 43.?25 -2.62C: .'t1.655 13.654 9.785 12.762 161. 10.' 1.115 C.983 43.31~ -1.661 i41.309 14.312 10.356 12.726 171.462 1.111 'J.955 43.307 -12.56C ?13.0C5 15.651 11.398 12.577 1R '-,iL)2 1.105 1.916 43.293 -17.323 221.884 17.314 12.795 12.623 19 !.be2 1.09d 0. 84h 43.277 -21.954 212.654 19.117 14.437

3256 12.527 l7 131.?21 1.15'1 1.764 43.~5R h.024 -t5.192 14. 332 10.372 17.551 141.1,dl 1.111 1.563 43.756 z.7n9 -81.34e 13.552 9.736 17.535 151.341 I. 111 'J. 999 43.251 -2.469 76~.125 13.569 9.718 1?.51u 161.401 I. IO? 1. qR4 43.244 -7.496 241.70S 14.?67 10.272 12.414 171.261 I. 104 l.'456 43.734 -1?.3R9 2?3.32A 15.5?1 11.299 1?.429 1R1.171 I. C9l) I. 41 7 43.221 -11.14d i

33Ct I. 5'66 7.983 43.177 24.815 -27.368 20.451 15.524 r: 1 .f.3 3 I.VH', 43.182 l,'.lb7 4 -37.H54 17.756 13.343 1.03v 1.887 43.185 15.59" -'.).2t2 15.4 I3 11-582 l.lQ2 1.77f, 43.186 .'.143 -64.75C 14.351 10.339 I. 1:J4 I .f.>67 4%.185 1.fl41l -tC.878 13.5?3 9.689 1.104 Q.494 43.181 -7.314 Zt2.512 13.489 9.654 1.112 '1.9R4 43. 174 -1.33C 247.095 14. 167 10.192 I. 119H r.957 43.164 -12.225 253.635 15.417 11.205 1.093 1.914 43.151 -1f>.Yt31 iZi.3Hi 17. JL~12.579 l.nq7 ,7.H7? 43.136 -21.610 213.044 18. 252 14.206

FCCE 9VIQ VEL1 ALPHA1 PHIl VI9F1 ov1 ECATE TTIME DV SbM PV7 VINF2PHI2 + ALPHA2VEL2 tiETA ECCE RMIO VELl ALPHA1 . PHIl VINFl ov1

33563440.0 25.00 + 10.C9? 12.658 19.041 83.7'17 12.036102.83') 1.flRO 2.090 43.109 24.942 -27.139 20.429 15.504 3 17 3420.0317 23-41 10.09c12.651 18.794 + b3.54912.053 112.699 1.087 1.992 43.114 19.253 -37.561 17.934 13.325 34E0.7 71.65 10.C87 12.645 IR.614 + 85.366 12.064 122.551 1.092 1.890 43.117 13.694 + -4S.9C1 15.847 11.560 34 in. 0 73.37 10.08412.638 18.502 + d3.24512.068 132.419 1.096 1.783 43.118 fl.268 -64.327 14.313 10.308 34'10.0 19.72 LO.C7$ 12.628 18.455 d>. lH3 12.064 141.279 1.097 1.674 43. 117 2.980 + -8C.427 13.476 9.645 3490.3 19.61 10.C72 17.614 1H.472 + 65.169 12.050 152.139 1.097 0.999 43.113 -2.172 263.003 13.412 9.594 35~0.0 ?d.ln 10.C64 12.596 18.550 + dj.2U5 12.026 l61.99Y 1.095 0.985 43.107 -1.187 247.466 14.0 72 10.116 3510.3 21-17 LO .C5? 12.573 18.6R5 4 83.286 11.992171.857 I. 092 0.958 43.C97 -12.068 23?.939 15.308 11.115 1520. I 21.52 10.042 12.544 1R.R74 + d5.406 11.949lR1.711) 1.087 0.920 43.C85 -16.821 722.611 16.942 12.479 3530.3 74.12 t 10.C24 12.510 19.113 83.563 11.896 191.519 1.081 0.871 43.070 -21.450 212.227 18.828 14.098 + 34Ct3450.0 25.47 Y.98$ 12.435 19.408 83.686 11.800 103.136 1.015 2.098 43.C44 25.005 -26.922 20.4C6 15.484 267 35:O.q 73.2'9 9.9nt 12.429 19.157 83.434 Il.tjl8 112.99H 1.081 2.000 43.C49 19.334 + -37.284 17.913 13.307 3510.0 71.52 9.983 12.423 18.973 t 83.247 11.830 122.858 1.086 1.897 43.C52 13.792 -49.551 15.821 11.539 3520.0 2d.26 9.975 12.416 18.85R + 83.123 11.834 132.710 1.090 1.790 43.C53 R.381 + -63.925 14.277 10.279 35?0.0 lY.>R 9.975 17.406 1R.808 83.056 11.830 142.578 1.091 1.680 43.C52 3.105 -75.995 13.423 9.603 3540.3 19.51 9.969 12.393 lR.H24 63.043 11.817 152.438 1.091 0.999 43.C49 -2.036 263.417 13.339 9.538 25 10.0 75.01) 9 -96 1 12.375 18.901 aj.079 11.794 162.798 1.OR9 0.986 43.C42 -1.043 241.824 13.982 10.044 3560.0 23.99 9.95c 12.353 19.036 + 83.160 11.761 172.158 1.086 0.959 43.033 -11.919 234.228 15.204 11.030 3570.0 22.32 9.93e 12.326 19.226 83.281 11.719 182.018 1.081 0.921 43.C22 -16.668 222.843 16.830 12.383 35d0.0 73.Y2 '9.92? 12.2Y3 19.467 + 63.439 11.667 191.878 I .076 0.873 43.~08 -21.296 213.403 18.711 13.996 t 3456 3540.0 25.35 9.C85 12.219 19.778 83.572 11.571 103.437 1.070 2.106 42.982 25.063 -26.11f 20.384 15.465 217 3550.0217 23.17 9.E8t 12.213 19.522 M3.316 11.589 113.297 1.076 2.007 42.987 19.410 -37.021 17.853 13.289 3560.0 21.411 + 9.E83 12.207 19.335 83.126 11.602 123.157 1.081 1.904 42.990 13.884 -49.23C 15.757 11.519 35 70.3 2U.13 9.e~~12.700 19.216 + 82.999 11.607 133.1717 1.084 1.797 42.991 8.488 + -t3.541 14.242 10.252 35d0.0 19.44 9.875 12.191 19.165 * 62.931 11.603142.877 1.085 1.m7 42.991 3.224 -79.582 13-373 9.564

3'590.0 19.55 + 9.87C 12.178 19.178 f 82.916 11.491152.737 1.085 0.99942.987 -1.906 263.814 13.210 9.484 36i0.0 19.84 9.R62 12.161 19.255 d2.951 11.568 162.597 1.083 0.98642.981 -6.906 * 248.161 13.856 9.976 3610.0 73.M0 9.852 12.140 19.390 83 -032 11.536 112.457 1.080 0.96042.912 -11.776 234.505 15.105 10-949 3620.0 22.13 9.84C 12.113 19.582 83.153 11.495 182.317 1.076 0.92242.961 -16.523 223.06C 16.122 12.. 29 3 36 j0.0 23.72 9.926 12.082 19.824 + 83.313 11.444 192.177 1.071 0.87442.548 -21.150 213.571 18.5% 13.898 a 35C6 35YO.O 25.24 9.793 12.009 20.151 + 83.458 11.348 103.737 1.065 2.11342.922 25.117 -2t.526 20.362 15.445 167 36CO.O 23.06 9.7YC 12.003 19.~90 t 83.197 11.367 113.597 1.071 2.015 42.92719.482 -3t.773 17.873 13.272 36 10.0 21.L9 + 9.787 11-997 19.679 83.054 11.380 123.451 1.075 1.91142.931 13.972 -48.921 15.714 11.500 3620.0 20.01 + 9.784 11.990 19.577 + 82.874 11.385 133.317 1.078 1.80442.932 8.590 -63.11t 14.210 10.226 36 30.0 19.31 9.78C 11.981 19.523 + 82.804 11.382 143.177 1.079 1.69342.931 3.338 -75.188 13.325 9.526 3640.0 19.21 + 9.115 11.969 19.536 82.788 11.370 153.031 1.079 0.999 42.$28 -1.783 4 264.194 13.205 9.433 3650.0 19.68 + 9.767 11.953 19.612 + 82.822 11.349 162.A97 1.078 0.987 42.922 -6.775 248.497 13.'.14 9.911 3660.0 20.63 + 9.75e 11.932 19.747 + 82.902 11.317 172.757 1.075 0.961 42.914 -11.640 ii4.771 15.011 10.873 3670.0 21.Y5 + 9.746 11.907 19.940 83.025 11.276 182.617 1.071 0.923 42.903 -16.384 223.268 16.620 12.206 36"O.O 23.54 + 9.733 11.877 20.185 + d3.186 11.226 192.477 1.066 0.875 42.890 -21.011 213.732 18.4S1 13.806 I 3556?640.Q 25.13 9.701 11.805 20.526 83.341 11.131104.036 1.060 2.12142.865 25.166 -26.344 20.341 15.426 1173650.0 22.95 9.698 11.799 20.261 + 83.077 11.150113.896 1.066 2.02242.870 19.548 -36.538 17.853 13.255 3660.0 71.18 9.695 11.793 20.066 + az. 880 11.163123.756 1.070 1.918 42.e7414.054 s -4n.627 15.752 11.482 3670.') 19.89 + 9.6Y? 11.787 19.941 82.747 11.169133.616 1.073 1.81042.e75 8.686 -t2.828 14.118 10.201 3680.0 19-18 + 9.685 11. 778 19.885 82.675 11.167 143.476 1.074 1.69942.875 3.446 -78.811 13.280 9.491 3690.0 19.07 9.684 11. 766 19.896 8L.657 11.156 153.336 1.074 0.99942.872 -1.666 264.558 13.143 9.384 37CO.O 19.53 9.677 11. 751 19.971 + 82.691 11.135 163.196 1.072 0.98742.@66 -6.650 248.813 13.736 9.849 371n.o 20.47 it 9.t6f2 11. 731 20.107 82.772 11.104 173.056 1.070 0.96142.858 -11.511 235.027 14.921 10.799 3720.0 21.78 + 9.657 11. 706 20.301 + 82.895 11.064 182.916 1.066 0.92442.848 -16.251 223.461 16.552 12.124

3730.0 23.36 + 9.644 11. 677 20.548 f 83.057 11.015 192.776 1.062 0.87742.835 -20.878 213.886 18.389 13.717 + + EGATE TTIHE DV SUM + DV2 V I NF2 PHI2 ALPHA2VEL2 BETA ECCE RMID VELl ALPHA1 PHIl VINFl DVL TABLE XZV. - Continued. TABULAR DATA FOR TRAJECTORIES FROM 1.1 EARTH RADII CIRCULAR

PARKING ORBIT TO 1.1 NEPTUNE RADII CIRCULAR PARKING ORBIT

ECATE TTlME cv SbP cv i VINt2 PHI2 ALPHA? VEL2 BETA ECCE RMIO VELlALPHhl PHIl VIYFl DV 1 w * w 36C63690.0 25.62 9.61: 11.607 20.903 83.223 10.920 104.335 1.056 2.128 42.e1125.211 -26.174 20.319 15.407 67 37c0.067 22.LIS 9.61C 11.601 20.635 t 82.954 10.939 114. 195 1.061 2.029 42.e16 19.611 -!6.317 17.834 13.239 3710.9 21.Ul 9.601 11.5YS 20.436 b2.754 10.953 124.055 1.065 1.925 42.820 14.131 * -48.349 15.7?0 11.464 3720.0 1Y.7H 9.605 11.589 zn.308 c 62.619 10.959 133.915 1.067 1.817 42.821 8.776 -62.498 14.149 10.177 377o.n 1’i.Ub 9.601 11.580 20.250 82.544 10.957 143.775 1.069 1.706 42.821 3.548 -7e.452 13.236 9.457 3740.n 18.95 9.596 11.569 20.259 82.525 10.947 153.635 1.069 0.999 42.818 -1.555 264.906 13.OE4 9.339 3750.0 19.38 ‘ 9.58s 11.554 20.333 82.558 10.326 16 3.495 1.067 0.981 42.813 -6.532 24S.116 13.662 9.791 37~0.0 20.31 9.581 11.535 20.470 d2.639 10.896 173.355 1.ob5 0.962 42.805 -11.387 275.271 14.835 10.730 3770.0 21.62 9.571 11.511 20.665 t 82.763 10.857 183.215 1.061 0.925 42.195 -16.125 223.657 16.429 12.046 3780.0 23.19 9.55e 11.483 20.914 I 82.927 10.809 193.075 1.057 0.878 42.783-20.752 214.033 18.292 13.633 0 36563740.0 24-92 Y.52tl 11.415 21.284 + 63.103 10.714 104.634 1.052 2.135 42.759 25.253 -26.014 20.298 15.388 17 3150.017 21.15 * 9.526 11.4JA 21.011 d2.830 10.734 114.494 1.056 2.036 42.164 19.668 -36.108 17.816 13.223 3760.0 7J.97 * 9.522 11.402 20.808 82.626 10.748 124.354 1 .Oh0 1.931 42.767 14.204 -48.086 15.709 11.446 37 70.0 19.07 + 9.52C 11.3Y6 20.617 82.4bU 10.755 134.214 1.062 1.823 42.769 8.862 -62.185 14.120 10.154 3780.@ 18.94 9.511 11.388 20.617 d2.412 10.753 144.074 1.064 1.712 42.769 3.644 -7t.111 13.155 9.425 3790.0 1cr.bl + 9.512 11.317 2C.625 82.397 10.743 153.934 1.064 0.999 42.766 -1.449 265.239 13.C27 9.295 38C0.0 19.14 9 -506 11-363 20.699 82.424 13.723 163.794 I.Ob2 9.9RR 42.761 -6.419 245.406 13.552 9.735 3~ 10.9 2C.16 9.496 11.344 20.e35 02.505 17.694 173.654 1.060 0.963 42.754 -11.270 235.505 14.754 10.664 3870.0 21.46 t 9.488 11.322 21.031 + 82.6L9 10.655 183.514 1.057 0.926 42.144 -16.005 i23.838 16.340 11.971 3~10.0 23.u3 9.476 11.294 21.283 + 82.795 19.506 193.374 1 .OS3 0.879 42.733 -20.631 214.172 18.199 13.553

37C63740.0 24.b2 4 9.441 11.227 21.667 d2.981 10.513 104.931 I. 048 2.142 42.109 25.290 -25.865 20.277 15.369 3? 3RQ0.0 22.69 9.44c 11.221 21.389 82.704 10.533 114.793 1.OS2 2 .Q42 42.114 19.722 -35.911 17.757 13.201 3810.0 23.b7 9.442 11.215 21.183 82.497 10.548 12lt.653 1.056 1.938 42.718 14.272 -47.837 15.689 11 -429 3H 70.0 N.57 9.44c 11.259 21.049 82.35h 10.555 134.513 1.n5n 1.829 42.710 9.943 -61.887 14.093 10.132 38 50.9 1Y.8J 9.436 11.201 20.987 t 8L.217 10.554 144.373 1.059 1.717 42.11’) 3.736 -77.786 13.156 9.395 3uko.n In.&’, 9.432 11.191 20.993 82.256 10.544 154.233 1.059 0.999 42.717 -1.349 2t5.55t 12.974 9.254 38’10.0 19.11 9.426 11.117 21.061 82.2na 10.525 164.~3 I. 058 n.988 42.712 -6.312 245.682 13.525 9.683 3Rb0.7 73.u2 9.41i. 11.129 21.204 82.369 10.497 173.953 1.056 0.964 42.705-11.15a 235.728 14.616 10. 601 3870.0 21.31 9.405 11.137 21.401 b2.494 10.45Y 183.813 1.053 0.927 42.696-15.891 224.011 16.255 11.900 38go.n ZL.81 . 9.39k 11.111 21.654 82.661 10.412 193.673 1.049 J. e80 42.t84-20.517 214.304 18.1 10 13.476 37563ttr0.3 24.12 + 9.37c 11.045 22.057 82.857 10.317105.232 1.044 2. 149 42.661 25.324 -25.125 20.255 15.351 83 3850.0 2i.z:, 9.3hl l1.njo 21.771 112.516 10.338115.092 1. 048 2.049 42.666 19.772 -35.726 17.778 13.191 3860.0 ~~.7n Y.365 11.333 21.561 82.366 10.353124.952 1.051 1.944 42.670 14.335 -47.603 15.669 11.413 38 In. 0 19.47 9.762 11.027 21.424 8L.22? 10.360134.812 1.023 1.n35 42.672 9.019 4 -61.6C6 14.566 10.111 3Jd0.0 la.72 9.35s 11.3zn 21.359 d2.141 lQ.36U144.672 1.054 1. 723 42.672 3.822 -77.471 13.1 19 9.366 3890.0 10.27 9.355 11.030 21.365 t 112.111 10.351154.532 I. 054 1.000 42.669-1.2542e5.85e 12.923 9.214 3~cn.0 ld.96 9.34s 10.996 21.43H trL.150 10.332164. 392 1.053 0.989 42.665 -b.211 245.946 13.461 9.632 391o.n 1Y.bn I 9.?4i 10.919 21.575 82.231 10.334174.252 1.051 0.964 42.658-11.052 235.941 14.6C2 10.541 392o.n 21.17 9.332 1c. 358 21.714 u2.35a 10.267184.112 1.049 0.92~ 42.649 -15.783 2i4.17t 16.174 11.833 39 10.0 72.73 9.322 10.932 22.029 62.526 10.221193.972 1.045 n.881 42.638 -23.408 214.43C 18. *26 13.404

ECATE TTIME CV SUC DVi VINFZ pH12 ALPHA2 VtL2 BETA ECCE 9410 VELl ALDHAl PHIl VIhFl 0v1 ECATF CV i VIYFZ PHI' ALPHA7 VEL2 8FTA FCCE 4MI 0 ALPHAlVEL1 VIYFlPHIl OV1

3489 9.P25 12.0dO 20.141 a3.608 11.412 1Ou.OZJ 1.n64 2.146 42.93') 27.200 -23.221 21.358 16.332 183 9.R22 12.073 17.857 M5.323 11.433 ~OY.an9 1.070 2.049 42.545 21.515 4 -32.883 18.755 14.034 9.819 12.067 19.642 d3.107 11.448119.740 1.075 1.947 42.549 15.953 -64.313 16.497 12.103 9.816 12.061 19.495 62.956 11.456 l2Y.600 1.079 1.841 42.951 10.519 -5i.816 14.721 10.637 Y.fl12 12.053 10.418 82.064 11.456 139.460 1.081 1.737 42.551 5.215 4 -13.288 13.577 9.723 9.807 12.047 19.407 82.829 11.447 149.320 1.081 1.620 42.949 0.043 -89.86C 13.179 9.412 9.P01 12.027 19.46n 82.046 11.429 159.180 1.080 0.993 42.944 -4.999 t 253.954 13.538 9.693 9.792 12.00R 19.574 82.910 11.401 16Y.040 1.078 0.971 42.936 -9.912 2?5.456 14.',43 10.494 9.781 11.9d4 19.746 tt3.018 11.363 17U.900 1.074 0.938 42.926 -14.701 227.16E l6-';24 11.707 9.76h 11.955 19.971 d5.164 11.316 188.760 1.070 0.894 42.514 -19.371 216.971 17.816 13.223 4 3523 9.76! 11.944 20.516 n3.554 11.255 90.603 1.059 2.185 42.E9R 29.342 -15.930 22.361 17.233 150 Y. 76C 11.936 20.204 63.341 11.278106.462 1.065 2.090 42.904 23.625 -29.018 19.662 14.827 9.757 11.930 19.961 83.097 11.295 116. 323 1.070 1.99n 42.908 18.029 -29.715 17.264 12.752 i 9.754 11 -924 19.787 d1.923 11.306 126.182 1.074 1.885 42.511 12.558 4 -52.398 15.251 11.102 9.751 11.917 1V.6d2 82.8Oh 11.310 136.043 1.077 1.777 42.5127.215 -e7.16913.891 9.971 9.747 11.907 19.645 82.749 11.305 l't5.902 1.078 1.666 42.911 2.002 4 -83.478 13.7CO 9.429 9.741 11.894 19.674 82.747 11.290 155.762 1.077 0.997 42.907 -.3.081 25S.5q7 13.217 9.489 9.732 11.877 19.766 d2.794 11.266 165.622 1.075 0.981 42.501 -8.037 244.736 14.054 10.101 9.72? 11.856 19.918 82.8d6 11.233 17b.482 1.072 0.952 42.892 -12.868 231.584 15.373 11.169 9.712 ll.d29 20.125 63.019 11.190 185.342 1.068 0.912 42.881 -17.579 226.621 17. 62 12.580 t 3573 9.673 1I. 742 20.895 M3.540 11.040 96.902 1.054 2.193 42.E4229.377 -19.79222.335 17.210 1co Y.66$ 11.734 20.579 63.223 11.063 106.762 1.060 2.097 42.e4823.678 -28.827 19.~~42 14.809 9.666 1I. 728 20.331 62.9 75 11.080 116.622 1.065 1.997 42.852 18.099 4 -34.47'2 17.245 12.735 9 -664 11.722 20.154 82.795 11.092 126.482 1. n69 1.1392 42.855 12.642 4 -52.095 15.767 11.082 9.661 11.715 20.046 n2.67~ 11.096 136.342 1.071 1.783 42.E56 7.313 -6L.817 13.857 9.945 9.657 11.796 20.007 82.620 11.092 146.202 1.072 1.672 42.855 2.111 4 -83.107 13.151 9.391 9.651 11.6Y4 (0.035 M2.616 11.078 156.062 1.072 0.997 42.852 -2.964 260.345 13.211 9.438 9.644 11.677 20.127 M2.662 11.055 165.922 I. 070 0.982 42.846 -7.913 245.032 13.974 10.037 9.635 11.656 20.279 dL. 754 11.022 175.782 1.067 0.953 42.837 -12.739 231.82C 15.782 11.094 9-62! 11.651 20.487 61.889 10.980 185.642 1.063 0.913 42.826 -17.448 220.804 16.964 12.497

3623 9.586 11.546 21.277 83.425 10.83097.201 1.050 2.200 42.78829.407 -1s.65e22.310 17.187 5c 9.582 11.53R 20.956 d3.153 10.853 107.061 1.OS6 2.10 5 42.794 23.727 -2H.648 19.621 14.791 3.58C 11.552 20.705 M2.851 10.1172 116.921 1.061 2.004 42.799 18.163 I -'9.239 17.226 12.719 9.577 11.526 20.524 02.668 10.884 126.781 1.064 1.898 42.802 12.722 4 -51.807 15.244 11.064 9.574 11.519 2C.413 82.54R 10.888 136.641 1.066 1.789 42.f03 7.405 -66.482 13.824 9.919 9.57c 11.511 20.372 + 82.4d8 10.M84 146.501 1.067 1.678 42.F02 2.213 4 -t32.753 13.105 9.355 9.56: 11.499 20.397 M2.483 10.871 156.361 1.067 0.998 42.199 -2.852 260.679 13.149 9.389 9.G5r: 11.463 20.490 dL.529 10.848166.221 1.065 0.982 42.793 -7.795 245.316 13.897 9.977 9.545 11.467 20.643 82.621 10.816 176.0Ml 1.062 0.954 42.785 -12.617 222.046 15.195 11.023 Y.53'; 11.43H 2n.853 d2.757 10.775 18i.Y41 1.059 0.914 42.774-17.324 22c.97916.871 12.419 I 367 3 Y * 'iC ' 11.356 21.662 dJ.304 10.626 97.500 1.04h 2.207 42.737 29.434 -19.532 22.284 17.164 C i.44 I 11.347 21.336 M2.?Y1 1n.649 107.~0 1.052 7.112 42.743 23.771 -28.480 19.601 14.774 1.4qm I I. 141 21.081 dL.725 11.668 I17.220 I. 056 2.011 42.748 18.224 -39.020 17.207 12.703 9.4Y'I 11.75> 2O.UYb d2.55P ln.6d0 121.980 1.059 1.905 42.751 12.796 -51.535 15.222 11.045 'J .'. ': ! 11. 12Cl 2P.7113 * d2.416 17.685 136.940 1.061 1.796 42.752 7.492 -66.164 13.793 9.894 q.o*. 11. 32.2 2n.7~n bC. 124 10.682 145.R00 1.062 1.684 42.751 2.311 -E2.415 13.060 9.321 9.44 11.iJ) ? (1 . 7 tl 'I * dl'. 24 J 1,l.hb-J 156.660 1.062 0.998 42.148 -2.747 I 2tC.997 13.090 9.343 .I . 't / ll.'j3 "',f, * oL.',i4 l?.641 16'1.520 1.060 0.983 42.742 -7.683 245.587 13.825 9.919 'I .4 f, 1 I. //'+ ,'I .1. Oi./>i3 10.575 1~o.240 1.055 0.915 42.724 -17.206 221.145 16.783 12.344 4

ICAT" IV VI't.' Dli I7 f ALPPA.' vkL2 BFTA ECCE RMIn ALPHAlVFLl VlNFlPHIl DV1 TABLE XIV. - Continued. TABULAR DATA FOR TRAJECTORIES FROM 1.1 EARTH RADII CIRCULAR

PARKING ORBIT TO 1.1 NEPTUNE RADII CIRCULAR PARKING ORBIT

ECATE TT IME cv SLIP cvi VI*rf2 PHI7 ALPPA? VtL2 HFTA ECCE RMlO VEL1ALPHA1 PHI1 VINFl DV 1 + 3723 38~0.0 26.5b 9.423 11.170 22.050 0j.189 10.427 97.799 1.043 2.215 42.t8829.458 -15.415 22.259 17.141 317 3810.0 24.18 9.4 15 11.162 21.719 62.R57 10.451 107.659 1.048 2.119 42.t9423.812 4 -28.322 19.581 14.756 38:n.o 72.13 * 9.417 11.156 21.459 b2.598 10.470 117.519 1.052 2.017 42.69818.280 -38.814 17.188 12.687 38J0.0 2u.44 + 9.414 11.150 21./711 eL.4Gfi 10.482 127.379 1.055 1.911 42.70212.866 t -51.277 15.201 11 -028 3840.0 14.re 9.412 11.144 21.155 82.283 10.488 137.239 1.057 1.802 42.703 7.574 -65.862 13.764 9.871 3850.0 18.70 9.40t 11.135 21.113 82.21'4 13.4d5 147.099 1.057 1.689 42.702 2.403 -€2.094 13.018 9.288 38t0.0 18.7,) 9.40? 11.124 21.135 a2.212 1h.472 156.959 1.057 0.998 42.~599 -2.646 it1.301 13.033 9.300 38 70.0 lr.26 t Y .397 11.109 21.225 62.257 10.451166.81Y 1.056 0.9fl3 42.t94 -7.576 245.845 13.756 9.865 3HP0.0 2d.2d 9.385 ll.0Yl 21.374 n2.350 10.420 170.679 1.053 0.955 42.686 -12.390 232.467 15.034 10.892 38S0.0 71.65 9.37$ 11 .ObH 21.592 62.468 1'1.38J IRb. 539 1 .@50 0.916 42.t77 -17.093 221.304 16.698 12.272 t 37 73 3850.0 7t.46 9.346 IC.9d9 2?.442 * 03.067 10.2319q.098 1.039 2.222 42.t41 29.479 -19.304 22.234 17.119 267 3Ht0.0 ?+.U8 4.34? 10.YUl 27.1J5 * 62.731 10.25710/.95tl 1.044 2.125 42.647 23.849 -28.174 19.560 14.738 3870.3 72.ul + 9. ?4c 10.975 21.441 * 62.46rl 10.276117.818 1.048 2.024 42.651 1M.332 -!8.621 17.170 12.672 3ti1n.o 20.3> 9.?30 1C.91n 21.644 * 02.275 10.289127.h7tl 1.050 1.918 42.655 12.932 -51.034 15.leO 11.011 3 tl ;0. 0 1J.lb * 9.?35 1C.Yb3 21.53Q * 42.144 10.295137.530 1.052 1.808 42.t56 7.651 -t5.576 13.735 9. a49 39c.0. 3 lc.59 * 9.!37 1C.9>5 11.484 42. c02 11.292147.396 1.053 1.695 42.~555 2.490 I -l?1.789 12.978 9.257 3410.3 Ih.>L) 5.321 lC.944 21. 31.7 a2."74 13.281157.25d 1.053 0.998 42.t53 -2.551 261.590 12.980 9.258 3923.0 14.13 9.321 1C.930 21.591 0l.llY 10.260161.118 1.951 0.983 42.648 -7.475 24t.091 13.690 9.813 39 4n.n 23.14 9.714 1C.917 21.757 * aL.217 1'3.23G 176.476 1 .n49 ll.956 42.t40 -12.285 232.663 14.959 10.831 3940.0 71.>1 9.304 lC.nJ0 21.965 * ad. 351 10.19018b. h3O 1.046 0.917 42.631 -16.986 221.454 16.617 12.204

3823 39 :O. 0 ?6.31 * Y .77i 1C.314 22.H55 * 62.745 10.042 96.39/ 1.036 2 -229 42.596 29.496 -19.203 22.208 17.096 217 3910.0 ?3.Y9 9.26'. 1C.du5 c2.495 02.6113 11.006 106.257 1.040 7.132 42.601 23.883 -28.032 19.541 14.721 3Yi0.0 ?l.Y2 + Y. 2bt l?. 79R 27.22H 81.336 10.086 114.117 1.944 2.030 42.606 18.382 -3t.435 17.152 12.656 33lfl.3 20.L': 9.264 IC. 7Y4 27.039 * 02.143 10.101 171.977 l.O't6 1.924 42.610 12.993 -50.805 15.159 10.994 3940.0 19.IJ'J 9.?6? 1C.7oF 21.4cs * 02.013 10.107 177.331 1.0411 1.813 42.611 7.724 -65.3C6 13.708 9.827 3939.0 18.47 9.251' 1c.740 7l.HhC * dl .94 3 10.135 167.641 1.049 1.700 42.610 2.573 -Cl.SCC 12.940 9.227 3sto.n 18.41 9.254 1c.77~ 21.HdZ * a1.934 10.094 1'.7.557 1.048 9.998 42.608 -2.461 2tl.865 12.929 9.219 39 1n.0 1J.Ul 9.24,: 1r.736 21.972 * b1.97') 10.573 lt,1.411 1.041 n.984 42.603 -7.379 246.326 13.627 9.763 3Sn0.0 7U.Ul * Y.?41 IC. I3R 22.127 81.072 10.044 171.217 1.045 0.956 42.596 -12.186 * 232.849 14.8L.8 10.773 34 ;o.n 71.37 9.732 10.717 17.343 82.217 10.0051~7.137 1.043 0.917 42.587 -1h.885 . 221.591 16.540 12.140 3873 3950.~ 20.27 Y.?32 1q.643 23.239 * 62.b2,' 9.856 9ri.691 1.033 2.236 42.553 29.510 -19.11C 22.183 17.072 167 3yf1.0 ?>.YO * 4.lY" lC.634 Zl.dr(6 * 02.4 14 9.Hd1 10n.551 1.037 2.139 42.558 23.913 -27.904 19.520 14.703 347a.n 71.c4 * 9.195 1C.62tl 22.614 * 42.227 9.302 110.411 l.fl43 7.037 42.563 18.425 "t.264 17.134 12.641 -50.585 10.978 39"0.0 ?(,.I/ * 3.19: 10.6'2 22.416 + u2.',13 9.916 124.217 I. 042 1.930 42.566 13.052 15.140 39 13.5 14.Lll 9.191 1C.hlh 2?.2+2 31.677 9.422 13b.lj1 I .044 1.819 42.568 7.794 -t5.044 13.682 9.806 4cI;o.n 10.39 9.1dP 1C. hod 22.142 * ttl.BL1 9.920 147.791 1.044 1.706 42.567 2.652 -81.215 12.903 9.199 41110.(? 16.36 * 9.1M4 lc. ,YV 27./6!' 4 di.lqZ 9.911 151.H27 1.044 0.998 42.565 -2.376 262.126 12. E80 9.181 4c :n. 3 lU.09 * 9.17t 1C.SaA 27.35t' 01.aj1 3.H91 167.717 1 .a43 O.9R4 42.560 -7.288 246.549 13.567 9.716 40 30.0 lY.C-3 * 9.17, lr.567 27.517h d1.931 9.d62 17/.577 1.341 0.957 42.554 -12.091 232.025 14.fl2O 10.717 3 43'+0.0 ?1.14 * 9.16? 1C. 549 2?.724 oi.371 Y.M24 107.437 1.039 0.918 42.545 -16.789 . 221.731 lb.4t7 12.078 3923 40 ,0.3 2b.1'3 7.134 1C.471 23.h2;l * b2.hV4 9.618 9;1. 29h 1.~30 2.242 42.511 29.520 -19.024 22.157 17.049 111 40 IO. 0 73.02 9.13L 1C.460 23.77', 62. 34 3 9. 733 10 ,. ti56 1.033 7.145 42.517 23.939 -27.784 19.5CO 14.685 40,o. n /71./5 * 9.12r 1C.4t1 73.0'13 a2.0bl 1.723 lld.716 1.036 2.043 42.521 18.466 -?€a105 17.116 12.626 4c 30.0 ?C.C=J * 9.12= 17.436 27.a811 01.864 1.737 12b.57h 1.Q3d 1.936 42.525 13.104 -50.382 15.120 10.962 4 r? 'I ,I. '1 lb.Yl * 9.12? 1C.450 2?.b/5 al. 75,l 9. 743 130.43L I .040 1.825 42.526 7.857 -64.804 13.656 9.786 -E0.96C 12.868 9.172 4070.0 1L.LQ + 7.1Z( 1C. 442 22.613 * 61.659 9. 741 14b.296 1.040 1.711 42.526 2.725 12.,!33 9.145 4c~n.o 16.Lh + 9.11t 17.432 22.h47 f 81.644 9.732 158.156 1.040 0.998 42.524 -2.294 262.379 40 li). fl 14.18 9.111 1C.429 22.713 dl .69? 9.712 16d.~'lb I.039 7.985 42.519 -7.201 246.764 13.5C9 9.671 40 10.0 1'1. 17 + 9.104 1r.4~3 22.~190 o1.7ab 9.684 177.816 1.n38 0.958 42.513 -12.000 213.196 14.754 10.664 4c30.0 71.12 + Y.CY6 1c. 304 77.110 * d1.921, 5.646 1R7.736 l.fl35 Q.919 42.504 -16.696 . 221.862 16.397 12.019 ECATE TIIMF cv SLV + rv i VIvt2 PIS12 * ALPWA? VtLZ btTA ECCt RMI0 VEL1ALPHA1 PHI1 VINFl ov 1 ALPHA? VEL2 8iTA ECCF RHID VEL1 ALPHAl PHI1 VIlFl DV 1

82.566 '9.502 94.795 1.027 7.249 42.472 2q.520 4 -18.945 22.131 17.026 82.21(J 9.527 104.155 1.030 2.152 42.477 23.961 -,1.67? 19.479 14.66t7 81.93n '4.547 117.915 1.073 7.049 4?.48? 1!..502 -3i.95t 17.347 12.610 81.714 9.562 12.,.875 1.035 1.941 47.485 13.153 -C".192 15. LC1 IO. 946 U1.567 9.569 133.735 1.036 1.83n 47.487 1.917 * -64.578 13.632 9.767 10.281 23.037 d1.514 9.56d 144.5Y5 1.037 1. 716 42.486 2.793 -ti.716 12.@34 9.146 1C.771 23.027 d1.507 1.558 159.455 1.036 C.Y97 42.484 -2.215 '62.612 12.1t8 9.111 10.259 23.11 / bl.546 1.539 lbd.315 1.036 7.985 42.480 -7.120 a i4t.967 13.455 9.628 01.641 3.511 176.175 1.034 0.958 47.474 -11.916 t33.353 14.693 10.614 81.784 9.474 18'1.035 1.032 0.920 42.465 -lf>.bll 221.9fl1 16.330 11.963

82.435 9.330 9'i. 594 1.024 2.256 42.434 2'1.S33 -1Y.813 22.125 17.002 bL.074 3.356 109.454 1.027 7.158 42.43923.981 -2i.57C 19.458 14.648 81.791 9.376 llQ.314 1.029 2.055 42.444 1H.535 -:7.817 17. li9 12.595 81.581 9.391 123.174 1.031 1.947 42.447 13.198 -5..,14 15..182 10.930 81.442 9.398 139.034 1.032 1.836 42.448 1.97) -i4.365 13.6C8 9.748 a1.368 9.397 144.894 1.033 1.721 42.448 2.857 -8..4@6 12.dC2 9.121 81.355 9.3d8 158.754 1.033 0.999 42.446 -~.147 262.833 12.746 9.078 81.398 9.369 168.614 1.032 ?.985 42.442 -7.044 241.151 13.403 9.588 81.494 9.342 179.474 1.031 0.959 42.436 -ll.U36 223.501 14.634 10.567 b1.633 9.305 188.334 1.029 0.920 42.428 -16.530 . 222.093 16.267 11.911 82.303 9.163 9Y.893 1.021 2.262 42.?97 29.534 -1d.807 22.078 16.978 81.937 9.188 109.753 1.n24 2.164 42.403 25.997 -27.475 19.437 14.630 dl .650 9.209 119.613 1.026 2.061 42.407 lr1.565 s -37.6€0 17.961 12.579 a1.437 9.224 129.473 1.028 1.953 42.410 11.239 -4C.849 15.063 10.915 al.295 9.232 139.333 1.029 1.841 42.412 3.023 -64.165 13.584 9.730 81.219 9.231 14Y.193 1.030 1.726 42.412 2.017 -1(.269 12.770 9.097 8 1.205 9.222 159.053 1.029 0.999 42.410 -2.080 it3.040 12.7C5 9.047 81.248 9.204 168.913 1.029 0.985 42.406 -h.972 * 247.328 13. 354 9.549 d1.345 9.177 17U.773 1.027 0.959 42.400 -1i.761 * 733.640 14.5 18 10.522 ~1.491 '4.141 188.633 1.026 0.921 42.392 -16.453 22?.197 16.?C7 11.861 * d2.16Y 8.999 100.192 1.019 2.269 42.36229.534 * -18.74e 22.052 16.954 bl. 798 9.022 110.052 1.021 2.170 42.367 24.011 -27.387 19.416 14.611 d1.506 9.046 119.912 1.023 2.067 42.272 18.591 -37.568 17.042 12.563 U1.290 9.061 129.772 1.025 1.958 42.375 13.277 -45.69? 15.044 10.900 81.146 9.069 139.632 1.026 1.846 42,277 8.071 -63.970 13.562 9.712 81.067 9.069 149.492 1.026 1.731 42.377 2.973 -EC.066 12.741 9.074 d1.054 9.060 159.352 1.026 0.999 42.375 -2.018 263.235 12.667 9.017 81.097 9.042 169.212 1.025 0.986 42.271-6.905 241.494 13.3C7 9.512 81.194 9.016 179.072 1.024 0.959 42.365-11.691 233.77C 14.525 10.479 d1.341 8.980 188.932 1.023 0.921 42.258-16.302 222.295 16.150 11.813

ALPHA2 VEL2 BETA ECCE RMID VEL1ALPHAl PHI1 VINFl DV1 TABLE XIV. - Continued. TABULAR DATA FOR TRAJECTORIES FROM 1.1 EARTH FtADll CIRCULAR

PARKING ORBIT TO 1.1 NEPTUNE RADII CIRCULAR PARKING ORBIT

RMIO VEL1ALPHA1 PHI1 VINFl 0v1 t 2.267 42.56431.58Y -16.223 23.220 18.012 2.173 +2.57025.947 -24.552 20.478 15.548 2.073 42.57520.414 -i4.303 17.977 13.362 1.967 42.57914.994 * -42.875 15.823 11.541 1.858 47.5819.690 -59.575 14.152 10.180 1.746 42.5824.500 -75.235 13.113 9.361 1.noo 42.580-0.571 268.103 12.8 15 9.131 0.391 42.576-5.527 251.984 13.258 9.474 0.96P 42-570-10.371 231.662 14.326 10.319 n. 933 42.562-15.107 . 225.583 15.850 11.563 7.213 42.540 20.016 n -21.285 21.445 16.409 2.114 42.545 22.453 -30.443 18.848 14.115 2 .n11 42.549 17.001 -41.275 16.553 12.151 1.903 42. 552 11.662 -54.149 14.606 10.609 1.791 42.553 6.438 t -65.120 13.393 9.580 1.677 42.552 1.331 -t5.575 12.809 9.126 rl.?9b 42.549 -3.662 217.913 12.980 9.258 3.978 42.544 -6.544 242.807 13.830 9.924 0.948 42.537 -13.317 225.87C 15.2C2 11.029 0.906 42.528 -17.988 . 21q.116 16.927 12.465 ?94C 2.223 42.4992n.030 -21.193 21.420 16.388 lcr 2.171 47.504 22.482 -30.316 18.828 14.098 2.017 42.509 17.04.i -41.108 16.535 12.135 1.909 42.511 11.716 -5!.940 14.665 10.592 1.797 42.512 6.503 -6t.886 13. 366 9.558 1.682 42.512 1.404 -f5.321 12.771 9.098 9.994 42.509 -3.582 25b.148 12.931 9.221 0.979 42.504 -8.459 fi 243.002 13.772 9.878 n.949 42.497 -13.229 730.022 15.136 10.975 3.907 42.488 -17.898 i1'>.231 16.@57 12.407

3iSC 2.726 42.460 2ti.041 -21.109 21.396 16.366 cc ?. 127 42.465 22.501 4 -3C.1S9 18.8C8 14.081 7.073 42.469 17.082 -4C.952 16.517 12.120 1.914 42.472 11.767 -5?.744 14. .45 10.576 1 .RO2 42.473 6.564 -6E.657 13.340 9.538 1.687 42.473 1.473 -t5.0E2 12.735 9.070 I?. 796 42.470 -1.507 4 i'.t.36S 12.885 Y.185 3.973 42.465 -8.378 743.186 13.117 9.834 7. '949 42.458 -11.146 23L.166 15.,174 10.925 ".9r)H 42.450 -17.814 * 215.335 16.7C2 12.351

432c 2.233 42.422 2~1.04d -:1.031 21.571 16.344 2.17 3 42.428 22-52'? -3i.OSC 18.7t8 14.063 2.07') 42.432 17.117 -4L.8C7 16.459 12.105 1. 7?,1 42.435 11.813 -53.56C 14.h25 10.560 1 .R37 47.436 b.h70 -61.442 13. 314 9.518 I .h9/ 42.435 1.238 -t4.ect 12. IC1 9.044 ?.V9h 47.433 -3.436 25t.57e 12. 1'40 9.151 .l .I17 2 42.47~ -'!.lo3 (I 743.360 13.6>64 9.792 i .95'3 42.421 -1 5.061 * .3I..3LC 15:;15 10.876 "..13ii 4?.413 -17.735 * 71'7.44i 16. 129 12.298 4 9YII' VFL1 ALl'hAl PHI1 VILFl 0v1 1.V i ALPFA? VCL2 bfTA FCCE RMI I? VrLl ALPHAl PhI1 VIUFl DV1

d.':2'. 82.151 9.113 102.61') I .021 2.73'4 42.?86 2U.053 -2L.961 21.346 16.322 13.';21 dl. 805 9.137 11/.479 1.n24 7.13q 42.?91 27.548 I -29.985 18. IC8 14.046 6 .IJ 1 81.536 Y.127 17:. 339 1.~26 7.035 47.296 17.14n 4 -4c.671 16.481 12.090 t3.716 81.342 7.170 132.143 1.027 1 .Q75 4?.?99 11.856 -53.38E 14.6C6 10.544 R.Sl4 81.717 9.176 14,'.95Y 1 .x12 42.400 6.673 -tt..24C 13.789 9.499 J.51 I d I. lil 9.173 151.919 1.697 42.399 1.59s -84.644 12.668 9.018 il .SC? 61.15'2 9.161 161.77'1 0.997 42.?97 -3.369 258.775 12.7S8 9.118 tJ.97? d1.217 Y. 141 111.6JY Q.9H3 42.?92 -6.231 243.523 13.613 9.152 d.LtY7 01.727 9.112 181.499 9.950 42.386 -12.993 4 2?C.427 14.959 10.831 fi.rlq; d1.4dh 9.374 191.359 0. ?O

e.81: 6 1. P75 4.792 10!.217 1.016 7.252 42.?18 20.055 -2C.83e 21.256 16.276 d.PdS dl.520 4.817 111.U77 1.~718 7.151 42.?24 27.577 4 -2Y.811 18.727 14.010 Y.?S7 01.244 9.tl37 12L.937 I .023 2.046 42.?28 17.202 -40.425 16.444 12.059 H .on', 81.543 Y. 85" 131. 7'97 1.?2l 1.936 42.331 11.931 t -53.07~1 14.567 10.513 ?l.eos aJ.314 8.856 141.557 1.322 1.872 42.?32 6.766 -t7,875 13.242 9.462 tl. 7S? aU.H57 a.n5415.'.517 1 .n22 1.706 42.?31 1.707 -H4.25S 12.6C6 8.971 P .79( 6J.852 3.844 I6r.377 1.12772 1.997 42.329 -3.248 255.132 12.719 9.058 b. 79; dJ.YII1 11.824 177.737 1.n21 n.wq 42.?25 -Y.102 4 243.819 13.520 9.679 4.7AI a1.3z7 A.790 18). ?37 1.020 0.95 1 42.219 -12.859 i3C.654 14. R55 10.746 13.78L Ul.184 .3.759 191.Q57 I.PlP 0.913 42.311 -17.524 219.702 16.559 12.155 * x. 76' 81.734 Y.63b1P3.517 1.P14 2.25R 42.29629.052 -2C.787 21.210 16.254 8.756 a1.374 H.662 113.371 1.115 2.157 42.79222.587 -79.733 18.7C6 13.992 Y .754 01.094 4.682123.737 1.011 2.051 42.29617.223 a -40.322 16.426 12.044 tl.751 8U.891 9.696 13J.~'4tl 1.DlH 1.941 47.29811.963-52.94C 14.549 10.498 8.745 80. 760 H. 702 142.937 l.nl'? 1.827 42.2006.807 -61.71G 13.219 9.444 8.747 aU.6Yh R.70~ 15.'.i%11 I.iJ19 1.711 42.2991.756 -n4.085 12.576 8.948 .H. 74' 00. 6')tr R.690 162.677 1.nlrj 9. 997 47.797 -3.193 25s.253 12.682 9.029 9.73c 8U.754 8.671 172.531, 1.nlH n.w1 42.293 -11.04) 263.952 13.476 9.644 8.734 do. 866 4.643 182. j97 I T 3.451 47.785 -17.79n 230.756 14.8C7 10.707 13.72t 0 I. 93q 8.636 191.757 1.016 Q.911 42.i80 -17.462 . 219.776 16.508 12.112 8.705 81.591 8.4d5 105.Pl6 1.011 2.264 42.256 7ti.046 4 -2C.741 21.244 16.230 a.705 01.226 8.513 11 1.676 1.713 2.163 42.261 21.594 -29.667 18.6t5 13.974 8.7C? 8U.34' Y.531 173.536 1.314 2.057 42.265 17.242 -6C.223 16.4C8 12.028 3.70: 00.736 8.545 133.196 1.015 1.946 42.2bH 11.992 * -52.812 14.530 10.483 8.69'' MU.603 8. 551 143.756 1.016 1.A3Z 42.269 6.845 -67.55e 13.157 9.427 8.t9C BU. 53H R.550 153.116 1.016 1.715 42.269 1.801 -t3.924 12.548 8.927 II .C9? 00.537 8.540 16,'.976 1.316 0.997 42.267 -3.143 259.443 12.647 9.002 M.582 83.515 H.521 172.R36 1.015 0.981 42.263 -7.988 244.076 13.435 9.612 tl .C84 80.709 8.493 1RL.696 1.014 '1.95) 42.257-12.741 2?c.85~ 14.7t.l 10.669 8.67,' 05.874 8.457 192.556 1.013 Q.911 42.250 -17.404 . 21'3.844 16.460 12.072 CVL ALPHA2 VEL2 hFT3, FCCF RMI D VEL1 ALPHAl PHI1 VIYFl DV1 TABLE XIV - Continued. TABULAR DATA FOR TRAJECTORIES FROM 1.1 EARTH RADII CIRCULAR

PARKING ORBIT TO 1.1 NEPTUNE RADII CIRCULAR PARKING ORBIT

VLL2 hCTA €CCE ?MID VELl ALPHA1 4 PHI1 VINFl OV1 I

8.336 104. 115 1.009 2.170 42.226 2d.038 a -20.700 21.218 16.207 H.362 113.477 1.311 2. I68 42.231 22.5911 -29.599 18.6t4 13.955 9.383 123. R35 1.012 2.062 42.235 17.258 -4L.133 16.3f9 12.012 R.397 llJ.69'j 1.012 1.951 42.238 12.318 -52.694 14.511 10.468 1.404 143.555 1.013 1.837 42.239 6.880 -tl.418 13. 175 9.410 8.433 153.415 1.01J 1.720 42.239 1.842 -83.774 12.521 8.906 8.373 l6+.?75 1.013 c. 997 42.237 -3.096 255.581 12.613 8.977 n.374173.135 5.981 42.234 -1.938 744.189 13.355 9.581 8.347 182.9645 1.95) 42.228 -12.687 23L.936 14.717 10.634 6.311 192.855 0.912 42.221-11.351 . 219.905 16.414 12.033 P.191 104.414 2.775 42.1982d.027 4 -2C.665 21.152 16.183 8.217 114.274 7.174 42.203 22.hOO 4 -29.542 18.642 13.936 5.73d 124.134 7.067 42.20717.271 -4L.052 16.310 11.997 8.152 133.9q4 1.95h 42.213 11.041 1 -51.586 14.452 10.453 4.259 143.."54 1.941 42.211 6.911 -67.288 13.154 9.393 8.254 15 :. 714 1.724 42.211 1.880 -t3.636 12.495 8.886 3.249 16 I. 5 14 0.997 42.209 -3.052 4 2'5.709 12.581 8.952 9.231 175.434 0.981 42.205-7.891 244.294 13.358 9.552 H.2J4 IR3.734 11.q57 42.200-12.638 2!1.014 14.676 10.601 d.l6~! 193.1>4 0.912 42.193 -17.301 21J.961 16.370 11.997

8. J4'4 104. 713 7.281 42.17028.014 a -2C.63t 21.165 16.159 Y. 17~114.975 7. 17') 42.115 22.599 -29.492 18.h2O 13.917 X.1196 174.433 2.1777 42.119 17.281 -39.978 16.351 11.981 R.111 134.2')) 1.961 47.182 12.063 -52.4Ee 14.474 10.438 .1.118 144.153 1.R46 4?.184 6.9311 -11.17C 13.133 9.377 8.117 156.,113 1.72R 42.183 1.915 -A3.510 12.410 8.867 q.1UU 16l.bl3 n.997 42.182 -3.013 75'1.826 12.551 8.929 e. IYj 173. 735 'I.L)Rl 42.178 -7.847 744.389 13.322 9.524 8.nb4 181.593 1. 953 42.173-1?.593 231.085 14.h?l 10.569 I.32iC195.453 1.912 47.166-17.252 i2".010 16.330 11.963

7.4101!35.(~12 2.787 42.144 21.$99 -2C.612 21.138 16.135 7.936 114.dri 2. 18 5 4?.143 22.596 -29.44P 18.598 13.898 7.4j7 124.732 7.?77 42.15317.2en -29.912 16.332 11.964 7..972 134.597 1.065 42.156 12.071 4 -52.399 14.455 10.423 7.9d3 144.42~ 1.H50 42.157 6.963 -tl.O61 13.1 13 9.361 7.370 154. 312 1.731 42.157 1.946 -e3.394 12.445 8.849 7.910 164.172 0.O97 42. 155 -7.716 25'.1.93? 12.521 8.906 7.154 17+.,137 17.982 42.152 -7.809 * 244.47C 13.ie9 9.498 7.926 1H,.P92 0.953 42.147 -11.551 231.141 14.hLO 10.539 7.H92 1'44.752 1.913 47.141 -17.212 4 2iC.054 16.291 11.930 * VtL,! otTA 9MIc VELl ALPHA1 PHI1 VIhiFl DV1 CL N N ECPTE rrIME cv SLP v CVi VI\k? LCCt IK"10 VtLl ALPHAl . PHI1 VIhFl OV1 ?7.93 X.77' 9.564 1.'714 7.291 42.i95 32.085 * -17.848 22.274 17.154 ?>.>7 * 8.775 s.537 I.nlt, 2.11342.*05 24.580 -26.302 19.627 14.797 71.49 8.177 q.74") l."lT 7."8q 42.305 lr.175 * -3e.248 17.229 12.722 15.7V 8. 765 :.543 1.01Y 1.wn 43. ?OY 13.~73 -4f'.o$5 15.188 11.017 1tl.54 ff d.767 9.337 l.ci19 l.ti6S 42.310 6.676 -67.104 13.641 9.774 1I.83 * 8.165 5.53n 1.02') 1.757 42.710 3.583 -7t.-016 12.735 9.070 17.10 8.76) 5.527 I .nZo 0.999 47.'09 -1.405 265.264 12.569 8.943 10.13 * M. 75r '4.512 1.019 :1.9RH 42.305 -6.293 24q.314 13.127 9.372 19.04 (1.752 3.493 1.019 0.q63 42.?03 -11.083 235.296 14.282 10.283 20.57 '* 8.747 $.4M4 1.n17 0.927 42.293 -1i.7RO 223.539 15.866 11.576

74.56 8.741 7.467 1.013 2.234 42.277 26.588 t -;3.01C 20.558 15.619 2d.17 * d.73,' 1.4>R 1.715 2.131 47.282 21.155 a -31.343 18.rltl 13.434 2v.32 0 8.73F q.451 1.016 2.324 42.206 15.822 1 -43.42t 15.835 11.584 lM.69 8.73? 9.445 l.nlT 1.913 42.288 1'1.593 -56.617 14.128 10.161 17.9H 6.731 9.431 1.018 1.79H 42.289 5.468 -71.896 12.St9 9.249 l/.Gi 0 8.721' 9.452 1.018 1.581 42.28H 0.446 -E8.492 12.521 8.906 1l.U'J * 8.72': 5.423 1.017 0.994 42.286 -4.474 255.081 12.818 9.134 lo.on + 8.77~ 9.411 1.017 0.974 42.281 -q.291 1 74C.260 13.770 9.876 17.15 e 8.715 9.397 l.Ql6 0.942 42.275 -14.026 221.66C 15.213 11 -038 '1.L3 * 8.705 9.381 1.314 0.R9H 42.267 -18.668 217.212 16.9e8 12.517 * ?4.23 * 8.691 9.331 1.011 2.739 42.247 26.585 -2i.96C 20.533 15.597 ?L.I.l I1.6H.l 7.727 1.1712 2.137 42.252 21.164 -32.265 18-04; 13.416 'J.25 * 9.68 5 9.315 1.014 2.029 42.755 15.843 * -43.325 15.857 11.569 1L.U3 I tl .hU 2 '1.309 1.014 1.918 42.25R 11l.623 -56.485 14.1C9 10.145 17.Yl * R.tei 9.303 1.015 1.R03 42.259 5.507 -71.744 12.945 9.231 17.56 ff 8.t7t 9.2Y6 1.n15 1.685 42.i58 0.492 -8t.337 12.492 8.884 11.7q a 8.67: $.>dl 1.n1s 0.994 42.25h -4.424 255.227 12.782 9.106 13.51 + 8.67' 9.716 1.014 n.v7442.251 -9.243 24c.372 13.727 9.842 1+.6/ * 8.tb6 9. Ib 1 1.013 0.94242.245 -13.970 227.744 15.167 11.000 21.14 H .E6C 9.247 1.013 n.wq42.238 -16.612 217.272 16.940 12.477 0 29.L2 8.642 4.194 1 .on9 2.245 42.217 26.580 -22.916 20.508 15.575 ?L.C4 tl.t3S ci. 109 1.010 2.142 42.222 21.170 -33.201 18.C20 13.399 ?.J.l9 8.63C 9. 1M2 1.011 2.035 42.226 15.860 1 -43.231 15. R?9 11.554 ln.7h * R.634 S.176 1.012 1.923 42.279 10.651 -56.364 14.050 10.130 11.05 d.637 q.l/r 1.n12 1.807 42.230 5.542 -71.603 12.922 9.214 17.43 8.C24 9.163 1.012 1.690 42.229 0.534 -te.197 12.463 8.862 17.71 H .h2t q.134 1.012 0.994 42.226 -4.377 255.351 12.747 9.079 18.43 * 8.622 9.144 1.011 n.97542.222 -7.193 24c.475 13.687 9.811 lY.>t3 8.6lt 9.131 1.010 0.942 42.217 -13.918 721.821 15.123 10.965 21.b5 8.612 9. I16 I .C09 0.899 42.209 -18.559 217.326 16.855 12.438 t 44c944i0.? '4.15 8.59t S .C69 ti.149107. 140 1.007 2.251 42.189 26.571 -22.878 20.483 15.553 0 45'.3.0 21.97 8.597 0.060 8.174 117.n~ 1.008 2.148 42.194 21.174 -32.140 17.959 13.381 4510.0 70.13 .. 8.59C 9.052 ~.193 126.860 1.009 2.040 42.198 15.875 -43.145 15.820 11.538 4520.Q lM.70 8.587 9.046 8.205 130.720 1.009 1.927 42.200 10.674 4 -56.254 14.071 10.115 45 13.0 11.78 8.5RC 4.641) 8.21 1 146. bHG 1 .QU9 1.812 42.201 5.574 -71.474 12.9CO 9.197 4SC0.9 17.4: .. 8.5H3 3.033 8.207 156.44" 1.1709 1.694 42.201 0.572 -88.059 12.436 8.841 45513.0 17.63 8.5HC 9.025 9.196 166.300 1.009 0.994 42.199 -4.334 255.475 12.7 14 9.054 45bn.o 10.36 8.576 1.015 8.175 176. I60 1 .009 0.975 42.195 -9.146 24C.570 13.649 9.781 4570.0 19 .>O + 8.572 9.cu3 0.146 18h. n20 1 .008 0.943 42.189 -13.870 227.890 15.082 10.931 45:o.o 2b.Y7 8.567 8.788 8.109 19c.880 1.007 0.900 42.182 -18.511 4 217.374 16.852 12.402 * cv SLP cv2 VlhF2 VEL2 6FTA ECCt RMID ALPHAlVEL1 PHI1 VlNFl DV 1 TABLE XIV. - Continued, TABULAR DATAFOR TRAJECTORIES FROM 1.1 EARTH RADII CIRCULAR

PARKING ORBIT TO 1.1 NEPTUNE RADII CIRCULAR PARKING ORBIT

ECATE TTIMF OV L VINt2 PHI2 ALPhA? BETAVEL2 FCCE SMIO VEL1ALPHA1 . PHIl VINFl DV 1 I d.551 n.943 27.831 tlLI.9bh 8.008 101.439 I. no5 2.257 42.162 26.561 -22.845 20.458 15.530 H.541 8.Y33 27.478 8U.428 8.033 111.259 1.005 2.153 42.161 21.176 -32.0P6 11.978 15.362 H.545 8.926 27.205 80.35 3 fl.052 121.159 1. 006 ?.045 42.111 15.886 -4!.C68 15.901 11.523 8. 542 e.920 27.014 a0.157 8.065 137.01Y 1.001 1.932 42.113 111.695 -5c.153 14.C52 10.100 8.54C 8.914 26.Y06 dU.036 5.075 146.87') 1. on7 1.816 42.114 5.602 -71.356 12.fi19 9.180 8.53t 8.967 2h.880 7'1.165 8.0bd 156.739 1.007 1. 698 42.174 0.607 -87.93E 12.4C9 8.821 H.535 R. H99 26.9 34 7Y. 39v 8.056 lb<,.59Y 1.007 0.994 42.172 -4.294 155.5fl4 12.193 9.030 H. Y32 P.83" 37.(rbh d9.$714 8.036 170.45'9 1.006 0.915 42.158 -11.103 iL~.655 13.613 9.752 0.527 R.ti77 27.274 bu.206 8.001 186.319 1.005 0.943 42.162 -13.825 227.952 15.,'43 10.899 a.523 9.H63 21.552 dU.392 1.970 19b.119 1.005 il.900 42.155 -10.466 Lll.416 lh.611 12.368 . I 8.50)- 8.R2I 2d.Zi6 84. 8 37 7.810 107.738 1.003 2.262 42.137 2L.546 a -22.819 20.432 15.507 8.504 3.810 21.901 + hO.468 7.1195 117.59d 1.003 7.15R 42.141 21.174 -32.03q 17.q57 1 3.344 8.501 R.dD3 27.614 no. 190 1.915 127.458 1.004 2.049 42. 145 15.895 -43.00C 15. lt2 11.501 13.49% P.7V6 27.432 79.992 7.928 131.31H 1.004 1.936 42.147 10.713 -5C.Chl 14.c33 10.085 8.497 H. wn 27.322 I9.Rh8 1.933 147.178 I .no4 1.820 42.148 5.628 I -il.241 lZ.fi(L.8 9.164 8.495 R.783 27.255 79.816 7.933 157.038 1.004 1.701 42.148 0.638 -87.827 12.3t4 8.802 n.49/ 8.7 I6 27.349 79.830 7.919 160.898 1 .no4 0.994 42.146 -4.258 155.681 12.b52 9.006 8.4d'; P.706 27.483 I 1'1.905 7.899 170.758 1 .no4 0.975 42.142-9.0h3 24C.133 13.5i9 9.125 8.485 e. 7>5 27.bJ2 80.930 7.871 186.61d 1.003 0.943 42.131 -13.184 228.COE 15. :1C6 10.d69 8.48: 8.142 27.97? dLI.221 7.834 196.47h 1.0172 0.900 42.130-18.425 211.454 16.113 12.336

8.466 P.702 28.682 80.67h 7.736 10H.031 1.no1 2.267 42.11226.531 * -22.799 20.4C5 15.483 8.462 P.68'4 2n.332 MU. X15 1.159 117.P91 I.no1 7.163 42.11621.172 -31.995 17.S35 13.326 a .455 8.6d7 zn.046 dL'.025 7.780 121.757 1.nn2 2.054 42.12015.901 4 -4i.93S 15.163 11.491 8.457 R.hl6 27.~51 79.824 7.774 131.617 1.002 1.941 42.12210.128 -55.981 14.015 10.070 8.455 e.669 21.742 7'I.hYR 1.198 147.417 1 .a02 1.fl24 42.1235.651 4 -i1.15C 12.837 9.148 d.453 P.hb3 21.114 79.645 7.196 157.337 1.002 1.705 42.1230.667 -87.725 12.360 8.784 3.45r d.655 27.768 1Y.650 1.785 161.191 1.002 0.Y95 42.121-4.224 4 255.771 12.623 8.984 H.447 9. b4h 27.903 75.734 7.765 171.051 1.ml 0.975 42.117-9.027 i4C.80? 13.546 9.700 ti. 44 I P .(.)5 ?8.113 n.n7n 1. 137 186.917 1.no1 0.944 42.112-13.146 4 2iP.056 14.911 10.840 8.43s 1'. l,t4 2r.391 dO.062 7.103 19h.711 1. on0 0.900 42.106-18.389 217.481 16.739 12.307 4 e.42t P.534 2?.llh + 80.515 7.604 109.331 0.999 2.273 42.C8826.515 -22.78C 20.379 15.460 8.41) d.514 24.749 bu. 145 7.633 lltl.191 0.999 ?.lbH 42.09221.162 -31.969 17.912 13.306 8.472 R. >b9 28.461 lY.867 7.652 128.057 1 .@Or) 2.059 42.09615.900 4 -42.890 15.743 11.474 8.426 e. 564 28.17H 19.h91 7.691 137.917 1 .000 I. 943 42.10310.102 -5t.02C 13.950 10.050 8.41i: P.556 2'3.146 79.533 7.612 147.777 1 .PO0 1.82A 42.1005.663 -71.086 12.1316 9.132 11.417 8.>54 Zfl.I*J? 19.4b'l 7.614 157.637 1.noo 1.708 42.100 0.680 4 -e7.681 12.337 8.767 H.411 o. 540 28.161 7v.488 7.656 167.497 1.000 0.995 42.097 -4.198 4 2L5.84C 12.547 8.964 8.40C E. 531 28.313 79.567 7.638 177.357 0.999 0.976 42.094 -8.999 24C.850 13.518 9.677 8 .!lo4 9.5LO 28.534 19.699 1.607 187.217 0.999 0.944 42.088 -13.113 22e.096 14.939 10.814 n.40~ I!.508 2P.820 19.897 7.511 191.077 0.9911 0.901 42.C82 -18.354 4 217.5OS 16.704 12.278 4 H.3137 e.'+69 29.555 b0.352 7.473 104.636 0.997 2.278 42.C64 26.497 4 -22.766 20.352 15.437 8.383 8.458 2q.ld7 19.91h 7.499 118.496 0.997 2.173 42.069 21.156 -31.935 17. e50 13.287 8.38C H.451 ZR.YC2 79. bdh 1.519 12d.356 0.997 2.~442.C72 15.906 -42.837 15.724 11 -459 H. 378 8.443 28.101 79.481, 7.53313a.216 0.998 I .949 42.015 10.749 4 -55.844 13.977 10.040 8.376 P.437 2A.5%7 79.752 7.538 14~076 0.990 1.832 42.C765.686 4 -7c.98e 12.197 9.117 8.?74 e.431 28.557 t 79.296 7.536 151.936 0.998 1.712 42.C75 0.114 4 -87.559 12.313 8.749 8.371 P.424 ?R.hll + 79.31'3 1.526 167.796 0.997 0.995 42.074 -4.169 255.917 12.510 8.944 8.36s 8.416 2t1.747 t 73.387 7.501 171.656 0.977 0.916 42.070 -8.966 246.913 13.487 9.653 8.?65 e.406 28.952 79.525 7.479 187.516 0.997 0.944 42.C65 -13.682 iie.132 14.9C8 10.789 8.361 9.394 29.251 19.720 7.443 197.376 9.996 0.901 42.059 -111.322 i17.5?C 16.672 12.251 * ECATE CVL' VINt? PIII? ALPhA2 VEL2 III-TP FCCE RMID VFLlALPHA1 PHIl VINFl DV1 cv 5LU a cv ? VINt2 PHI? t ALPHA? VtL2 BFTA ECCE RMIO VELl ALPHA1 PHI1 VINFl DV1 *

23.74 #I 8.345 R.358 29.993 t 80. IbT 7.346 lOr1.935 0.995 7.287 42.C42 26.475 -22.758 20.325 15.412 21.Ll + 8.345 P. 346 29.622 t 79.8061 7.372 llH.795 0.995 2.178 42.C46 21.145 -?1.912 17.868 13.268 15./9 * 8-34? 8.338 29.333 * 79.513 7. 392 124.655 0.995 2.068 47.C50 15.905 * -42.791 15.705 11 -443 '8.57 * 8.34i 8.331 29.131 * 7.). 304 7.406 174.515 0.996 1.954 47.05210.756 -Si..7€8 13.959 10.026 17.44 8.?31! P. 325 29.014 E 79.174 7.412 14S.375 n. 995 1.836 42.C535.700 -7C.921 12.777 9.102 . ll.L7 8.236 h. 31') 211.984 e 79.118 7.413 15 1.23: 0.995 2.116 42.053q1.733 -87.49s 12.251 8.732 17.26 8.?34 8. 312 29.03'7 * 79.131 7.400 16u.095 0.995 0.995 42.C51-4.145 255.979 12.545 8.924 11.46 8 .?3 1 8.304 29.176 * 79.209 7.381 177.055 0.'795 n. 976 42.048-8.939 1 24c.95~ 13.459 9.631 1q.0') 8.32P P.295 ?9.392 L 79.348 7.354 18?.8lr> 0.995 0.944 42.C43-13.654 22e.161 14.879 10.765 7;.55 8.725 8.284 29.hr(3 II 19.544 7.318 197.675 0.994 0.901 42.037-1H.295 a 217.545 16.643 12.226 + I 23.70 + 8.31? 9.249 3n.434 * 60.019 7.2Li 10 I. 7 34 0. 994 7.288 42.C202h.452 -22.755 20.298 15.388 Z1.56 Q .?05 8.237 30.059 (I 79.634 1-24> 11 7.09.. 3.994 7.183 42.C2521.132 -31.895 17.845 13.248 lY.73 + H. 206 P. 223 29.16R t 79.338 7.763 176.754 0 * 944 7.072 42.C28 15.901 -LL.766 15.685 11.426 lU.31 8.304 8.721 29.5h3 * 19.126 1.28: 13, .>I14 0.494 1.95H 42.C31 10.761 -55.741 13.940 10.011 17.111 8.302 8.215 29.445 t 78.994 7.288 14,>.h74 r7.993 I. 840 42.C32 5.711 -iC.863 12.758 9.087 17.02 8.?OC P.209 29.414 76.937 7.28715 :.534 0.993 1.719 42.C31 '3.750 -81.43C 12.2iO 8.716 17.L'j * 8-29? 8.203 29.4t.Y t 1d.9511 7.276 160.394 I).993 0.995 42.C30 -4.124 256.029 12.521 8.906 17.91 8.295 8.195 29.607 t 79.029 7.25tl 17d.254 0.993 0.976 42.C76 -8.916 240.996 13.433 9.611 l,).U4 8.292 R. ld6 29.824 * 79.170 7.231 Ifl''.114 0.993 0.944 42.C22 -13.629 iiH.le3 14. E51 10.743 ?0.43 H. 285 e.176 3C.119 * 79. 370 7.196 197.'174 0.993 n.rqo1 42.C16 -1tl.270 21/.556 16.615 12.203 11 t ?3.64 8.27H R. 143 30.677 7Y. 849 7.10U 101.535 n.992 2.293 41.99926.427 -22.75t 20.270 15.363 ?1.50 8.774 R.131 30.499 s 79.459 7.126 11.1.343 0.992 2.18R 42.C0421.117 -31.884 17.~21 13.228 19.oP + 8.271 0.127 3n.2115 t 79.159 7.146 17>.?53 n. q92 2.077 42.~07 15.895 t -42.741 15.tb5 11.409 10.27 * 8.265 8.115 23.797 I 7u.945 7.160 13't.113 0.992 1.962 47.C10 10.762 t -55.702 13.921 9.996 11.34 = 8.261 e. 1OH 29.878 + Itl.hll 7.167 14k1.973 0.992 1.843 42.011 5.119 -70.815 12.729 9.073 1h.97 8.265 R.103 29.H41 * 18.753 7.165 15H.833 0.991 1.722 47.Cll 0.764 -t7.38C 12.250 8.701 17-15 * 8.26" B.OY6 29.9'17 t ld.766 1.155 ?hd. h93 '3.991 0.995 42.C09 -4.107 256.072 12.498 8.889 11.85 M.261 R.OM9 30.040 t 7d.R45 7.137 17),.553 0.991 0.976 42.C06 -H.896 I i41.025 13.4C9 9.592 1b.9d t 8.758 8.mn 30.26C t 7b.988 7.110 1R3.413 0.991 0.944 47.001 -13.608 i2E.20C 14.826 10.722 20.44 8.255 8.971 30.558 79.191 7.075 190.773 0. 991 0.901 41.$95 -1M.249 .f 211.561 16.550 12.181 23.58 + 8.245 E. c39 31.372 79.676 6.980 107.832 0.991 2.298 41.979 26.399 -22.762 20.242 15.338 21.45 8.741 8.0~6 30.941 t 7q.2~1 7.007 11'9.692 0.990 2. 192 41.584 21.099 -31.877 17.758 13.208 1Y.b3 * 8.231! ~.r17 30.644 16.978 7.027 127.552 0.9YO 2.081 41.987 15.886 -42.722 15.644 11.393 18.22 * H.235 H.Zl0 i0.43'1 * 78.761 7.341 137.412 0.990 1.966 41.990 10.762 -55.671 13.903 9.981 17.29 8.233 8.094 3n.j1/+ + 78.625 7.048 149.212 3.990 1. R47 41.991 5.125 -7C.775 12.721 9.059 1b.92 * 8.232 7.998 3n.2~2 (I 7t1.566 7.047 15i.132 0.989 1.726 41.991 5.775 -87.34C 12.230 8.686 17.10 8.73C 7.992 30.337 t 78.579 7.037 168.992 n. 989 0.995 41.989 -4.092 256.105 12.477 8.873 1/.8n 8.227 7.9uJ'i 30.477 t 78.66" 7.019 171!.852 0.989 0.976 41.986 "-878 1 241.047 13.386 9.574 lb.Y3 8.225 7.977 30.649 * 7d.804 6.992188.712 0.989 0.944 41.9R1 -13.589 2211.21C 14.8C2 10.703 2J.3H H.22i 7.968 3n.993 t 79.00q 6.951 1911.572 0.989 0.902 41.976 -18.231 4 217.561 16.566 12.161 .. * FCATE TTIME CV SUM CV? VlNF2 PHI2 ALPHA2 VEL2 BETA EC CE RMI 0 VELl ALPHA1 PHI1 VINFl DV1 TABLE XIV. - Continued. TABULAR DATA FOR TRAJECTORIES FROM 1.1 EARTH RADII CIRCULAR

PARKING ORBIT TO 1.1 NEPTUNE RADII CIRCULAR PARKING ORBIT

FCAIE TTIMF CV2 VlkF? PHI2 ALPHA2 VEL2 LiETA FCCF RMIO VEL1 ALPHAl * PHIl VINFl DV 1 + 4591461n.c 8.44C P.627 29.12G ed.72h 7. h36104.62U 0.999 2.308 42.C93 28.509 -15.764 21.349 16.324 lU?46-0.0 8.43e e. b20 28.716 83.330 7.669114.480 1.000 2.205 42.C99 23.113 -28.439 10.754 14.060 41CO.O 8.43': P.596 Z8.i"lH 19.771 7.697134.200 1 .no0 1.98h 42. 105 12.626 -5O.80C 14.586 10.528 4710.0 R.42F e. 590 2H.064 19.617 1.706 141.. 063 l.CO0 1.870 42. 106 1.518 -65.294 13.181 9.414 4 7?0. I1 8.425 8.5dl 28.(114 19.534 7.134153.926 I. 000 1.752 42.106 2.508 [email protected] 12.433 8.839 47m.0 8.424 e.579 2P.022 7V.53C 7.702 163.780 1 .no0 0.998 42.105 -2.420 261.713 12.426 0.834 4730.0 8.42C e.567 28.2P7 79-70!? 7.668 183.503 I. noo 17.957 42.C99 -12.011 232.477 14-30 10.365 4750.0 8.4 14 F.551 28.563 79.871 7.629 193.363 0.799 'l.91R 42. c92 -1b.672 221.150 16.C37 11.718 . + 46254710." 8.411 P.541 29.1b4 &O. 351 7-56511l.ObZ r).Q98 2.247 42.C81 25.078 -25.07C 19.651 14.853 12 r 4720.012r R.407 e.530 28.821 b3.361 7.589 1277.922 0.99Y 2.141 42.C85 19.754 -14.669 17.295 12.778 47 :0. 0 8-40> 6.523 28.559 79.137 7.h08 131,. 7M2 c,.q9q 2.031 42.~8814.523 -4t.115 15.225 11.048 4740.0 (1.402 a.516 2p.333 19.553 7.619 14 !.642 n.sw 1.916 42.C90 9.386 -59.12C 13.614 9.753 47;n.o 8.401 R.511 [email protected](9 19.447 1.624 15 1.502 0.999 1.798 42.091 4.342 * -75.362 12.610 8.974 4 76.0.0 b.39F P.504 2fi.2tJl 19.409 7.61d16 '.362 0.999 1. on0 42.C90 -0.608 267.924 12.326 8.758 4110.n 8.396 8.497 26.367 79.440 7.60617 ,.221 c,. 99q 1.99 1 42.C88 -5.471 + 251.689 12.773 9.099 47P0.0 8.392 H.468 28.517 19.533 7.>84181.@@2 9.998 0.96n 42.C84 -10.248 231.251 13.842 9.933 41S0.0 8.38$ r ,477 29.751 73.685 1.554189.942 0.998 0.933 42.079 -14.943 2iC.052 15.370 11.166 4~~0.0 H.385 P.4b4 Z9.U>H 79.893 7.516 191.H02 0.998 0.888 42.C72 -19.564 . 215.021 11.203 12.700 461541t0.0 n.372 P.4L7 2s.601 uu.186 7.43611 1.362 0.997 2.253 42.C58 25.061 -25.054 19.666 14.830 1CC 4770.0 H.365 e.417 29.253 7Y.83' 7.460121.222 0.997 2.146 42.C62 19.748 + -34.638 11.274 12.760 47?0.0 !I. 366 P?.4L7 79.9M9 79.564 7.479131.0H2 9.997 2.035 42.C65 14.526 -46.064 15.2C6 11.032 47'jO.O 8.364 e. 402 18.811 79.37~ 7 -49 1 14J. 042 0.991 1.920 42.067 9.397 -59.654 13.595 9.738 4810.n 8.762 8. 396 29.718 79.26V 7.41>15;~.802 0.997 1.802 42.C68 4.361 -75.282 12.589 8.958 4810.11 8.36r 8.390 25.711 79.237 1.490165.662 'I. 997 1 .00o 42.C61 -9.505 261.990 12.302 8.740 4a20.n 8. ?5c @.3d3 28.7Rt3 1Y.2b3 1.416177.522 0.991 0.991 42.065 -5.444 251.754 12.146 9.078 44 30.0 d.352 R. 374 2O.945 79.357 7.456 1RO.3U/ 0.996 (7.968 42.Cbl -10.218 + 217.304 13.R 13 9.910 4H110.0 8.751 P. 364 29.187 7Y.511 7.427 190.242 0.996 0.934 42.C56 -14.913 + 225.122 15.399 11.141 48.iO.O 8.347 6. 152 29.459 79.7?1 7.389 ?Oil. 102 0.996 0.88d 42.C49 -19.535 215.031 17.172 12.674 + 41254LilQ.0 8.?35 8.316 3P.039 UJ.018 7.31C 1ll.hbl 0.995 2.258 42.C35 25.042 4 -25.045 19.640 14.808 51: 4e7o.o t3.332 9.306 29.688 19.6653 7.334 121.521 0.995 2.151 42.C40 19.739 + -34.613 17.252 12.741 4t: 30.3 8.?2S P.19H 2'4.421 19.389 7.353 131.381 0.995 2.039 42.043 14.526 -46.0.?? 15.187 11.017 4~4n.7 ti. 321 r.291 21.241 79.200 7.365 141.241 0.995 1.924 42.C45 9.405 -59.591 13.577 9.724 4 ;I '. 3. 0 8.325 e.285 29.147 151.090 7. 360 151.101 0.995 1 .R05 42.C46 4.315 + -75.216 12.569 8.943 4P?U.,- R.?2? P.?17 2q.134 79.052 7.365 16,>.961 0.995 1.000 42.045 -0.566 + 2b8.062 12.280 8.724 4H70.n 8.121 P.?i2 29.216 79.$113 7.353 17 1.H2I '1.995 0.991 42.C43 -5.420 + 251.808 12 -721 9.059 44,n.n H.71t P.204 24.375 79.178 7. 332 1Rl1.681 n. 994 0.969 42.C39 -10.192 237.342 13.785 9.888 4HiO.n t\.'lC fl.154 ?9.612 I) 79:334 7.302 190.541 n. 994 0.934 42.~34-14.806 225.145 15.310 11.118 49i(r:1 8.311 H.243 ??.924 74.547 7.265 20'J.401 0.994 O.HR8 42.C28 -19.509 + 215.047 17.144 12.649 1 41154HL!).P 8.30i 8.23R 30.479 1 79.847 7.lbb111.960 0.993 2.263 42.C14 25.021 4 -25.040 19.613 14.784 C 40 10.0 t1.296 H. 197 3C.125 19.4~6 7.211121.820 0.993 2.156 42.018 19.720 + -34.594 17.290 12.722 4n~0.o R.292 R. 189 29.850 79.211 7.230131.680 0.993 2.044 42.022 14.524 + -45.98s 15.1C8 11.001 45:o.n R.791 B.182 27.b73 19.971 7.242141.540 0.993 1.928 47.C24 9.410 * -59.550 13.558 9.709 4'4C0.0 R.285 R. I76 29.578 ltl.90H 7.246151.400 0.993 1.809 42.024 4.387 + -75.160 12.550 8.920 [email protected] 8.?8/ 8.170 29.570 76.R7L 7.242 161.260 0.093 1.000 42.C24 -0.549 2ht.117 12.258 8.707 49j0.9 1(.28! R.lb4 29.647 7d.901 7.230 171.120 0.993 0.991 42.C22 -5.400 + 251.853 12.t97 9.040 44'0.17 8.782 8.1>h w.n>7 7u.797 7.209 183.980 0. 992 0.969 42.018 -10.169 + 231.372 13.759 9.867 4943.0 H.7HC R.147 30.041 1'1.155 7.ld0 190.840 0.992 0.934 42.C13 -14.0b3 + 225.161 15.2E3 I1 -096 4050.9 8.776 iI.136 3n.362 79. 371 7.143 200.700 0.992 0.888 42.001 -19.486 + 215.059 11.117 12.626

7Vl VhF2 PHI2 ALPbA7 BETAVEL2 ECCE RMIO VEL1ALPHAl PHIl VINF1 DV1 P h) Q, FCATE TTIMF CV SUM CV i VIhF? PHI2 ALPHA2 8FTAVEL2 ECCC RMI 0 VELl ALPHA1 PHIl VIYF1 DV 1 t " 4825 4910.0 73.u3 8.1~3 30.Y27 79.616 7.065 112.259 0.992 2.267 41.994 24.998 -25.035 19.587 14.761 317 4920.0 7J.Y6 H.CJZ 30.565 0 79. 3u9 7.090 122.119 0.991 2.160 41.998 19.714 * -34.581 17.2C7 12.703 493o.n 19.14 8.255 p.cti3 30.293 I 19.031 7.109 131.919 0.991 2.048 42.C01 14.519 4 -45.962 15.148 10.985 4940.3 1/.9> 8.257 8.076 30.108 7ti.838 7.121 141.839 0.991 1.932 42.003 9.413 -5Y.511 13.540 9.694 49E.0.1) 17.17 8.255 H.070 30.012 78.724 7.126 151.699 0.991 1.H13 47.C04 4.396 -75.113 12.531 8.914 4960.0 16.Y4 8.252 e.064 30.004 78.685 7.122 161.559 0.991 1.ooo 42.003 -0.535 26E.162 12.228 8.692 491n.o 17.27 8.251 a.028 30.0t11 78.716 7.110 171.419 0.991 0.991 42.C01 -5.382 251.889 12.h74 9.023 4YC0.0 lt3.1'1 8.24p 8.050 30.242 7tJ.813 7.0d9 181.279 0.990 0.069 41.998 -10.150 737.396 13.135 9.848 494o.n 19.37 8.?46 H.~Z30.4~4 7d.973 7.060 191.139 0.990 0.934 41.993 -14.842 4 225.113 15.258 11.075 5cco.o 2G.8'~ 8.242 8.032 30.802 lC3. 197 7.024 200.999 0.990 0.888 41.S87 -19.465 215.054 17.092 12.605

48 15 49m.n 2r.97 8.232 8.000 31.368 19.501 6.941112.558 0.990 2.272 41.974 24.973 -i5.043 19.560 14.737 267 4970.0 70.YI 8.22t' 7.988 31.008 7Y.129 6.972122.41~ n. 990 2.165 41.978 19.699 -34.513 17.184 12.684 4~~0.019.19 + 8.220 7.98n 30.733 78.848 6.991137.278 0.989 2.052 41.581 14.512 8 -45.943 15.128 10.968 49 10.0 17.Y0 8.223 7.973 3n.54h * 1t3.652 7.003142.138 0 -989 1.936 41.983 9-41? 4 -59.480 13.521 9.680 5020.0 17.12 t 8.221 7.967 30.444 78.537 7.008151.998 0.989 1.816 41.984 4.402 -75.076 12.5 12 8.899 5010.0 1tl.YO n .i2c 7.961 30.441) 78.498 7.004 lb1.8S8 0.989 1. coo 41.983 -0.524 76e.lS9 12.218 8.676 5czo.n 17.22 8.21P 7.955 30.51H 18.529 6.992 171.718 0.9H9 0.991 41.981 -5.368 251.917 12.652 9.006 5050.3 18.05 8.215 7.947 30.681 7tl.h21 6.972 181.578 0.989 0.969 41.978 -10.133 537.412 13.712 9.830 5040.0 lY.27 8.21? 7,939 30.925 713.189 6.943 191.438 0.989 0.934 41.973 -14.824 525.178 15.235 11.056 5050.0 20.80 8.211: 7.930 31.246 7Y.011 6.906 201.298 n. 189 O.fl89 41.967 -19.448 215.051 17.O69 12.586

4925 50 1Q.q 72.Y1 8.70C 7.09c) 31.816 7Y.322 6.831 112.857 0.989 7.277 41.955 24.945 -25.052 19.532 14.713 2175010.0 20.bh 8.196 7.887 31.453 78.947 6.856 122.117 0.988 2.169 41.959 19.681 -24.571 17. 161 12.664 5030.0 1Y.15 8.19? 7.874 31.176 78.662 6.875 132.577 0.988 2.056 41.962 14.503 -45.925 15.108 10.952 ! 5047.0 1l.bb n.191 1.~72 30.947 78.464 6.887 142.437 0.987 1.939 41.964 9.411 -59.457 13.5C3 9.665 5050.0 11.07 R. 189 7.1166 30.He9 18.348 6.892 151.297 0.987 1.R19 41.965 4.406 -75.04e 12.454 8.886 5neo.n 16.85 8.187 1.860 30.879 + 78.301 6.~389 162.157 n. 987 1.000 41.964 -0.516 .I 26e.226 12.198 8.662 5070.0 17.18 8.186 7.854 30.95H 78.339 6.877 172.017 0.987 0.991 41.962 -5.356 251.936 12.632 8.991 5nsc.n 18.00 8.18? 7.847 31.122 70.43R 6.tl57 1R1.877 0.981 0.969 41.559 -1l>.119 4 237.421 13.650 9.813 50~0.o 1Y.22 8.181 7.039 31.368 78.602 6.828 191.737 0.987 0.934 41.954 -14.810 225.118 15.213 11.038 5150.0 2u.75 8.176 7.831 31.693 I 78. n2 7 6.792201.597 0.987 0. R89 41.948 -19.434 * 215.04? 17."47 12.568 i 49755C50.0 22.86 8.165 7.H0152.267 19.141 6.117113.156 0.987 2.282 41.936 24.916 -25.065 19.5C4 14.689 167 5070.0 20.81 8-16: 7.76931.901 18.761 6.742123.017 0.986 2.173 41.940 19.661 -34.574 17.138 12.644 50PO.O 1'1.10 8.162 7.180 31.621 t 78.473 6.761132.H77 0.986 2.060 41.944 14.491 -45.923 15.,188 10.935 5050.0 17.t31 8.lbC 7.773 31.431 78.273 6.774 142.737 0.986 1.943 41.946 9.407 -55.442 13.484 9.651 i 51cn.o 17.03 8.15cl 7.767 31.331 78.155 6.779 152.596 0.985 1.823 41.S46 4,407 -75.028 12.476 8.872 5110.0 16.~0 8.156 7.761 31.322 78.114 6.775 162.457 0.985 1.000 41.946 -0.510 26P.244 12.1t.o 8. 64R 5120.0 17.13 8.155 7.755 31.401 78.146 6.764 172.317 0.985 0.991 41.944 -5.347 251.948 12.612 8.976 5130.0 17.Y5 8.153 7.749 31.566 78.246 6.744 182.177 0.985 0.969 41.941 -10.108 237.424 13.hi0 9.797 5140.9 19.17 8.15C 7.741 31.815 78.412 6.715 197.036 0.985 0.934 41.936 -14.798 215.172 15.143 11.021 515o.n 7c.7c 8.1411 7.733 32.142 . 78.640 6.679 201.891 0.986 0.889 41.930 -19.423 515.03C 17."2H 12.551 50255110.0 ?,?.bo 8.13s 7.705 32.721 78.957 6.605 113.456 0.986 2.28 6 41.519 24.886 -23.0132 19.t.76 14.664 117 5120.0 20.16 8.135 7.693 32.351 78.573 6.630 123.316 0.985 2.177 41.923 19.639 -34.582 17. 114 12.624 51:o.n 19.05 8.131 7.683 32.069 78.282 6.650 133.116 0.984 2.064 41.926 14.477 -45.922 15.'t7 10.Y19 5140.0 17.77 8.130 7.676 31.877 I 78.079 6.662 143.036 0.9R4 1.946 41.928 9.400 -LS.4?4 13.4tb 9. 6 36 5170.0 16.9'2 8.12e 7.610 31.777 77.959 6.667 152.896 0.984 1.R26 41.928 4.406 9 -75.016 12.458 8.850 5160.0 16.7h 8.126 7.665 31.767 77.918 6.664 162.756 0.984 1.000 41.928 -0.506 26C.254 12.162 8.635 5170.0 17.0'2 8.125 7.659 31.841 77.950 6.653 172.616 0.984 0.991 41.926 -5.340 251.952 12.4-294 8.967 51110.0 17.91 8.123 7.653 32.013 78.052 6.633182.476 0.984 0.969 41.523 -10.099 2?7.42C 13.652 9.783 51YO.O 19.13 * 8.121 7.646 32.264 78.219 6.605 192.336 0.984 0.934 41.519 -14.788 2?5.lhl 15. 174 11.006 52C0.0 20.65 . 8.118 7.639 32.595 18.450 6.569 202.196 0.984 0.889 41.913 -19.414 215.013 17."0 12.536 ECATE TIIMF CV SUM cv2 VINFZPHI2 ALPHA2 VEL2 BETA ECCE RPI 0 VELl ALPHA1 PHIl VIhFl uv 1 TABLE XIV. - Continued. TABULAR DATA FOR TRAJECTORIES FROM 1.1 EARTH RADII CIRCULAR

PARKING ORBIT TO 1.1 NEPTUNE RADII CIRCULAR PARKING ORBIT

ECATE T T IMF CV2 VIYFZ PHI2 ALPHA2 VEL2 BETA ECCE RH10 VELlALPHAl t PHIl VINF 1 DVl . t w 9.11C 7.611 33.177 18.770 6.455 113.755 0.984 2.291 41.90124.853 -25.103 19.448 14.639 8.1Oh 7.599 32.804 113.381 6.521 123.615 0.984 2.182 41.90519.616 -34.596 17.050 12.604 8.103 7.589 32.5217 1s. 081 6.540 133.475 0.983 2.068 41.90814.461 -45.92e 15. 147 10.902 8.101 7.582 32.326 77.982 6.553 143.335 0.982 1.950 41.9109.391 t -59.434 13.441 9.622 8.099 7 .57 fl 32.275 77.761 6.558 153.195 0.982 1.829 41.9114.402 -75.013 12.441 8.845 8.C9t' 7,570 32.215 77.719 6.555 163.055 0.9R2 1.000 41.911-0.505 26e.255 12.145 8.622 n .c96 7.565 32.795 77.751 6.544 172.915 0.982 0.991 41.909-5.336 w 251.948 12.5 16 8.940 9.C94 7.559 32.464 * 77.H54 6. 524182.775 0.902 0.969 41.906-10.093 w 231.409 13.634 9.769 8.092 7.553 32.717 76.024 6.496192.635 0.982 0.934 41.902-14.782 225.145 15.157 10.992 H.09C 7.546 33.050 7tl.258 6.460 202.495 0.983 0.889 41.896-19.408 + 214.992 16.994 12.522 t 8.08: 7.52C 33.635 78.579 6.387114.054 0.983 2.295 41.P85 24.819 w -25.128 19.419 14.614 8.c7e 7.507 33.269 78.186 6.413 123.914 0.982 7.186 41.e89 19.590 t -34.614 17.C66 12.583 8.275 7.4Y7 32.914 7 7.8119 6.433 133.774 0.981 2.071 41.892 14.444 t -45.94C 15.026 10.885 8.C7? 7.490 32.778 77.681 6.446 143.634 0.981 1.953 41.894 9.379 -59.441 13.429 9.607 R.r71 7.484 32.676 77.553 6.451 153.494 0.981 1.832 41.~95 4.397 -75.o1e 12.424 8.832 8.r7c 7.478 32.666 77.517 6.448 163.354 0.980 1.000 41.~4 -0.507 4 268.249 12.128 a. 609 8 .Oh:l 7.473 32.747 77.559 6.437 173.214 0.980 0.991 41.892 -5.334 251.936 12.5t0 8.936 8.Cbt 7.467 32.917 77.654 6.417 183.074 0.981 0.969 41.€!89 -10.089 t 237.393 13.618 9.756 8.065 7.462 33.172 17.826 6.389 192.934 0.981 0.934 41.@85 -14.778 t 225.123 15.141 10.979 8.C63 7.435 33.509 7d.Ob3 6.354 202.794 0.981 0.889 41.880-19.404 214.967 16.979 12.510

11.~55 7.430 34.096 18.386 6.282114.353 0.482 2.299 41.P6924.783 4 -25.157 19.350 14.589 8.C51 7.417 33.71~ 7 7.980 6.308124.713 0.9R1 2.189 41.P7319.563 t -34.637 11.041 12.562 8.04V 7.407 33.430 77.687 6.321134.073 0.980 2.075 41.87614.424 t -45.95e 15.UC5 10.868 8.346 7.400 33.233 4 17.478 6.340 143.933 0.979 1.956 41.8789.366 -55.455 13.410 9.593 A.C44 7.394 33.129 77.354 6.346 153.793 0.479 1.R35 41.e~ 4.389 I -75.031 12.407 8.819 H.r)43 7.3~~33.119 t 77.311 6.343161.653 n.c)79 I .oon 41.818-0.511 2t0.234 12.112 8.597 d.C41 7.383 33.201 77.345 6. 332113.513 0.979 0.991 41.876 -5.335 251.918 12.545 8.924 11.~3~ 7.37H 33.372 77.430 6.312183.313 0.979 0.969 41.874 -1n.088 t 237.37~ 13.603 9.744 8.C32 7.372 33.630 77.624 6.2115 193.233 0.979 0.934 41.869 -14.776 225.097 15.121 10.968 8.636 7.367 33.970 77.Hb5 6.249203.093 0.980 0.889 41.864 -19.404 214.938 16.966 12.498 * . 0 .c25 7.343 34.55v ., 18.189 6.178114.652 C.981 2.303 41.854 24.746 -25.19C 19.361 14.563 H.025 7.329 34.174 77.787 6.204 124.512 0.9AO 2.193 41.857 19.534 I -34.665 17.316 12.541 9.022 7.319 33.8~11 77.483 6.224 134.372 0.979 2.078 41.860 14.402 -45.982 14.983 10.850 8.C2C 7.312 31.630 * 77.711 6.237 144.232 0.918 1.960 41.862 9.351 -59.476 13.342 9.578 8.01E 7.3116 33.5116 17.146 6.242 154.092 0.978 1.838 41.863 4.378 -75.052 12.350 8.807 8.Clt 7.300 33.576 4 71.103 6.240 163.952 0.c)l-l 1.000 41.863 -0.517 268.211 12.0s7 8.586 R.nLC 7.295 33.658 77.137 6.229 173.H12 D.977 0.991 41.861 -5.338 251.892 12.530 8.913 8 .C14 7.290 33.1131 17.244 6.209 183.672 0.378 0.969 41.858 -10.090 237.341 13.589 9.733 8.C12 7.285 34.031 77.420 6.182 193.j32 0.978 0.934 41.854 -14.177 i25.0tC 15.114 10.957 H.Cl1 7.280 34.435 77.664 6.147 203.3Y2 n .wv n.88a 41.849 -19.405 214.905 16.954 12.489 t OV2 VINf2 PHI2 ALPhA2 VEL2 BETA ECCE RMlO VELlALPHAl 4 PHIl VIYFl DV1 ECPTE TT IMk cv SUN CVZ VINF2 PHI2 ALPHA2 8FTAVEL2 ECCt RMID VELl ALPHA1 PHI1 VINfl OV1 I) e 49595fl&0.0 ?3.1> 8.181 7.838 32.275 79.363 6.743 109.44cI 0. q8R 2.318 41.541 26.877 8 -21.946 20.442 15.516 18350'~o.n ?r.54 8.17C 7.825 31.87~ 7d.950 6.770 llq.300 0.981 2.212 41.945 21.588 -30.89C 17.904 13.367 50~0.7 I+./) 8.177 7.815 31.567 78.630 6.792 l29.1bd 0.987 2.101 41.948 16.384 -41.510 15.BC3 11.524 507o.n 1L.L4 n.171 7.H07 31.345 78.399 6.~07 139.020 0.786 1.9R5 41.951 11.265 -54.223 14.018 10.072 50 t'0. 0 11.21 d.164 7.801 31.212 78.252 6.815 1411.880 0.986 1.866 41.952 6.233 -65.111 12.774 9.099 50'1o.n 10.d4 n.167 7.7Y5 31.170 78.184 6.814 158.740 0.986 1.744 41.552 1.784 -85.583 12.2C8 8.669 51co.n 16.96 + 0.165 7.789 31.217 78. 190 6.806 lbri.600 0.986 0.996 41.951 -3.503 757.774 12.379 8.799 5110.0 17.61 8.163 7.763 31.351 78.265 6.78Y 17t3.460 0.086 0.979 41.s4n-8.372 242.497 13.226 9.449 5120.0 18.70 8.161 7. 776 31.568 78.406 6.763 183.320 0.Q86 0.948 41.544-13.088 225,408 14.597 10.537 51 !o.n 70.12 8.159 7.768 31.866 78.611 6.730 199.180 0.986 0.907 41.938-17.736 218.536 16.332 11.965 e . 4992 50uO.O 7~.27 8.157 7.764 32.318 78.967 6.685 115.882 0.986 2.255 41.531 23.501 -27.443 18.841 14.109 150 5050.0150 7U.30 8.154 7.753 31.973 7d.610 6.709 125.142 n.9nb 2.145 41.535 18.271 -37.397 16.549 12.147 51CO.O 18.69 8.151 7.744 31.717 78.345 6.726 135.652 0.985 2.031 41.938 13.127 -49.297 14.605 10.543 5110.0 11.54 8.14s 7.737 31.55n Id. 167 6.737 145.462 0.985 1.912 41.940 8.067 -63.403 13.146 9.387 5120.0 16.YO e 8.147 7.732 31.474 78.069 6.740 155.322 0.985 1.791 41.940 3.092 -75.415 12.318 8.753 5 1 30.0 16.82 8.145 7.726 31.488 18.048 6.734 165.182 0.985 0.999 41.539 -1.802 263.805 12.220 8.678 5 140.Q 17.29 8.144 7.720 31.591 7n.099 6.720 172.042 0.985 0.987 41.937 -6.617 247.877 12.832 9.144 5150.0 Ib.i2 8.142 7.713 31.779 78.217 6.698 184.902 0.985 0.961 41.933 -11.358 233.941 14. C30 10.082 51co.n lY.54 n. 135 7. 706 32.050 78.400 6.668 194.765 0.985 0.923 41.529 -16.030 222.28C 15.t49 11.397 5170.11 21.13 8.137 7.698 37.399 78.646 6.635 204.622 0.985 0.875 41.923 -23.639 212.632 17.547 12.993 . e 50425130.0 22.21 8.128 7.669 3.7.777 18.780 6.574 116.182 0.985 2.259 41.914 23.472 -27.459 18.814 14.086 1CO 5140.0 2c.25 n. 124 7.657 32.424 78.420 6.598 12b.042 n.9~4 2.149 41.917 18.251 -27.405 16.526 12.128 I 5130.0 18.65 8.121 7. 648 32.165 78.157 6.615 135.Y02 0.984 2.034 41.920 13.114 -49.297 14.585 10.527 5160.0 17.49 8.119 7.642 31.997 77.971 6.626 145.762 0.983 1.916 41.922 8.061 -63.396 13.128 9.373 5170.0 16.86 8.11t? 7.636 31.920 7 1.872 6.629 155.622 0.983 1.194 41.922 3.091 -79.410 12.301 8.739 51bO.n 16.78 8.116 7. 630 31.934 77.@51 6.624 165.482 0.983 0.999 41.922 -1.798 2t3.01C 12.202 0.665 5150.0 17.24 8.114 7.624 32.038 t 71.907 6.610 175.342 0.983 Q.987 41.519 -6.611 247.876 12.914 9.130 5200.0 10.10 8.111 7.618 32.22R 78.022 6.58b 185.202 0.983 0.961 41.916 -11.350 233.933 14.012 10.068 5210.0 19.49 8.11C 7.612 32.501 78.208 6.558 195.062 0.983 0.923 41.911 -16.022 222.266 15.631 11.382 5220.0 21.uo 8.100 7.604 32.R54 78.456 6.520 204.922 0.984 0.875 41.905 -20.632 212.612 17.530 12.970 e 509251H0.0 22-16 8.C9S 7.576 33.228 78.591 6.465 116.481 0.984 2.264 41.897 23.441 -21.480 18.707 14.062 5'2 5190.0 20.20 0.096 7.564 32.877 7d.226 6.489 126.341 0.983 2.153 41.901 18.229 -37.410 16.503 12.100 52co.n 18.tO 8.C9? 7.555 32.616 77.955 6.507 136.201 0.982 2.038 41.503 13.099 -45.304 14.565 10.511 52 10.0 17.45 8.C91 7.548 32.447 77.772 6.518 146.061 0.982 1.919 41.505 8.053 -tj.398 13.1C9 9.359 5220. n lb.82 8.085 7.542 32.369 77.672 6.521 155.921 0.981 1.797 41.505 3.088 -79.410 12.284 8.726 5230.0 16.74 8.087 7.537 32.384 77.651 6.515 165.781 0.981 0.999 41.905-1.797 263.8oe 12.185 8.652 5240.0 17.20 e 8.086 7.531 32.488 77.702 6.502 175.641 0.981 0.987 41.503 -6.607 247.068 12.751 9.117 5250.0 18.14 8.084 7.525 32.680 77.824 6.480 185.501 0.982 0.961 41.P99 -11.345 233.919 13.995 10.054 5 26.0.0 19-45 8.082 7.519 32.956 78.012 6.450 195. 361 0.982 0.923 41.894 -16.016 222.247 15.615 11.360 5270.0 21.04 . 8.C8C 7.512 33.311 78.264 6.412 205.221 0.982 0.875 41.009 -20.627 212.509 17.514 12 -965 514252?0.0 22.11 8.072 7.485 33.686 78.39~ 6.358 116.780 0.982 2.268 41.880 23.409 -27.504 18.759 14.038 0 5240.0 20.16 8.066 7.473 33.333 78.029 6.382 126.640 0.981 2.157 41.884 18.205 -37.436 16.480 12.088 52L.O.O 18.56 8.Cb5 7.464 33.070 77.755 6.400 136.500 0.981 2.042 41.E87 13.083 (I -49.316 14.545 10.495 5260.0 17.41 8.063 7.457 32.899 71.570 6.411 146.360 0.980 1.922 41.889 8.042 -63.406 13.n91 9.345 52 10.0 16.77 8.061 7.431 32.821 77.469 6.414 156.220 0.980 1.800 41.889 3.083 -79.410 12.267 8.714 5260.0 16.70 e 8.06C 7.445 32.835 7 7.447 6.409 166.080 0.980 0.999 41.888 -1.799 263.797 12.169 8.640 5290.0 17.16 8.058 7.440 32.941 77.5on 6.396 175.940 0.980 0.987 41.886 -6.605 247.053 12.701 9.105 53CO.O 18.10 8 .C5t 7.435 33.134 77.623 6.374 185.800 0.980 0.961 41.883 -11.342 233.059 13.979 10.042 5310.3 19.41 13.055 7.429 33.413 77.813 6.344 195.660 0.980 0.923 41.878 -16.013 222.223 15.600 11.356 5320.0 21.01 8.05? 7.423 33.777 78.069 6.306 205.520 0.981 0.875 41.873 -20.625 212.561 17.5C0 12.953 e 1Vi VItiF2 PHI2 ALPHA2 VEL2 BETA ECCE RMI0 VELl ALPHA1 PHI1 VINFl OV 1 TABLE XIV - Continued. TABULARDATA FOR TRAJECTORJES FROM 1.1 EARTH RADIICIRCULAR

PARKING ORBIT TO 1.1 NEPTUNE RADII CIRCULAR PARKING ORBIT ECATE T IIMF CV i VIVF2 PHI? ALPHA? OfTAVEL2 ECCE RMIO VELl ALPHA1 PHIl VINFl DV:

5 192 5220.P 8.C45 7.396 34.147 7d.202 6.253 117.079 0.981 2.272 41.865 23.375 -27.533 18.731 14.014 317 52SO.O 8.C41 7.384 33.797 77.829 6.277 126.939 0.980 2.161 41.868 18.179 + -37.459 16.456 12.069 53t:O.O a.c3e 7.374 33.577 77.552 6.295 136.199 0.979 2.045 41.e7113.064 + -49.335 14.524 10.478 5310.0 R.936 7.167 33.354 4 7 1. 365 6.306 146.659 0.979 1.925 41.873 8.030 -63.422 13.073 9.331 532C.3 d.C33 1.361 33.276 77.263 6.310 156.519 0.978 1.803 41.873 3.075 -79.434 12.?50 8.701 53;O.O 8.C3? 7.356 33.290 17.241 6.305 166. 379 0.978 0.999 41.€72 -1.802 263.775 12.153 8.628 5340.0 a.c31 7.3>1 33.396 77.294 6.291 176.239 0.978 0.9R7 41.E70 -6.601 247.831 12.166 9.094 5350.7 D.C3i 1.34h 33.59l + 77.410 6.270 186.099 0.979 0.961 41.867 -11.341 233.873 13.965 10.030 53t.O.O 8.C2t 7.341 33.81) 7 1.612 6.240 195.959 0.979 0.923 41.863 -16.012 + 222.194 15.586 11.345 5310.0 8 .C27 7.335 34.235 77.R71 6.203 205.819 0.980 0.875 41.f57 -20.625 + 212.53C 17.4e8 12.943 . * 5242 5330.0 8.119 7.309 34.611 + 78.003 6.1513 117.378 0.980 2.276 41.849 23.339 + -27.56t 18.7C3 13.989 267 5340.n 8 .nl E. 7.297 34.253 t 77.620 6.174 121.230 0.979 2.165 41.85318.151 -37.488 16.432 12.048 5350.0 n.c1: 7.267 33.986 7 1.346 6.133 137.098 0.978 2.048 41.e5613.043 + -45.360 14.5C4 10.462 53i0.n d.OlL 7.280 33.812 77.157 6.20414~.95t1 0.977 1.92A 41.E57d.015 * -63.446 13.056 9.317 537n.n 8.C0S 7.274 33.733 17.0>4 5.207 156.818 0.977 1 .806 41.~58 3.065 + -1s.45e 12.234 8.689 53-0.0 8 .C0 7 7-26? 33.148 77.037 6.202 166.678 0.977 0.999 41.@57 -1.808 263.753 12.1?8 8.611 5350.7 8.C06 7.264 33.855 77.085 6.189 176.538 0.977 0.987 41.E55 -6.610 i41.8C2 12.752 9.083 54-0.0 tl.CO4 7.7>9 34.057 17.212 6.168 IB4.398 0.977 0.961 41.E52 -11.343 2?3.841 13.952 10.020 5410.9 n.co3 7.254 34.336 7 1.407 6.138 396.258 0.978 0. 923 41.848 -16.014 + 222.16C 15.574 11.335 54,'CI"l b.co1 7.750 34.70) + 1r.67a 6.101 ZO6.lld 0.979 0.875 41.842 -20.628 + 212.495 17.477 12.933 + 5292 53.!0.0 7.594 7.Z24 35.077 77.1100 6.049 111.677 0.979 2.280 41.€35 23.302 + -27.602 18.674 13.964 217 53,o. n 7.59r 7.212 34.717 17.419 6.014 121.537 0.978 2.168 41.838 18.122 -37.521 16.401 12.028 54 In. 0 7.587 7.202 34.448 17.136 6.092 137.397 0.977 2.052 41.841 13.021 + -45.391 14.483 10.445 5410.17 7.98C 7.194 34.273 7b.545 6.103 147.257 0.076 1.931 41.E42 7.999 -63.476 13.038 9.303 54~0.n 7.984 1. Inq .34.173 16.841 6.lc)b 151.117 0.916 1.808 41.F43 3.054 + -79.489 12.219 8.677 54 !a.3 7. qni 7.lb4 34.208 1D.01~7 6. 102 166.977 0.975 0.999 41.842 -1.817 263.719 12.124 8.606 54'10.1) 7.9dl 7.1/9 34.316 t 76.d73 b.oay176.~37 0.976 0.987 41.840-6.616 247.766 12. i 29 9.073 5450.9 7.7RC 7.175 14.515 t 77.CO1 6.0671Rb.697 0.976 0.961 41.537-11.34R 233.8C4 13.940 10.010 54cn.n 7.77" 7.1 10 34.b.)1 77.19) 6.33b 196.557 0.977 0.923 41.F33-16.018 222,122 15.563 11.326 54 70. o 7.977 7.1Dh 35.171 + 17.460 6.00120h.417 0.977 0.874 41.828-20.633 + 212.451 17.468 12.926 + 5342 54 !0.9 7.97C 7.141 35.550 I 7 1.592 5.349117.977 0.978 2.284 41.e2023.264 -27.64~ 18.645 13.939 167 5440.0 1.9ht 7.1211 35.183 7 1. 20') 5.974 127.d31 0.976 2.172 41.824 18.091 -?7.558 16.383 12.007 54 50.0 7.56: 7.110 34.112 76.427 5.993 137.697 0.975 2.055 41.827 12.996 -45.427 14.462 10.428 54, n.n 7.<61 7.111 34.736 70.731 6.334 147.557 0.975 1.934 41.828 7.980 -63.512 13.C20 9.289 54 70. n 7.055 7.1J5 34.656 16.625 6.306 151.417 0.974 1.R11 41.f29 3.040 -75.521 12.203 8.665 54°C). 1 7.05r. 7.1Lcl 34.671 iS.633 6.903 161.276 0.974 0.997 41.828 -1.827 263.678 12.110 8.596 54'20.0 7.457 7.~634.7ac 76.658 5.393 177.137 0.974 0.987 41.E26 -6.623 247.723 12.727 9.063 55~0.o 7.05t 7.397 34.9Hl 76. 7b8 5.369186.99i 0.975 0.961 41.823 -11.354 + 233.761 13.929 10.002 55 10.0 7.054 7.088 55.210 i0.9G7 5.339196.857 0.975 0.923 41.E19 -16.025 227.ORC 15.554 11.318 55ia.o 7.Y5! 7.C84 35.hW I 77.?5<1 5.93?706.116 0.q76 0.874 41.e14-20.641 212.415 17.460 12.919

5392 5400.0 7.941 7.(JoU 36.J3', 77.383 5.d5211r.276 0.976 2.288 41.807 23.223 -27.684 18.616 13.914 117 5450.0 7.543 7.n47 35.652 lo.99h 5.d77 12tl.136 0.975 2.175 41.E10 1H.05M s -37.6CO 16.358 11.986 55cn.7 7.94c 7.037 35.317 16.707 5.6'96 131.996 0.974 2.058 41.813 12.970 + -49.469 14.441 10.411 5510.0 7.93. 7. QJO 35.20) 16.512 5.907 147.H56 0.973 1.937 41.814 7.959 -63.556 13.CC2 9.275 55zo.n 7.936 7.024 35.121 16.406 5.911 157.716 0.973 1.813 41.815 3.024 -75.573 12.188 8.654 55 10.9 7.q35 7.319 35.117 76. 383 5.990 167.576 0.973 0.999 41.814 -1.839 263.630 12. CS7 8.586 5 5 4 I1 .0 7.434 7.015 35.247 16.440 5.893 177.436 0.973 0.986 41.E12 -6.634 247.675 12.715 9.055 55'0.P 7 .93i 7.011 35.45C 70.571 5.872 1Hi.?96 0.973 0.961 41.809 -11.363 233.714 13.919 9.994 55t0.0 7.931 7.008 35.741 70.774 5.843 191.156 0.974 0.923 41.E05 -16.034 222.034 15. 546 11.311 55 10.0 7.931 7.0~4 36.llH 11.04* 5.8i)b 201.016 0.975 0. R74 41. EO0 -20.651 + 212.369 17.454 12.913 + Lu CD ECATE T I IMF cvz VI"r2 PhIZ t ALPHA? VEL2 bETA FCCE RMIO VELl ALPHA1 a PHIl VIYFl DV1 Y

ECATE TTlME CV SUM ‘ cv2 VIWFZ PHl2 ALPHA2 VEL2 BFTA ECCE RHIO VELl ALPHA1 . PHI1 VIYFl DV1 4 4 5442 5530.0 21.81 7.924 6.981 36.493 77.170 5.156118.515 0.915 2.292 41.193 23.181 -27.732 18.5.56 13.888 61 5540.0 19.d9 1.92C 6.961 36.12R 76.117 5.181128.435 0.974 2.179 41.797 18.024 4 -37.644 16.333 11.966 55~~0.n 18.31 1.917 6.958 35.849 76.487 5.800138.295 0.973 2.061 41.799 12.942 4 -49.516 14.420 10.394 5560.0 17.18 1.915 6.950 35.670 76.290 5.812148.155 0.972 1.9~41.801 1.937 4 -63.606 12.9E4 9.261 5570.0 16.56 7.91? 6.944 35.5R9 I 76.183 5.815158.015 0.912 1.816 41.801 3.006 I -79.627 12.173 8.643 5580.0 16.49 7.912 6.939 35.605 76.160 5.dll 167.875 0.912 0.999 41.@01 -1.854 4 263.575 12.OE5 8.577 5590.0 16.96 7.911 6.935 35.716 76.217 5.198 177.735 0.972 0.986 41.199 -6.646 247.62C 12.705 9.047 5600.47 17.90 7.91C 6.932 35.921 76.351 5.717 187.595 0.912 0.961 41.796 -11.374 233.661 13.910 9.987 561o.n 19.21 1 .so5 6.929 36.215 16.551 5.148191.455 0.913 0.923 41.192 -16.045 4 221.983 15.539 11.306 56zo.n 2U.82 7.905 6.926 36.595 76.834 5.711207.315 0.974 0.874 41.781-20.663 212.320 17.449 12.909 t 549255~0.0 21.16 1.902 E. 904 36.96R 76.953 5.662118.874 0.974 2.295 41.78023.137 fi -27.784 18.556 13.862 1 7 5590.017 19.84 1.P98 6.H90 36.600 76.556 5.687128.734 0.913 2.182 41.784 17.988 4 -37.695 16. 5C7 11.944 56CO.O ld.27 7.895 6.8d0 36.321 16.263 5.706138.594 0.972 2.064 41.78612.912 4 -49.569 14.398 10.377 5610.0 17.14 7.893 6.812 36.141 76.065 5.118148.454 0.971 1.947 41.788 7.913 -63.662 12.966 9.248 5620.0 16.52 1.@92 6.Hb6 36.060 75.957 5.122158.314 0.910 1.R18 41.789 2.986 4 -B3.686 12.158 8.632 5630. n 16-46 7.89C 6.862 36.076 75.934 5.11716d.114 0.970 0.999 41.788 -1.871 4 263.513 12.073 8.568 564o.n 16.Y3 b 7.E8S 6.858 36.189 75.997 5.704176.034 0.971 0.986 41.786 -6.660 247.55s 12.696 9.040 5650.0 11.81 t l.E8? 6.855 36.395 76.127 5.683 187.R94 0.971 0.960 41.783 -11.387 233.602 13.903 9.981 5660.0 19.19 -/.E88 6.832 36.692 76.336 5.654 197.754 0.912 0.922 41.779 -16.058 221.928 15.533 11.301 5670.0 23. I9 7.e87 6.850 37.075 t 76.617 5.618 207.614 0.973 n.874 41.774 -20.677 212.268 17.445 12.906 t I . 55425630.0 21.72 7.E81 6.828 31.445 76.137 5.570 119.173 0.913 2.299 41.768 23.092 -21.83f 18.526 13.836 33 5640.0 19.89 1.817 6.814 37.076 76.332 5.595 129.033 0.912 2.185 41.171 17.950 -37.751 16.282 11.923 56.i0.0 18.23 7 .A74 6.803 36.fl00 76.034 5.613 13U.8Y3 0.971 2.067 41.774 12-882 -49.624 14.3 i7 10.360 56to. n 17.11 1.872 6.796 36.615 15. A35 5.626 14’1.753 0.970 1.945 41.716 7.887 fi -63.724 12.948 9.234 56 10.0 16.49 7.871: 6.790 36.533 73.726 5.630 15d.613 0.969 1.820 41.7762.964 -i5.753 12.144 8.621 56r‘O.O 16.43 1 .864 6.786 36.550 t 75.704 5.625 168.413 n .969 0.999 41.715 -1.889 263.444 12. t2 8.559 560.3 16.99 7.~6e 6.782 36.664 75.163 5.613 176.333 0.969 0.986 41.774 -6.676 247.492 12.6e7 9.033 57.:0.P 11.84 7.861 6.179 36.R72 75.900 5.592 lfld. 193 0.970 0.960 41.771 -11.403 4 223.535 13.896 9.976 57iO.O lCi.lb 1.ebl 6.777 37,172 76.112 5.563 198.053 0.971 0.922 41.161 -16.073 221.86s 15.529 11.297 57)O.O 7u.71 7.867 6.176 31.558 76.397 5.526 207.913 0.912 0.873 41.762 -20.694 212.213 17.442 12.904 4 5592 56tO.C 21.67 7.861 6.755 37.925 76.509 5.479 119.472 0.972 2.303 41.756 23.046 -27.896 18.495 13.809 l33 56q0.0 19.76 1.e57 6. 740 37.554 76.104 5.504 129.732 0.971 2.189 41.759 17.911 4 -37.811 16.255 11.901 57ro.o 18.20 7 .A54 t. 729 31.276 75.803 5.523 13

PARKING ORBIT TO 1.1 NEPTUNE RADII CIRCULAR PARKING ORBIT

ECATE CVZ VIYF2 Phl2 ALPHA2 VEL2 HETA ECCE RH1 0 VELl ALPHA1 PHIl VINFl DV1 a 5326 7.975 7.114 35.551 77.825 5.971114.260 0.979 2 -323 41.~3 25.196 4 -24.394 19.550 14.729 183 7.77: 7.160 35.153 71.407 5.998124.120 0.977 2.212 41.e27 19.991 -33.701 11.1 e8 12.687 7.977 7.149 34.849 77.087 6.319133.980 0.976 2.097 41.83014.866 -44.801 15.127 10.967 7 -9 7C 7.141 34.638 76.861 6.033143.840 0.975 1.978 41.8329.819 -58.073 13.490 9.656 7.56~ 1.134 34.523 I 76.725 6.039153.700 0.975 1.856 41.833 4.849 -73.466 12.427 8.835 7.56t 7.129 34.503 16.673 6.038163.560 0.975 1.000 4l.f!33-0.045 265.843 12.063 8.560 7.565 7.125 34.578 16.700 6.028173.420 0.975 0.993 41.f32-4.868 253.404 12.428 8.836 7.564 7.120 34.745 + 76.H02 6.009183.280 0.975 3.972 41.E29-9.623 238.634 13.433 9.611 7.56? 7.116 45.051 76.976 5.983193.140 0.975 0.938 41.E25 -14.315 226.127 14.521 10.800 7.561 7.112 35.342 77.220 5.949 20).000 0.976 0.893 41.e20-18.950 215.764 16.738 12.306 a 536C 7.965 7.125 36.034 17.87" 5.894 1 I,?. 842 0.978 2.364 41.e1227.094 I -21.377 20.450 15.523 150 7.S6C 7.129 35.6011 77.407 5.922 12'!.702 0.977 2.256 41.81621.868 -30.124 18.001 13.388 7.557 7.097 35.264 77.050 5.946 133.562 0.976 2.142 41.e2016.718 -4c.522 15.825 11.542 7.954 7.0d8 35.018 76.7~~ 5.963 140.422 0.975 2.024 41.822 11.646 a -52.968 14.019 10.073 7.S52 7.ntll 34.867 16.619 5.972 150.282 0.974 1.903 41.824 6.652 -t7.629 12.7 20 9 -066 7.S5 I 7.0 75 34.812 76.536 5.973 163.142 0.074 1.778 41. e24 1.733 -83.S9S 12.101 8.589 7.$5! 7.071 34.1352 0 76.534 5.966 17i.002 0.974 0.997 41.823 -3.113 4 259.275 12.204 8.666 7.94t 7."67 34.9d6 76.610 5.951 179.b62 0.974 0.981 41.821 -7.891 4 243.773 12.952 9.268 7.547 1-06? 35.212 7b.760 5.328 18Y.722 0.974 0.952 41.817 -12.605 230.421 14.323 10.316 7.S4t 7.039 45.525 76.9d0 5.897 19V.582 0.975 0.911 41.E13 -17.260 . 215.314 16.036 11.711 54 10 7.542 7.C45 36.507 77.663 5.737 111.142 0.977 2.369 41.799 27.046 -21.424 20.417 15.494 1cr 7.937 7.G28 36.078 t 71.195 5.825 121.00) 0.976 2.260 41.803 21.829 -30.165 17.979 13.363 7.934 7.016 35.753 . 76.834 5.a49 13~.862 0.974 2.146 41.E06 16.686 4 -4C.565 15.801 11.523 7.931 7.0u7 35.485 76.579 5.866 14'0.722 '3.973 2.027 41.809 11.621 -53.013 13.958 10.057 7.$23 7.P30 35.333 i6.39Q 5.875 150.582 0.973 1.905 41.810 6.632 -t7.675 12.713 9.053 7.S2P 6.YY5 35.27b 76. 315 5.877 16i1.&42 0.972 1.781 41.8101.718 -84.o4e 12.oe6 8.578 7 .52t 6.9Yfl 35.319 76.314 5.1170 17.1. 30/ 0.972 0.997 41.e09-3.126 255.224 12.192 8.657 7.S25 6.986 35.455 16.391 5.a55 18:). 162 0.973 0.981 41.eo7-7.901 243.723 12.9e2 9.259 7.q24 h.982 35.682 + 70.542 5.832190.G22 3.973 0.952 41.eo4-12.614 230.372 14.314 10.309 7.92? 6.919 35.998 76.766 5.891191.dtl2 0.974 0.911 41.799-17.210 . 219.267 16.na 11.111 54tc 7.s2c 6.967 36.9H3 77.453 5.702111.441 0.976 2.373 41.78626.998 -21.474 20.3 84 15.464 5c 1.915 6. 250 36.551 Ib.9110 5.730121.301 0.975 2.263 41.790 21.788 -?O.21€ 17.950 13.339 7.911 6.937 3h.ZTl4 76. 611 5.753131.161 0.973 2.149 41.793 16.654 -4C.61C 15.177 11.503 7.50'; f.'428 35.555 76.3454 5.771141.021 li.072 2.030 41.795 11.594 4 -53.063 13.978 10.041 7.907 (>.'I21 35.dOl I ib. 1 I5 5. 781 15,1.881 0.972 1.908 41.797 6.611 -67.728 12.6S6 9.040 7.905 6.415 35.747 t 76.0Y1 5.7d216.1.741 0.971 1.783 41.797 1.700 -~4.104 12.072 8.561 7 .GO4 6:iIl 35.781 76 .O93 5.775173. 601 0.971 9.997 41.796 -3.140 a 259.166 12.180 8.648 7.50? t.Yd7 35.V26 70.16V 5.761lRS.461 0.971 1.981 41.794 -7.914 243.666 12.972 9.252 1.?0? 6.'104 36.135 16.321 5.737 19,). 321 0.972 n.952 41.791 -12.626 4 233.318 14.5C6 10.303 7.901 6.401 3h.474 76.540 5.70620~1.181 0.q73 0.91 I 41.786 -17.282 215.215 16.022 11.706 . 4 551C 7.t19C; C.t191 37.46" 77.2314 5.608 111.740 0.975 2.376 41.77326.948 -21.527 20.350 15.435 c 7.CV4 h.873 37.021 16.761 5.637121.600 n .974 2.267 41.77721.746 -3C.271 17.s22 13.314 7. P9C 6. nbr) 36.633 76.390 5.660131.460 0.372 ?.152 41. 780 16.619 -4G.664 15.753 11.483 7 .€I37 6.1151 36.428 76.123 5.678141.320 0.971 7.033 41.78311.565 -53.11e 13.557 10.025 7.PR': 6.n44 3h.274 75.948 5.688 151.189 0.970 1.911 41. 6.587784-67.188 12.619 9.027 7.fR4 6.839 36.719 75.863 5.689 16:.045 0.970 1.785 41.7841.681 -e4.1t7 12.058 8.557 7.E8: c.u34 36.261 75. atv;? 5.683 171.000 0.970 5.991 41.783 -3.157 255.102 12.169 8.640 7.tdi L.630 36.3Y9 72.941 5. b6H 18,). 76u G. 970 0.98 1 41.781-7.929 I 143.6C4 12. It3 9.245 ?.Fa1 c.HLR 30.631 + 76.C97 5.645 19,1.620 0.971 7.951 41.778-12.640 220.259 14:jCO 10.29R 7.eaL l..P25 36.91>? 16.327 5.61370 ,.4tl5 n. 972 0.910 41.774-17.296 . Zl'i.160 16.018 11.702 CV c 'dI\FZ PPI2 ALPhA2 VEL2 bFTA ECCE RMID VELl ALPHA1 PHIl VlolFl ov 1 CL w N

I1 v ', VIUF2 ALPHA? VtL2 UETA ECC€ RMIU VELlALPHAl 4 PHIl VIhFl OV1

7.1'7t 6.916 17.070 5.517 112.039 0.974 2.380 41.761 26.896 -21.583 20.316 15.405 7.873 6.798 76.53H 5.546 121.H99 0.773 7.271 41.765 21.702 -30.327 17.852 13 -289 7. Il6C 6.. IU5 76.164 5.569 131.753 0.971 7.156 41.768 16.582 -42.722 15.728 11-462 7.k)bC 6.775 75.491 %.5tlb 141.619 n.~70 7.036 41.770 11.536 1 -53.115 13.9?7 10.008 7.1164 6.7ba 1h.717 5.596 151.479 0. Ob'l 1.917 41.772 6.561 -67.854 12.662 9.G14 I.Rb? 6.763 75.641 5.5518 161.139 0.969 1.787 41.172 1.659 -84.237 12.045 8.547 I .e6( 6. ?>I1 73.631 5.591 171.199 0.969 0.997 41.771 -3.175 1 ?55.031 12.159 8.632 7.f161 6.725 12.711 5.576 1H1.(759 n.969 n.9H1 41.169 -1.945 243.536 12.955 9.239 7. 136" 6.151 75.86'1 5.553 19,~.913 0.970 0.951 41. 166 -17.656 730.195 14.254 10.293 7.e6'' 6.751 ib.lCI? 5.522 70(~.771 0.471 0.910 41.762 -17.312 219.1CO 16.014 11.699

7 .P5:' 6.143 76.799 5.427 117.33d n.974 2.384 41.149 26.R44 I-21.642 20.2e2 15.374 7.,15! 6. 125 70.31: 5.456 12?.1911 0.972 2.274 41.753 21.657 -33.386 17.863 13.263 7. R4'j 6.711 I5.137 5.47'4 13:.05d 2.970 7.159 41.156 16.544 -4C.783 15.7C3 11.441 7 .H4f t.7u1 15.658 5.496 141.918 0.169 2.039 41.758 11.504 -53.242 13.116 9.992 7.A44 6 .694 15.480 5.505 151.718 0.9hll 1.916 41.759 6.536 -67.922 12.t45 9.,001 1.M47 6.68'1 72.3Vf. ',.jdu 161.63d 0.96H 1.789 41.760 1.636 9 -ti4.314 12.032 8.537 1.r4; 6.065 75.3Y6 5.502 171.498 0.968 3.';97 41.759 -3.196 4 itE.954 12.149 8.625 7.P41 t.btl? 72.474 5.487 181.158 0.968 D.9HO 41.757 -7.964 1 243.462 12.949 9.234 7.04c t .hoc 7>.63Y 5.464 191.218 0.969 0.951 41.754 -12.674 230.127 14.289 10.289 7.?41' 6.67e 75.974 5.433 701.P78 0.970 0.910 41.750 -17.331 219.038 16.012 11.697

7.e3:' 6.612 76.573 5.339 117.637 0.973 2.3RH 41.738 26.790 -21.704 20.248 15.344 7.P3? 6.bj4 I6.061 5.367 172.497 3.971 ?.?77 41.742 21.611 -3C.449 17.433 13.238 7.07'! 6. h4iJ 75.69'' 5.391 132. 357 0.969 2.162 41.745 16.504 t -4ii.850 15.678 11.420 7 .s2c. 6.629 72.421 5.4i)H 141.217 0.968 2.041 41.747 11.470 -53.314 13.855 9.975 1.P24 6.621 75.242 5.417 152.q71 0.967 1.91R 41.14H 6.506 -6f.COC 12.629 8.988 7.1127 t.hl7 13.127 5.42" 161.937 n.967 1.791 41.148 1.611 -84.397 12.019 8.527 7.822 6.613 75.157 5.413 171.797 0.967 0.997 41.747 -3.218 25H.870 12.140 8.618 7.P21 6.610 75.240 5.399 181.657 0.967 n.wn 41.746-7.984 243.383 12.942 9.229 7.P21 6.608 75.403 5.376 191.517 0.96~ 0.951 41.743 -12.693 i?0.055 14.2E6 10.287 7.R21 6.607 13-64? 5.345 701.377 0.969 1.913 41.739 -11.351 218.971 16.C10 11.696

7.81'. C.6U3 76.343 5.251 111.937 0.972 2.391 41.72726.735 4 -21.76e 20.213 15.313 7.614 6.584 75.846 5.280 12j.797 0.970 2.28 1 41.730 21.563 -30.515 17.803 13.212 1.81' 6.569 75.401 5.3U4 132.656 0.96C 2.165 41.73316.463 t -40.92C 15.652 11.399 7.?02 6.529 75.1U1 5.321 142.517 0.967 ?. 044 41.73611.434 -53.391 13.874 9.958 7.805 C.'J21 74.999 5.331 152.377 O.cl66 1.920 41.7376.471 -t€'.085 12.612 8.975 7.P04 6.545 74.911 5.332 lbi.?37 0.966 1.793 41.737 1.585 -84.482 12.007 8.518 7.Ril? 6.542 74.il5 5.327 17;'.336 O.96b 0.997 41.736 -3.242 25e.781 12.131 8.611 7.FO? 6. 5411 14.999 5.312 181.957 0.966 0.980 41.734 -8.007 243.25@ 12.937 9.225 7.80) t.C.39 15.164 5.289 191. E17 0.967 0.951 41.732 -12.715 2iS.978 14.283 10.285 7.YOi t.;3u 72.406 5.258 ?01.617 0.968 0.909 41.728 -17.373 218.901 16.310 11.696 s 7.801 6.534 76.109 5.165 113.236 0.971 2.395 41.716 2b.619 -21.835 20.178 15.282 7.79~ t.515 12.607 5.195 123.096 0.969 2.284 41.720 21.514 -3C.584 17.773 13.186 7.791 6.501 75.218 5.219 132.956 0.967 2.167 41.123 1b.421 -4C.995 15.627 11.378 7.7HS 6.4'40 74.936 5.236 142.816 0.966 2.047 41.725 11.397 -53.473 13.H53 9.942 7.7d7 6.4212 74.753 5.245 152.676 0.965 1.922 41.726 6.443 -tE.176 12.595 8.963 7.78e t.417 74 .6b5 5.247 16l.536 0.965 1.795 41.726 1.556 -84.579 11.954 8.509 7.785 6 .4 I3 74.b65 5.241 172. 316 0.965 0.997 41.725 -3.267 t 25t.68S 12.123 8.605 7.784 6.411 74.754 5.227 182.256 0.965 0.980 41.724 -8.031 t 243.209 12.933 9.222 7.784 6.470 14.921 5.204 192.116 0.966 0.951 41.721 -12.739 + 229.896 14.,'e2 10.283 7.784 6.470 72.167 5.173 201.976 0.967 0.909 41.717 -17.397 218.828 16.011 11.697 * uvi V14F2 ALPHA? VEL2 8ETA ECCE RMIO VELlALPHAl PHIl VINFI DVl TABLE XIV. - Continued. TABULAR DATA FOR TRAJECTORIES FROM 1.1 EARTH RADII CIRCULAR

PARKING ORBIT TO 1.1 NEPTUNE RADII CIRCULAR PARKING ORBIT

rv I VIkF2 ALPHA? VtL2 HtTA ECCE RMIII VELlALPHAl I PHIl VINFl ov1

7.7dI 6.468 73.071 5.081 111.535 0.970 2.399 41.706 26.621 1 -21.904 20. I42 15.251 7.77L 6.445 75.364 5.111 123.395 0.l6rl 2.287 41.709 71.464 -30.657 17.742 13.160 7.77G 6.454 74.Y77 5.135 131.255 0.966 2.17Q 41.712 16.377 -41.073 15.6C1 11.357 7.171 6.423 14.6t17 5.152 143.115 0.Yb5 2.047 41.714 11.359 -13.56C 13.832 9.925 7.765 6.415 74.507 5.162 152.975 0.964 1.924 41.716 6.409 -CY.272 12.578 e.950 7.76,' t.4u9 74.414 5.163 167.835 7.964 1.797 41.716 1.526 -F4.681 11.983 8.500 7.767 h.4Uh 74.415 5.1>7 172.695 0.964 5.997 41.715 -3.295 756.587 12.116 8.600 7.76, 6.404 l4.50? 5.142 1R~.555 0.964 0.980 41.713 -8.056 243.118 12.929 9.219 7.76r t.4u4 74.h74 5.120 19?.415 0.965 0.950 41.711 -12.764 I iiY.811 14.2tl 10.283 7.767 e.4\14 14.924 5.093 70?.27-, 0.966 r).qo9 41.707 -17.423 . 2lC.751 16.013 11.698 7.766 t.4LJ1 15.h2H 4.795 113.R34 '7.'l6 1 2.402 41.t96 26.563 -;1.976 20.1C7 15.219 7.761 t.3di 73.117 5.029 12:.694 .I. 94 7 2.190 41.699 21.413 -?C.7!3 17.711 13.133 1.757 L. 334 (4.721 5.052 134.554 7.lh5 7.173 41.707 lh.331 -41.155 15.574 11.335 7.754 6. 35 7 14.433 5.070 143.414 4.964 2.051 41.704 11.319 -C?.652 13.810 9.908 7.75; 6.349 14./41! 5.073153.274 C.963 1.976 41.705 6.374 i -6e.373 12.562 8.937 7.751 t. 144 74. 159 5.061 16 3.134 0.963 1.799 41.106 1.494 I -t4.79C 11.9il 8.491 7.75.- 6. 340 74. lo 1 5.075 172.994 0. 963 0.997 41.705-5.324 I 2~e.48~12.1C9 8.594 7. 14: 6. 33s 74.24" 5.06318/.854 ;1 .Q63 0.08C 41. 703 -6.084 ?43.018 12. I26 9.216 7.74c h. 338 74.420 5.037 197.714 3.264 0.950 41.700 -12.791 i25.725 14.2E1 10.283 7.751 f.13') 74.673 5.007 ?0?.574 0.405 Q.90@ 41.697 -17.450 218.674 16. 15 11.700

7.7>~' t. 339 7J.?til 4.91,, 114.13i 3.967 7.405 41.686 26.503 a -22.051 20.C71 15.187 7.74' 6.319 74.b1>5 4.947 123.9Y3 0.966 2.293 41.t90 21.360 -3C.812 17.680 13.107 1.741 c.3u4 l4.4nb 4.971 13 1.~53 C. 964 2.176 41.692 16.285 -41.242 15.548 11.313 7.73,- 6.293 I+. 1 I" 4.98Y 143.713 7.063 2.054 41.695 11.277 -59.748 13.789 9. 891 7.73f 5.7'JCI l5.903 4.9')) 153.573 0.761 1.Y2R 41.696 b.336 -tt.481 12.545 8.925 7.734 t.Ll? 73.dY9 5.u39 1h1.433 0. 362 I. ROO 41.696 1.460 -84.904 11.qto 8.483 7.73' t.216 73.301 4.994 171.293 0.961 5.997 41.695 -3.355 25r.367 12.1 c2 8.590 7.13! 6.274 73.9v1 '+:I19 18 >.1>3 7.962 n.wc 41.693 -n.114 242.913 12.523 9.215 1.73 1 6.214 14. lbf. 4.957 1'25.rlj 0.0h3 0.950 41.691 -12.820 225.631 14.282 10.284 7.73' t.?76 14.'+2/ 4.126 202.1'73 I?."264 0.90R 41.t87 -17.479 ilcI.59C 16. 19 11.704

7.13-4 f .777 12. 13,. 4.836 114.432 1.968 2.409 41.t77 26.443 -i2.12@ 20.i34 15.155 7.72 5.731 14. bl'l 4.dbLi 124.292 n. 966 i! .?9h 41.t8O 21.306 -30.893 17.648 13.080 1.774 f.241 74.231. 4. d132 134. 152 !?.Ob4 2.17P 41.683 16.237 -41.332 15.521 11.291 7.72, t. >jQ 73.913 4. 403 14r. -11) 7.162 7.956 41.t85 11.234 -52.845 13.767 9.873 7.71'7 6. z22 13. 72') 4.411 IS>.H72 7.761 1.93P 41.tab h.298 -tr.593 12.529 8.912 7.71- f .?lh Ij.h:T. 4.421 16<. TI2 r.qhl 1.802 41.t86 1.425 -85.023 11.949 8.475 7.717 f.213 73.63" 4.Y13 174.392 0.q61 3.996 4l.t86 -3.388 25cI.24P 12.156 8.585 7.717 6.717 13.73- 4.4Ju IH$.457 2.361 0.9A7 41.t84 -H.145 242.8C4 12:722 9.214 7. 71 I 6.212 73. -2i 7 4.077 19 I. 312 0.962 0.95Q 41.681 -12.851 229.533 14.284 10.285 7.711 (,./I4 74.107 4.647 201.172 O. Oh4 ?.YO8 41.t7R -17.511 21H.504 16. i25 11.708

i:vz VI'.t 7 ALPHA] VEL2 rFT4 EC CF RMIn VELlALPHAl f PHIl VIRFl OV1

CL w w P *LJ FCATF T I IVF CV SUM cv2 VINF2 PHI2 ALPHA7 VEL2 UCTA ECCE RH10 VELlALPHAl PHIl VlNFl DV1 I . 5693 5710.3 73.Yr( 7. e2e 6.633 39.411 76.629 5.261109.220 0.973 2.429 41.72928.670 -18.870 21.157 16.152 183 57S0.0 21.18 7.022 6.613 38.944 76.092 5.298119.neo 0.971 2.321 41.73323.470 -27.113 18.673 13.963 5-iC0.q 19.65 7.ele 6.597 3R.559 75.668 5.324 1211.940 0.969 2.207 41.73618.341 -36.85.e 16.414 12.034 58511.tP 18.26 7.815 6.505 38.270 15.350 5.344 13U.fl00 0.968 2.088 41.73913.784 -48.529 14.4E2 10.445 58 ID. 3 17.LcJ 7.812 6.516 38.078 75.134 5.356 146.660 0.967 1.965 41.7408.298 -62.420 13.012 9.283 5823.0 1b.44 7.ell 6.570 37.986 75.013 5.361 15d.520 0.966 1.840 41.7413.382 I -7e.308 12.150 8.626 58 $0. n 16.33 1.PlC 6.566 37.990 74.984 5.358 16H. 380 0.966 0.999 41. 740 -1.470 264.883 12. CG4 8.5 16 51r4n.0 lb.75 7 .R05 6.563 38.097 75.038 5.346 176.240 0.966 fl.988 41.739-6.257 24E.787 12.512 8.945 59:o.n 17.66 7.8oe 6.562 3n.302 1>.173 5.327 18h.100 0.967 0.963 41.736-10.986 234.623 13.738 9.851 5nco.n 18.Y5 7.ROF 6.561 3R.601 75.386 5.299 197.960 0.968 0.926 41.133-15.662 222.741 15.341 11.143

5727 5810.0 22.53 7.Rll 6.573 39.436 76.118 5.229 115.662 0.971 2.364 41.124 25.334 4 -23.979 19.540 14.720 15C 5820.0 211.50 7.807 6.556 39.016 75.650 5.251 125.522 0.969 2.251 41.728 20.184 S -23.126 17.192 12.690 5830.0 lb.77 c 7.803 6.542 38.699 + 15.292 5.279 135.382 0.967 2.134 41.730 15.105 -44.047 15.129 10.969 58'10.0 17.44 7.P01 6.532 30.462 72.03R 5.295 145.242 0.966 2.012 41.732 10.097 4 -51.116 13.415 9.644 58'>0.0 16.b0 7.799 6.525 317. 333 74.882 5.302 155.102 0.965 1.887 41.733 5.158 -72.354 12.376 8.796 58t0.0 16.L8 7.797 6.520 38.305 74.818 5.302 164.962 0.965 1.760 41.733 0.286 -89.002 11.964 8.486 58 10.0 16.52 7.797 6.51~ 38.372 74.844 5.294 174.822 0.965 0.994 41.732 -4.524 254.455 12.2El 8.724 5rro.n 17.26 * 7.796 6.516 38.543 7'1.951 5.277 184.682 0.966 0.974 41.730 -9.272 239.500 13.248 9.466 5890.3 lU.42 7.796 6.515 3R.809 75.137 5.252 194.542 0.967 0.941 41.727 -13.967 226.796 14.711 10.629 5Y.,0.0 19.Y2 7.796 h. '115 39.167 75.402 5.219 204.402 0.968 0.896 41.723 -10.612 216.269 16.516 12.119 . 4 5777 5860.0 72.4d 7.793 6.506 39.924 15.882 5.145 115.962 0.978 2.367 41.713 25.279 -24.048 19.5C6 14.690 IC0 58 70.3 2u.45 7.7RS 6.4eH 39.503 75.409 5.173 125.822 0.968 2.254 41.717 20.136 -33.198 17.162 12.665 5edn.n ld.13 7.785 6.474 39.176 + 75.048 5.195 135.682 0.966 2.137 41.720 15.063 -44.125 15.1C4 10.949 58sO.O 17.41 7.78i 6.464 30.946 74.792 5.210 145.542 0.965 2.015 41.722 10.060 -51.202 13.455 9.628 59T0.0 16.57 I 7.78C 6.427 3H.817 74.634 5.217 155.402 0.964 1.889 41.723 5.126 * -72.448 12.361 8.785 5110.3 lu.Lfs 7.775 6.452 3~.790 14.570 5.217 165.262 0.964 1.762 41.722 0.257 -85.101 11.553 8.478 5920. 0 16.50 7.77c 6.449 38.864 74.594 5.208 175.122 0.964 0.994 41.121 -4.548 254.363 12.214 8.719 5930.0 17.L4 7.77@ 6.449 39.031 74.705 5.192 184.982 0.965 0.973 41.119 -9.297 4 235.411 13.244 9.463 5940.0 18.41 7.77E 6.447 39.299 74.894 5.168 194.842 0.966 0.941 41.716 -13.991 i26.7L6 14.710 10.629 5~~0.014.90 7.77E h. 448 39.660 I 75.162 5.135 704.702 0.967 0.896 41.112 -18.637 216.196 16.518 12.121 I 5827 5910.0 72.44 7.176 6.440 40.415 + 75.641 5.061 116.261 0.969 2.371 41.103 25.224 -24.115 19.412 14.660 50 5970.0 70.41 7.771 6.421 39.997 75.163 5.089 126.121 0.961 2.257 41.707 20.087 -33.273 17.133 12.640 59 ?o. n lU.73 7.767 6.407 39.664 74.799 5.111 135.981 0.965 2.139 41.709 15.020 4 -44.207 15.080 10.929 5940.0 17.38 7.765 6.397 39.433 74.541 5.127 145.R41 0.964 2.017 41.711 10.023 4 -51.2S3 13.435 9.612 5950.0 1b.54 c 7.76? 6.3YO 39.304 74.382 5.134 155.701 0.964 1.891 41.712 5.092 -72.545 12.346 8.773 5Sb0.@ 16.23 i .762 6.385 39.277 14.317 5.134 165.561 0.963 1.763 41-712 0.227 -E9.201 11.943 8.470 5970.0 16.40 7.761 6.382 39.351 74.342 5.125 175.421 0.963 0.994 41.711 -4.576 254.260 12.268 8.114 59:!0.0 ll.LZ 7.76C 6.3dO 39.526 74.457 5.108 185.281 0.964 0.973 41.709 -9.322 2Z9.320 13.241 9.46 1 5950.0 lM.39 7.76C 6. 3110 39.790 74.643 5.083 195.141 0.965 0.940 41.106 -14.016 226.635 14.710 10.629 bOCO.O 19.88 7.761 6.382 40.156 74.918 5.052705.001 0.966 0.896 41.702 -18.664 216.12C 16.521 12.123

5877 5960.0 72.39 7.759 6. 375 40.907 75.395 4.979 116.560 0.969 2.374 41.693 25.167 -24.192 19.437 14.630 0 5970.0 70.37 7.754 6.356 40.483 74.914 5.007 126.420 0.966 2. 260 41.t97 20.037 -23.351 17.1C3 12.615 5980.0 18-66 7.75c 6.342 40.154 t 74.546 5.029 13b.280 0.965 2.142 41.h99 14.976 4 -44.293 15.55 10.908 5990.0 17.34 7.74e 6.332 39.922 74.285 5.045 146.140 0.963 2.019 41.101 9.983 4 -57.39C 13.414 9.596 bOCO.0 16-51 + 7.746 6.325 39.793 74.126 5.052 156.000 0.963 1.893 41.7025.057 -72.655 12. ??O 8.762 6010.0 16.21 7.745 6.320 39.766 74.061 5.052 165. Rh0 0 -962 1.765 41.702 0.195 -E9.311 11.933 8.463 6020.0 16.4'1 7.744 6.317 39.842 14.086 5.044 175.720 0.962 0.993 41.761 -4.606 254.152 12.262 8.710 60 30. o 17.20 7.744 6.316 49.018 74.198 5.027 185.580 0.963 0.973 41.699-9.351 4 235.221 13.240 9.460 6040.0 ld.37 7.744 6.316 40,292 74.397 5.002 195.440 0.964 0.940 41.696 -14.044 226.546 14.712 10.630 60 jO.0 19.b7 7.744 6.317 40.659 I 74.669 4.969 205.300 0.965 0.895 41.692-18.692 4 216.044 16.525 12.126

ECATE TlIMF CV SUM cv2 VINFZ PHI2 ALPHA2 VEL2 BETA ECCE RH1 0 ALPHAlVELl 4 PHIl VIhFl DV1 TABLE XIV. - Continued. TABULARDATA FOR TRAJECTORIES FROM 1.1 EARTHRADII CIRCULAR

PARKING ORBIT TO 1.1 NEPTUNE RADII CIRCULAR PARKING ORBIT

ECATE TTIME cv SUP cv 2 VIYF2 PHI2 ALPHA2 BETAVEL2 ECCE RMI 0 VELlALPHAl PHIl VINFl DV1

4 592 7 6010.0 22.34 7.743 6.312 41.432 75.145 4.898 116.859 0.968 2.317 41.t64 25.109 -24.265 19.403 14.600 317 6020.0 20.33 7.73e 6.293 40.977 74.659 4.927 126.719 0.966 2.263 41.667 19.986 -?3.433 17.073 12.569 6030.0 18.62 7.734 6.279 40.646 74.2bh 4.349 136.579 0.964 2.144 41.t90 14.930 -14.363 15.029 10.868 6040.0 17.31 4 7.131 6. 268 40.414 14.026 4.964 146.439 0.962 2.021 41.t92 9.943 -57.451 13.354 9.580 6070.0 16.48 7.73C 6.261 40.294 73.865 4.972 156.299 0.962 1.895 41.t93 5.021 -72.766 12.315 6.750 6060.0 16-18 7.72f! 6.236 40.75H 73.500 4.972 166.159 n.961 1.766 41.693 0.162 -69.433 11.923 8.456 6070. n 16.43 7.72e 6.253 40.335 73.826 4.963 116.019 0.962 0.993 41.691 -4.637 254.039 12.257 8.706 60eO.O 17.19 7.727 6.252 40.513 + 73.940 4.946 185,879 0.962 0.973 41.669 -Y.381 235.118 13.239 9.459 6OSO.O 18.36 7.727 6.253 40.789 4 74.137 4.721 194.739 0.963 0.940 41.687 -14.074 226.454 14.714 10.632 6110.0 19.nh 7.12P 6.255 41.159 74.415 4.889205.599 0.965 0.895 41.663 -18.722 . 215.902 16.530 12.131 5977 60t0.0 22.30 7.727 6.250 41.838 74.891 4.819 117.1513 0.961 2.380 41.t75 25.049 -24.34E 19.368 14.569 267 60 70.0 20.29 7.722 t.231 41.472 14.400 4.847 127.018 0 -965 2.266 41.678 19.933 -33.518 17.043 12.564 6IwO. 0 10.59 7.71f 6.217 41.140 4 74.026 4.870 136.878 0.963 2.147 41.660 14.663 -44.471 15.flo4 10.867 60 10. r) 17.2U 7.71c 6.206 40.907 7 j.761 4.885 146.138 0.962 2.024 41.662 9.900 -57.596 13.314 9.564 6 IC0.O 16.45 7.714 t. 199 40.778 13.600 4.893 156.5% 0.961 1.1397 41.663 4.962 -72.883 12.300 6.739 6110.0 16-16 4 7.712 6.194 40.752 73.535 4.893 166.458 0.960 1.768 41.663 0.127 -tS.557 11.q13 8.448 6120.0 16.41 7.112 6.191 40.n30 + 73.562 4.884 176.31B 0.961 0.993 41.682 -4.670 253.92C 12.253 8.703

61?0.0 17.17 7.711 6.190 41.010 + 73.677 4.867 18L.17M 0.961 0.973 41.t60-9.413 2?9.01C 13.229~~ 9.459 6140.0 113.35 7.712 6.191 41.258 73.877 4.843 196.038 0.962 0.939 41.677-14.106 226.359 14.717 10.634 6170.0 19.85 7.717 6.1Y4 41.661 + 74.160 4.810205. t79n 9.964 0.895 41.t74-18.755 . 215.877 16.536 12.136 6C27 61m.n 22.25 7.711 6.190 42.396 74.631 4.741 117.457 0.966 2.383 41.66624.989 -24.425 19.332 14.538 217 6120.0 20.L4 7. 7ot t.170 41.969 74.137 4.769 127.317 0.964 2.269 41.t69 19.879 @ -33.606 17..)12 12.538 6130.0 1H.5S 7 .lo> t.156 41.636 13.759 4.792 131.177 0.962 2.149 41.t71 14.835 -44.575 14.978 10.646 6140.0 17.15 7.7oc 6.145 41.403 73.433 4.807147.037 0.961 2.026 41.t73 9.857 -51.707 13.353 9.540 6150.0 16.43 7.69t! 6.138 41.273 73.335 4.815 156.997 '3.960 1.899 41.t74 4.943 -i3.006 12.266 6.728 tlb0.C 16.14 7.697 E. 131 41.248 73.265 4.815 166.751 0.960 1.769 41.671 0.090 [email protected] ll.9C4 6.442 t1to.n 16.90 7.696 6-13') 41.327 73.2Y3 4.807 176.617 0.960 0.993 41.673 -4.705 s 253.797 12.249 8.100 61:lO.O 17.16 7.696 6. 130 41.509 73.410 4. 795 186.477 0.960 0.973 41.671-9.446 23n.89e 13.239 9.459 61w.n IH.33 7.497 6.131 41.790 73.613 4.765 196.337 0.962 0.939 41.t68 -14.139 226.259 14.722 10.636 67;O.O 13.b4 7 -697 6.134 47.166 73.900 4.732 200.197 0.963 n. 894 41.665 -18.769 . 215.789 16.543 12.142 6077 6160.0 2L.2? 7.69t 6.151 42.896 14.368 4.664 117.151 0.966 2.385 41.65724.928 -24.513 19.257 14.507 167 6170.0 2J.Z0 7.692 6.111 42.46~ 73.868 4.693 121.617 0.963 2.272 41.660 19.824 -33.691 16.981 12.512 t 1 >to. n lU.>l 7.68p 6.C96 42.134 73.4drl 4.715 137.477 0.961 2.152 41.t63 14.786 -44.677 14.552 10.625 6140.7 17.22 7.685 6.085 41.901 73.219 4.731 147.336 0.960 2.028 41.664 3.812 -57.822 13.333 9.532 62"O.P 10.40 + 7.685 6. o7n 41.771 73.055 4.739 157.197 0.959 1.900 41.665 4.902 -73.134 12.271 6.716 6217.0 16.12 7.682 6.071 41.747 t rz.990 4.739 167.057 0.959 1.771 41.665 0.052 -e5.616 11.855 8.435 62:O.O 1o.3n 7.681 6.071 41.827 73.011 4.730 17h.917 0.959 0.993 41.664 -4.741 253.668 12.246 8.696 62 !O.n 17.14 7 .6R1 6.071 42.015 73.138 4.713 186.776 0.960 0.972 41.662 -9.481 I 238.781 13.241 9.460 6?40.O lL.32 + 7.682 6.072 42.293 13.344 4.688 196.637 0.361 0.939 41.660 -14.174 226.151 14.727 10.642 6750.0 19.(13 7.683 t.076 47.67) 73.636 4.656 206.497 0.962 O.fl94 41.656 -18.024 515.698 16.551 1-

6127 6213.0 ?1.16 7.687 6.?13 43.399 74.099 4.589 lld.056 0.965 2.389 41.649 24.865 -i4.599 19.261 14.475 117 6220. 0 20.16 9 7.677 6.053 47.750 13.595 4.617127.916 n. 962 2.274 41.652 19.768 -33.791 16.950 12 -465 t2?3.0 ld.4M 7.67? 6.038 42.634 73.211 4.64b137.176 0.961 2.154 41.654 14.735 -L4.782 14.926 10.604 6240.P 11.1) 7.671 t.CL7 4?.43,l 72.941 4.656 147.636 0.959 2.030 41.656 9.766 -51.942 13.3 12 9.516 62 ~3.0 lo.3r 9 7.66s 6.'J20 42.271 72.776 4.664157.496 0.9513 1.902 41.6574.859 -73.266 12.256 6.705 62t0.0 16.1'1 + 7.t6t: b.ul5 4?.247 72.711 4.663167.356 0.958 1.772 41.657 0.012 -85.955 11.887 8.429 62 70.0 16.35 9 7.tbl t.011 42.328 72 .74 1 4.655 177.216 0.958 0.993 41.656 -4.778 * 253.535 12.243 8.696 62;10.C 11.13 7.661 6.013 42.513 8 72.~67 4.638 181.076 0.959 0.912 41.654 -9.518 23P.661 13.743 9.462 62 ?n.O 10.31 7.66t 6.615 42.799 73.071 4.613 196.936 0.960 0.938 41.651 -14.210 226.051 14.732 10.646 Y 63 IO. 0 19.62 t 7.665 6.019 43.131 13. 367 4.581206.196 0.962 0.893 41.t48 -1h.862 215.6C5 16.560 12.156 Ulw ECPTE TTIME cv SL" * ov 2 VINF2 PHI? ALPHA? VEL2 BETA ECCE RMIO VELlALPHAl PHIl VINFl DV1 CV i I '.F7 PPI2 ALPHA2 VEL2 BET4 FCC.€ RMI 0 VFLl ALPHAl 4 PHIl VINFl DV 1

72.11 + 7.tbP 011 43.901 73.825 4.514 110.355 0.964 2.392 41.640 24.802 -24.68e 19.225 14.444 IC. 12 7.h63 937 43.471 15.317 4.543 128.215 0. 962 2.277 41.644 19.710 -33.888 16.719 12.459 ld.44 7.c5s 981 43.136 * 12.930 4.5bb 13H.075 0.960 7.156 41.646 14.683 -44.892 14.9CO 10.783 1/.16 7.657 110 42.902 72.657 4.582 147.935 0.756 2.031 41.648 9.718 -SE.Obt 13.252 9.500 16.35 7.555 963 42.173 72.492 4.593 157.795 G. 958 1.903 41.649 4.816 -73.404 12.241 8.694 !b.Os$ 7.h54 5.9)H 47.750 t 12.427 4.589 167.h55 0.957 1 .ooo 41.649 -L'.O2q 2tS.898 ll.8i9 8.423 16.3=1 w 7.653 5.156 47.837 7f.45~ 4.581 171.515 3.957 0.993 41.t48 -4.818 253.397 12.241 8.694 17.12 * 1.65? 5.926 43.019 + 72.581 4.564 187.375 0.958 0.972 41.646 -9.556 2?Q.536 13.245 9.464 16.31 1.h54 G.759 43.307 72.793 4.539 191.735 c.959 0.938 41.643 -14.248 225.942 14.139 10.652 14.d: 7.557 5.q63 43.692 73.093 4.501 707.0Y5 0.961 0.893 41.640 -1H.901 215.505 16.570 12.164

22.01 * 7.653 5.9b7 44.406 7 3.546 4.441 118.654 0.964 2.395 41.633 24.737 -24.779 19.188 14.412 70.0.1 7.6sr 5.942 43.975 73.034 4.470 176.514 0.961 2.279 41.636 19.652 -?3.9E8 16.887 12.432 16.41 7.646 5.926 43.640 7 2.644 4.493 138.374 0.959 2.158 41.638 14.629 4 -45.005 14.874 10.761 17.13 * 1.64? 5.9 15 43.406, 72.369 4.509 148.234 fl.958 2.033 41.640 9.670 -58.195 13.271 9.484 1u.32 7.641 5.907 43.277 72.203 4.517 15ti.094 0.957 1.90 5 41.641 4.770 -73.547 12.227 8.684 !h.b6 7.64C 5.9U3 43.254 72.138 4.517 167.954 11.956 1.000 41.641 -0,071 t 269.751 11.871 8.417 16.33 7.h4C 5.901 43.338 72.17Q 4.508 177.814 0.951 0.993 41.640 -4.858 253.254 12.239 8.693 11.11 7.64C 5.')01 43.521 t 72.295 4.491 181.614 0.957 0.972 41.638 -9.595 238.408 13.749 9.461 1~1.312 7.64C 5.904 43.817 72.510 4.467 197.534 0.959 0.938 41.h35 -14.288 2i5.83C 14.747 10.658 19.02 + 7.64 i 5.909 44.205 72.~14 4.434 701.394 0.960 0. fl92 41.632 -18.941 . 215.411 16.5E1 12.174 24.24 7-64? 5.935 45.432 73.910 4.335 109.093 0.966 2.508 41.621 29.814 -17.04C 21.644 16.588 22.02 7.641 5. 9u9 44.912 13.262 4.373 118.953 0.963 2.398 41.625 74.672 -24.872 19.152 14.380 ?O.U4 + 7.t3t 5.8M8 44.4'81 72.745 4.399 128. R13 0.960 2.282 41.628 11.592 -34.091 16.856 12.405 lt2.31 4 7.63? 5.872 44.145 72.357 4.422 13U.673 0.958 2.160 +!st30 14.575 4 -45.121 14.847 10.139 11.11 7.03c 5. 860 43.911 12.076 4.437 148.533 0.957 2.035 41.632 9.620 -58.32E 13.250 9.468 16.3C + 7. h2e 5.823 43.182 11.909 4.445 156.393 0.956 1. 906 41.633 4.724 -73.695 12.213 8.673 16.04 + 7.627 5.848 43.761 7 1 .'.I 4 1. 4.445168.253 0.956 1.000 41.t33 -0.115 265.597 11.863 8.411 16.32 7.621 5.P46 43.846 71.c: 4.437 178.113 0.356 0.993 41.632 -4.900 753.1C7 12.238 8.692 17.1? 7.627 5.R47 44.036 12.004 4.420 181.973 0.957 0.971 41.630 "4.636 * 228.216 13.253 9.470 1b.29 7.627 5.850 44.329 72.223 4.395197.~33 0.958 0.937 41.t28 -14.329 225.714 14.155 10.665 a ?4.19 7.635 5.883 45.940 73.626 4.204 10.9.392 0.966 2.512 41.61429.741 -17.125 21.602 16.551 7I.YH 7.625 5.856 45.420 12.972 4.299 119.252 0.962 2.401 41.61824.606 -24.968 19.115 14.340 ?ii.ClO 7.624 5.835 44.98R 72.451 4.328 129.112 0.960 2.284 41.62119.532 -?4.197 16. fl 24 12.378 1M.34 7.h2C 5.819 44.652 72.055 4.351 13H.972 0.958 2.162 41.t2314.520 -45.241 14.820 10.118 17.07 -7 -617 5.857 44.418 71.777 4.367 14H.832 0.956 2.037 41.t~ 9.568 -58.465 13.229 9.452 10.28 7.615 5.800 44.290 I 71.609 4.315 158.692 0.955 1.908 41.6264.676 -73.048 12.198 8.662 16.02 7.614 5.795 44.269 71.545 4.375 168.552 0.955 1.000 41.626-0.160 269.434 11.856 0.406 16.31 7.614 5.794 44.356 71.579 4.366 176.412 0.955 0.992 41.625 -4.944 t 252.955 12.237 0.691 17.09 7.614 5.795 44.548 71.709 4.349 188.212 0.956 0.971 41.623-9.679 238.14C 13.758 9.474 1a.z') 7.615 5.798 44.843 . 11.930 4.324 198.132 0.957 0.937 41.620 -14.372 .t 225.596 14.764 10.672 ECATE TTIME cv SLC cv 2 VINF2 PHI2 ALPHA2 bETAVEL2 ECCE RHID VEL1ALPHAl PHIl VIhF1 ov 1 TABLE XIV - Continued. TABULAR DATAFOR TRAJECTORIES FROM 1.1 EARTH RADII CIRCULAR

PARKING ORBIT TO 1.1 NEPTUNE RADII CTRCULAR PARKING ORBIT

ECATE TIIME cv SUM CY2 VlUF2 PHI2 ALPbA7 VEL2 8FTA ECCF RHIO VEL1ALPHAl PHI1 VINFl DV 1 . a 6061 6 140.0 23.02 7.70? 6.159 42.913 14.6bH 4.671 114.C40 0.967 2.426 41.t58 26.A38 -21.480 20.212 15.312 183 6150.0 7c.92 7.69t: 6.137 42.451 t 74.125 4.706 123.900 0.964 2.313 41.t62 ?1.708 -30.112 17.814 13.222 6160.0 19.10 7.694 6.120 42.082 73.703 4.733 133. 760 0.962 2.195 41.t65 16.644 -40.375 15. t66 11.410 6170.0 17.6s 7.691 e. I08 41.813 73.395 4.751 143.t.20 0.961 2.073 41.t67 11.645 4 -52.656 13.S78 9.961 6ldO.0 16.65 7.689 6.130 41.644 7 3.1Y4 4. 762 15 3.4110 9.960 1.941 41.668 6.711 -61.251 12.5S2 8.960 6 190.0 16.16 7.687 6.094 41.580 13.0Y3 4.764 lh3.340 0.959 1.818 41.t68 1.838 s -83.579 11.952 8.477 62CO.0 lb.L3 7.6tlC 6.091 41.622 73.0dR 4.759174.200 0.959 0.997 41.tb8 -3.976 + 255.647 12.3 27 8.541 62 10.0 16.81 7.6Ot. 6.CYO 41.167 75.174 4.745 1R3.060 0.960 1.982 41.tb6 -7.735 244.036 12.810 9.127 6220.3 17.115 t 7.68t 6.091 42.013 13.747 4. 723 19~.923 0.961 0.95 3 41.t64 -12.445 230.559 14.133 10.164 62 30.0 19.25 7.607 6.093 42.357 75.6Gb 4.693 ?02.780 0.962 0.912 41.t63 -17.110 21'2.335 15.e48 11.561 t 6094 6170.0 23.bl 7.696 6.129 43.441 74.713 4.613 119.622 0.961 2.468 41.651 28.693 4 -18.695 21.111 16.111 150 61dO.O 21.63 I 7.6'1C 6.105 47.947 74.130 4.646 12q.432 0.965 2.357 41.655 23.543 -26.835 18.647 13.940 61JO.Q 13.71 7.685 6.0n7 4?.543 73.6hl 4.673 131.442 0.962 2.741 41.658 18.459 -36.457 16.359 12.021 6ECO.O 1d.11 7.682 6.773 42.235 73.310 4. 694140.202 0.961 2.120 41.660 13.440 -47.9tR 14.467 10.432 62 10.0 16.94 t 7.67': 6.C63 47.029 73.061 4.70H 15r1.\>62 0.959 1.995 41.662 8.485 -C1.741 12.9.2 9.261 6220.0 1b.Lb 7.t7P 6.C3b 41.927 72.932 4.113159.322 0.959 1.867 41.662 3.592 4 -17.531 12.0S6 8.585 6230.0 16.13 7.677 6.052 41.931 72.8~7 4.711 169.782 0.959 1.ooo 41.t62 -1.241 4 ?65.656 11.917 8.451 6240.0 lb.55 + 7.67~ 6.055 42.03q 72.947 4.700 17'1.t42 0.959 0.989 41.t61 -6.019 245.463 12.453 8.854 6250.0 11.41 7.67t 6.051 42.250 75.C9Q 4.6dl 1fl,?.'JOL 0.960 0.965 41.t59 -1'7.746 235.158 13.556 9.738 62(20.0 1H.69 7.677 6.0>3 47.5611 73.310 4.654 194. 362 0.961 0.928 41.t56 -15.427 223.14? 15.187 11.016 4 6144 6220.0 23.76 I 7.682 6.072 43.944 14.456 4.538 11 '.?22 '3.067 2.471 41.t43 28.625 * -1t.77E 2l.Oi2 16.016 1cc 62 30.13 ?1.29 7.676 6.044 43.44q 13.85rl 4.571121.7U2 9.964 2.360 41.t47 23.482 "6.924 18.612 13.910 6240.0 19.61 6.Ji9 47.044 t 7 5. 3a5 4.5Vb 13'1. 642 3.962 2.744 41.t50 18.404 1 -36.555 16.369 11.996 ti'O.0 1d.UO 6.015 47.13h 13.032 4.619 1451.552 3.960 2.122 41.t52 13.390 -4t.055 14.443 10.413 b?m.n 16.Yl t .Cd5 42.530 72.7~9 4.633 15.!. 367 0.959 1.997 41.t53 8.439 -61.866 12.9t4 9.246 6210.9 19.24 5.Y98 42.428 12.h51 4.639 16'1. 222 9.958 1.RbR 41.654 3.550 4 -77.675 12.583 8.575 62 30.3 Ib.11 5 * '494 42.433 I2.hl? 4.536 17 ,.302 0.958 0.999 41.654 -1.281 4 265.516 11.910 8.446 6270.0 1.6.52 5.993 4?.542 71.667 4.625173.542 9.95~ 0.989 41.653 -6.057 2'5.331 12.451 8.853 b3CO.O 17.4'1 5.993 47.755 * 12.813 4.601 lHd.HQ3; 0.959 0. 964 41.651 -19.783 235.040 13.559 9.741 63 IO. 3 ln.68 5. >96 47.uhtl I 13.C46 4.583 19't.oh2 0.960 9.927 41.648 -15.464 . i23.04C 15.194 11.022 6194 h? 70.3 ?3.11 7.tb: 6.G17 44.44'3 t 74.185 4.464111.721 3.966 2.415 41.t35 2P.556 -18.864 21.C32 16.041 5C 62,O.Q 21.34 7.tb; 5.997 43.953 73.5k1 4.497121.I)dl 7.9613 2.363 41.t39 25.420 4 -27.015 18.577 13.880 62 ril. 5 1'4.63 7.t57 5..7/3 43.547 13.154 4.525 13 .V41 0.961 7.74b 41.t42 16.347 4 -36.656 16.339 11.971 63.0.0 I8.L.l e 7. h54 5. 43 3 43.7311 12.748 4.545 14d.HU1 0.959 7.174 41.t44 13.339 -Lt..213 14.418 10.393 6 3 IO. (! 1b.b:j 7.651 5.449 47.n32 72.504 4.559 15il.hbl 3. 958 1.998 41.645 11.392 -t1.99t 12.545 9.231 63 10.0 lO./l 7 .h5! 5. q*2 42.931 12.365 4. 563 lb.,.521 3.357 1.969 41.646 3.506 -71.817 12.3 io 8.565 6350.0 16.U4 * 7.645 5.95u 41.436 71.727 4.563 17'.3dl 0.157 n. 99'3 41.646 -1.322 265.371 11.9C3 8.441 651O.O 1b.511 1.L46 5.cl37 43.047 12.363 4-55: lR~~.?41 0.757 0.9Rq 41.645 -h.096 245.194 12.451 8.853 63.,0.n 11.34 7.64C. 5.738 43.26? t 12.531 4.533 19u. 101 0.Q5H 0.964 41.t42-15.821 234.91e 13.6C3 9.744 631;0.r, 10.611 7.645 5.941 43.577 72.76 7 4.536 194.961 3.96cI ,I. 92 7 41.640-15.503 222.134 15.2C1 11.028 t 6244 b3i0.n 23.b6 7.655 5.962 44.95; t /3.93tl 4.3J? 111.520 1.966 ? .479 41.t2720.481 1 -1P.951 20.552 16.005 C 6330.0 ?1.5'J 7.641 5.l37 44.459 73.209 4.425 121. 38!1 0.963 2.366 41.03123.357 -27.1C5 18.542 13.849 6340.P lG.59 7.644 5.Sl8 44.051 IL.8lH 4.452 131.740 0.qb.l 2.?4R 41.t341tl.290 -1-6.160 16.3C9 11.945 6 3 10.(1 1<.u1 7 .h4C 5.5u4 43.747 72.459 4.473 141.1'31, 0.156 7.126 41.636 13.286 -4b.332 14.353 10.372 tjm.2 lb.oc> 7 .63r 5.8Y3 43.536 7L.713 4.4117 15'l.?hU 0.957 2.000 41.t37 n.344 -c2.131 12.Y26 9.216 63 10.0 16.19 7.t3C 5.Qd7 43.436 72.C7" 4.433 163.12;~ 0.956 l.Hl1 41.t38 3.462 t -75.965 12.0L.7 8 -5 56 03:o.I- lb.U7 7.635 5.P83 43.442 72.036 4.49k 17..bHJ 0.756 n.qw 41.63A -1.364 2t5.221 ll.dS7 8.437 63 ;n.p 16.43 4 7.~3' 5.'4H? 43.554 12.QY4 4.46.' Id\ .54v 0.951 0.988 41.637 -6.137 4 245.053 12.451 8.853 64..0.C !I.Jd 7.63' ?.ne3 43.771 72.244 4.461 19.1.400 3.958 0.964 41.t35 -13.861 4 ~34.793 13.608 9.748 64 10.0 1t3.67 7.63t 5. a66 44.069 I2.4d4 4.434 20 1.160 0.959 0.927 41.632 -15.543 Li1.824 15.210 11.~36 Y t t i I'V 7 -3w ECATE TIlMF OV SIJN VILt2 PPI2 ALPHA? VEL2 titT4 ECCE RMIO VFLlALPHAl 1 PHI1 VIhF1 DV1 TV; irI\lk2 PI IZ 9 BLPVA? ECCt rlw~n ALPHA1VELl m PHI1 VINFl DV1 t

I .h41 5. lu9 45.462 73.62b 4.320 111.819 0.965 2.4R1 41.t2O 2H.416 a -15.04C 20.552 15.969 7.636 ?."c4 44.4h'+ 73.~12 4.353 121.579 0.q6; 2.368 41.623 23.293 -27.200 18.5C6 13.818 7.631 i.864 44.554 t 12.527 4.381 l3i.537 D.46" 2.251 41.t26 18.231 -36.868 16.278 11.920 I .h2 I 5.8511 44.24ti 12. 165 4.40L 141. 397 3.958 2.128 41.t28 13.233 -40.454 14.368 10.352 7.bZ' i.>I34 44.:142 71.'31fl 4.416 151.259 0.'256 7.007 41.630 8.295 -02.27C 12.9C7 9.202 7.h). ?.e33 43.947 il.719 4.411 161.114 r1.956 1.872 41.t30 3.415 -7t.117 12.545 8.546 7. "2: 5.n21 43.94) 11.741 4.413 11 .,I14 fl.456 0.999 41.630 -1.408 2t5.066 11.852 8.432 I.&.,?< 5.tJ2tI 44.1763 I Il.tJiJi- 4.4LitS lB:.HjJ 0.756 0.980 41.629 -6.179 24e.9CE 12.451 n. 853 7.622 5.H5'1 44.>>'7 * 11.952 4.389 19' .h34 3.157 0.963 41.t27 -1U.903 234.664 13.614 9.753 7 .h2. 5.H33 44.61) Ir. 1Y5 4.302 20 I. 529 1.9511 0.926 41.624 -15.585 . 1i2.712 15.220 11.043 7.62. c.t$5R 47.97,) * 73.330 4.?50 11,'.111 0.964 2.484 41.t132d.345 -15.131 20.912 15.933 1.62 2 5.452 45.473 72.719 4.283 121.'37H D.?6l 2.371 41.616 23.228 -27.304 18.471 13.788 7.61'. 5..412 45.1145 * 72.231 4.311 131.83U 0.151 2.253 41.61918.172 -36.97e 16.748 11.894 7.61'. 5.797 44.756 11.866 4.332 141.69~ 7.157 2.13') 41.62113.178 -4d.5~0 14.342 10.332 7.61; 5.767 44.55~) I 11.61 I 4.346 151.55tr 0.356 2.003 41.622 e.244 -t2.413 12.887 9.187 7.611 5. IRO 44.421 11.477 4.351 161.41H 3.q55 1.473 41.623 3.368 -7e.274 12.C32 8.537 T.$lr '5.715 44.459 11.44n 4.34') 171.278 q. q55 r1.099 41.623 -1.453 it4.906 11.Ae6 8.428 7.51C 5.776 44.574 II.5JO 4.338 181.13d 0.455 r1.98S 41.622 -b.223 2Lt.75e 12.452 8.854 7.61C 5.777 44.7115 f 71.655 4.319 193.998 0.956 0.963 41.t70 -10.946 234.532 13.620 9.757 7.(>1 I 5.7137 45.117 I 71.901 4.292 20 I. ~5n 9.958 0.926 41.617 -15.628 I 222.597 15.230 11.052 * 7.t17 5.dU7 46.4t1 73.0413 4.ldO 112.411 0.964 2.487 41.606 2e.273 -19.224 20.871 15.897 7.tll 5.101 45.V'll 72.421 4.214 122.277 0.961 2.374 41.609 23.161 -27.405 18.435 13.756 7.COt 5.761 45.575 71.9261 4.242 13?.137 0.958 2.255 41.612 1R.111 4 -37.091 16.217 11.868 7.hU! 5.146 45.163 ll.5hl 4.263 141.497 3.956 2.132 41.t14 13.122 [email protected] 14.317 10.311 7 .:cc 5.755 45.UbL1 71.311 4.?77 151.857 0.955 2.005 41.t15 0.192 -t2.561 12.808 9.172 I.54'. 5.723 44.9t,l 71.170 4.283 lh1.717 1.954 1.~74 41.t16 3.319 -7E.436 12.020 8.528 7.59t 5.725 44.4711 71.134 4.280 171.577 0.954 0.999 41.tl6 -1.499 264.742 ll.de1 8.425 7. ?(I 1 5.724 45.~~7 71.195 4.26V 181.437 0.955 0.988 41.615 -6.268 248.605 12.454 8.855 7.W. 5.726 45.319 71.353 4.25u 191.?97 0.956 0. 963 41.t13 -13.990 234.396 13.627 9.763 7 . 'I S 5 i. 131 4L,.b14 71.603 4.223701.157 0.957 0.925 41.610 -15.673 212.479 15.241 11.061 I 7.tOL 5.757 46.9')~ 72.744 4.112 117.716 0.963 2.489 41.599 28.201 -19.317 20.831 15.861 1.591. 5.751 46.403 72.117 4.146 122.571 0.960 2.376 41.602 23.094 -27.509 18. ?S8 13.725 7.594 5.111 46,.Oi(L, 71.6% 1 4.174 132.437 0.958 7.257 41.605 18.050 -37.2C7 16.185 11.842 7. 591 5.0% 45.776 I 71.251 4.195 142.297 0.V56 2.134 41.607 13.065 -4t.842 14.291 10.291 7.Lld;. 5.b8b 45.571 * lU.994 4.209 157.156 0.954 2.006 41.608 8.139 -62.713 12.849 9.157 7.5RI 5.6lR 45.472 .; IU. 858 4.215 161.017 0.954 1.876 41.t09 3.269 [email protected] 12.308 8.519 7.5et 5.t15 45.443 72.8L2 't.Zl2 171.877 0.954 0.999 41.t09-1.547 264.573 11.877 8.421 7.50L 5.014 45.hll t 73.8b5 4.202 181.737 0.954 0. wn 41.t08 -b.314 248.447 12.456 8.857 7.5nt 5.617 45.h26 I 71.045 4. 183 191 .596 0.955 0.962 41.606 -11.036 234.257 13.634 9.769 7.5n.1 5.6d2 46.153 71.299 4.155 201.456 0.456 0.925 41.603 -15.719 222.359 15.253 11.071 t 7.594 !i.ldfj 47.509 . 72.441 4.045 113.n16 0.963 2.492 41.592 28.126 -19.415 20.789 15.825 7.58? 5.6U3 47.cc5 . 71.8(17 4.079 12?.076 0.960 2.378 41.596 23.027 -27.615 18.362 13 -694 7.583 5.602 46.598 71.307 4.107 13). 736 0.V57 2.259 41.598 17.987 -?7.326 16.154 11.816 7.575 5.647 46.2n? 7u.935 4.12U 14). 596 0.955 2.135 41.600 13.007 -48.979 14.266 10.270 7.571 5.636 4h.083 7d. h8? 4.142 152.456 0.954 7.007 41.602 8.085 -t2.869 12.830 9.143 7.57'. 5.629 45.986 I 7u.540 4.148 162.316 0.953 1.~77 41.602 3.218 -7t.774 11.956 8.510 7.574 5.62b 45.9Y7 70.505 4.146 172.176 0.953 0.999 41.602 -1.596 1 264.399 11.873 8.418 7.574 C.6L5 46.117 IG.570 4. 135 182.036 0.953 0.987 41.601 -6.362 24k.286 12.459 8.859 7.575 5.6211 4h.344 70.732 4.116 191.896 0.954 0.962 41.599 -11.083 234.115 13.643 9.775 7.576 5.634 46.h73 70.989 4.089 201.756 0.Y56 0.924 41.596 -15.766 222.230 15.266 11.081

rvi VIVFZ PHI2 ALPHA2 VtL2 HFTA ECCE RH1 D VELlALPHA1 I PHI1 VINFl DV1 TABLE XIV. - Continued. TABULAR DATA FOR TRAJECTORIES FROM 1.1 EARTH RADII CIRCULAR

PARKING ORBIT TO 1.1 NEPTUNE RADII CIRCULAR PARKING ORBIT

FCATE TTIMC cvi. ECCE RMlD VELl ALPHA1 PHIl VINFl OVl

7.5ej P.962 2.495 41.586 28.052 -151.513 20.748 15.788 7.577 7.959 2.3fl1 41.589 22.958 -27.723 18.325 13.662 7.57; 3.957 2.261 41.592 17.923 -37.448 16.123 11.790 I.56" 3.955 2.137 41.594 12.948 -4S.119 14.240 10.250 I.561. 3.953 7.009 41.595 8.029 -63.030 12.811 9.128 I. sh4 0.052 1.~70 41.!96 3.166 -7e.950 ll.9E4 8.502 7.563 0.952 Q.999 41.596 -1.646 264.221 11.869 8.415 7.56' n.953 0.987 41.595 -6.411 248.12C 12.462 8.861 7.

1.57, n.952 2.498 41.580 27.976 -19.614 20.707 15.751 7.5bC 0.059 2.3H3 41.583 22.889 -;7.831 18.289 13.631 7.jb1 0.956 2.263 41.586 17.859 -37.572 16.'51 11.763 7.557 1.954 2. I39 41.588 12.8R8 -4S.263 14.214 10.229 1.55' 0.153 2.010 41.589 7.973 -63.194 12.791 9.113 7.55 4 a. 952 1.87H 41.590 3.112 -79.13C 11.973 8.493 7.55? 1.452 5.991 41.589 -1.698 264.039 11.H65 8.413 7.55' 0.1352 '1.987 41.588 -b.461 247.951 12.466 8.864 7.551 0.753 0.961 41.586 -11.182 1 i33.821 13.661 9.790 7.c5? 9.955 0.023 41.584 -15.865 . i21.983 15.243 11.104 7.5t, 3.961 2.509 41.574 21.900 -19.716 20.065 15.714 1.5>, U.958 Z.385 41.517 21.818 -21.944 18.252 13.599 7.551 0.055 2.?65 41.5flO 17.793 4 -37.7CC 16.C59 11.737 7.541 3.453 2.140 41.582 12.826 -15.410 14.1E8 10.208 1, 7.544 1.952 2.011 41.583 7.915 -63.363 12.772 9.098 1 7.54.' 3.151 1.019 41.583 3.057 -79.315 11.S62 8.484 7.541 0.051 0.999 41.583 -1.750 263.853 11.862 8.410 7 .i4, 7.952 P. 967 41.582 -6.512 i47.77E 12.470 8.867 7 .'I 4 1 ,>.953 ,l. 96 1 41.580 -11.233 233.669 13.671 9.798 7.54' 1.054 0.923 41.578 -15.917 221.852 l5.3C8 11.116
7.55, 0.961 2.503 41.568 27.823 -39.82C 20. h23 15.676 7.54L 0.056 2.3R6 41.571 22.747 -28.059 18.215 13.566 7.54(' C.955 2.767 41.574 17.727 4 -37.831 16.057 11.710 7.537 n. 953 2.147 41.576 12.764 -49.561 14.161 10.187 7.53s a.92 1 7.012 41.577 7.857 -63.535 12.753 9.084 7.53' 0.051 1.680 41.578 3.001 -79.503 11.950 8.476 7.53< 6.051 0.999 41.577 -1.804 2t3.662 ll.fl59 8.408 7.557 3.151 1.987 41.576 -6.565 247.6C2 12.415 8.871 7.53: 0.~451 7.9hl 41.575 -11.285 233.515 13.he2 9.807 7.53,- 3.954 0.92? 41.372 -15.970 . i;1.719 15.323 11.128 [Vi ECCF RM117 VELlALPtiAl PHIl VINFl DV 1 i:'j i VIYFZ PHI2 ALPHA2 VEL2 BETA ECCE RMID ALPHAlVELl PHIl VINFl DV 1
?2.10 7.605 5.756 46.499 72.431 <.156 118.860 0.962 2.418 41.t03 24.984 -24.317 19.282 14.494 7d.11 7.6CC 5.734 46.057 7 1 .8au 4.186 128.720 0.959 2.301 41.t06 19.915 -33.409 16.978 12.508 1C.42 + 7.596 5.71 7 45.711 71.474 4.210 138.580 0.957 2.179 41.609 14.907 e -'4.28C 14.551 10.824 17.12 7.59' 9.10s 45.461 71.181 4.227 148.440 0.955 2.053 41.t10 9.958 -57.311 13.323 9.525 16.29 * 7.591 5.696 45.329 + 71.coo 4.236 158.300 0.954 1.923 41.611 5.067 -72.531 12.243 8.696 1>.99 + 7.59c 5.692 45.299 13.726 4.236 16e. 160 0.954 1.791 41.611 n.231 -84.190 11.842 8.395 lt,.cj 7.585 5.690 45.177 70.953 4.229 178.020 0.954 0.994 41.610-4.554 I 254.24212.166 8.638 lb.97 I 7.59C 5.692 45.562 71.077 4.213 187.880 0.955 0.973 41.609-9.293 235.24813.140 9.382 ln.14 7.591 5.696 45.052 11.295 4.182 197.'40 0.956 0.940 41.606-13.989 226.5C914.614 10.551 1Y.b4 * 7.592 5.707 46.241 71.607 4.156 207.600 0.950 0.895 41.603-10.650 215.95116.434 12.051 * e 22.oh II 7.6CC 5.133 47.028 72.460 4.098 115.442 0.962 2.461 41.59726.811 -21.40720.153 15 -260 20.78 7 .c74 5.708 46.553 71.865 4.131 175.302 0.959 7.346 41.601 21.724 -29.961 17.773 13.186 18.Y7 + 7.505 5.6b9 46.171 + 71.402 4.157 135.162 0.957 2.225 41.603 16.697 -40.138 15.635 11.385 17.57 * 7.546 5.615 45.889 1 1.064 4.176 145.022 0.955 2.101 41.60511.730 I -52.35813.849 9.939 11>.>2 7.584 5 -665 45.712 70.842 4.188 154.882 0.954 1.972 41.606 6.820 -t6.825 12.555 8.932 1b.02 + 7.582 5.600 45.642 70.729 4.192164.742 0.953 1.R41 41.607 1.966 -83.110 11.898 8.437 16.u7 * 7.582 5.657 45.682 70.720 4.187174.602 0.953 0.997 41.t06 -2.836 e 260.092 11.964 8.486 16.64 * 7.582 5.658 45.829 70.810 4.174184.462 0.954 0.982 41.t05 -7.590 244.4C1 12.719 9.057 11.67 * 7.58? '1.661 46.002 70.996 4.153194.322 0.955 0.954 41.603 -12.301 230.825 14.9?2 10.083 19.u5 7.584 5.667 46.437 I (1.776 4.124204.182 @ .957 0.913 41.600 -16.975 219.516 15.743 11.475 c ;2.dl + 7.586 5.6H5 47.546 + 72.149 4.031 115.742 0.962 2.463 41.591 26.739 -21.505 20.113 15.225 7Ll. 74 + 7.523: 5.660 47.065 71.552 4.064 12S.602 0.959 2.348 41.594 21.657 -30.07C 17.730 13.156 10.44 t 7.57t 5.641 46.683 71.08h 4.091 135.462 0.956 2.227 41.591 16.635 -40.262 15.605 11.361 17.49 * 7.575 5.626 46.401 t 10.745 4.110 145.322 0.955 2.102 41.599 11.672 t -52.5C1 13.825 9.919 16 -45 7.572 5.617 46.225 70.522 4.122 155.182 0.993 1.971 41.600 6.766 -tC.9@8 12.538 8.919 10.00 t 7.571 5.611 46.157 70.409 4.125 165.042 0.95P 1.842 41.600 1.915 -83.285 11.888 8.430 ll,.U'> t 7.51C 5.6Utl 46.197 70.401 4.121 174.902 0.953 0.997 41.600-2.885 259.91511.961 8.484 15.63 7.571 5.609 46.347 10.493 4.108 184.762 0.953 0.982 41.598 -7.638 244.243 12.723 9.061 17.b6 7.571 5.613 46.602 70.681 4.086 194.622 0.955 0.953 41.596 -12.349 230.687 14.041 10.091 lJ.00 * 7-57? 5.619 46.959 70.966 4.057 294.482 0.956 0.912 41.593 -17.023 215.397 15.757 11.486 c 7i. I I 4 7.577 5.638 48.059 71.835 3.966 116.041 0.961 2.466 41.585 26.666 -21.606 20.073 15.190 70.79 8 1.511 5.613 47.579 71 -233 3.999 125.901 0.958 2.350 41.588 21.590 II -30.182 17.7C2 13.126 1n.rc 7.567 5.593 47.197 10.763 4.025 135.761 0.956 2.229 41.590 16.573 -4C.39C 15.575 11.336 17.46 7.564 5.5.19 46.916 10.421 4.045 145.621 0.954 2.104 41.592 11.614 -52.648 13.8C1 9.900 lh.47 7.561 5.569 46.740 70.197 4.056 155.481 0.953 1.915 41.593 6.711 -67.154 12.520 8.906 15.%J :.56C 5.563 46.673 70.084 4.060 165.341 0.952 1.843 41.594 1.863 I -€3.464 11.879 8.423 16.L4 7.555 5.561 46.714 lU.077 4.055 175.201 0.952 0.997 41.593 -2.935 259.741 11.960 8.483 16-62 4 7.56C 5.562 46.865 c 70.170 4.042 185.061 0.953 0.982 41.592 -7.687 t i44.081 12.728 9.065 17.66 t 7.561 5.566 41.122 70.361 4.021 194.921 0.954 0.953 41.590 -12.398 230.546 14.052 10.100 19.06 7.562 5.573 47.482 76.650 3.992 204.781 0.956 0.912 41.587 -17.072 219.275 15.172 11.498 t c 22.12 7.561 5.592 48.572 71.516 3.902 116.340 0.961 2.469 41.578 26.592 -21.710 20.C33 15.154 7L.66 7.561 5.567 48.094 70.908 3.935 126.200 0.958 2.352 41.582 21.521 -20.297 17.tt7 13.095 ld.87 7.556 5.547 47.713 70.435 3.961 136.060 0.955 2.231 41.584 16.509 -40.520 15.545 11.311 17.43 7.55? 5.532 47.432 70.090 3.980 145.920 0.953 2.105 41.586 11.554 -52.798 13.716 9.881 1b.44 7.551 5.523 47.256 69.865 3.992 155.780 0.952 1.976 41.587 6.655 -67.326 12.5C3 8.893 15.97 * 7.545 5.517 47.190 t 69.752 3.996 165.640 0.952 1.843 41.587 1.809 -83.648 11.869 8.416 lb.03 t 7.545 5.514 47.233 69.746 3.991 175.500 0.952 0.991 41.587 -2.987 259.560 11.958 8.482 16.62 + 7.545 5.516 47.385 b9.841 3.978 185.360 0.952 0.981 41.586 -7.738 243.916 12.734 9.069 11.66 7.55c 5.520 47.644 t 70.036 3.957 195.220 0.953 0.952 41.584 -12.448 230.402 14. 63 10.108 1J.Ub 1.552 5.527 48.006 . 70.328 3.927 205.080 0.955 0.911 41.581 -17.123 219.151 15.787 11.511 tCdTE TTIMF CV SUP OV2 VIVF2 PHI2 ALPHA2 VEL2 BETA ECCE RMID VELl ALPHAl PHIl VINFl DV 1 TABLE XIV. - Continued. TABULAR DATA FOR TRAJECTORIES FROM 1.1 EARTH RADII CIRCULAR
PARKING ORBIT TO 1.1 NEPTUNE RADII CIRCULAR PARKING ORBIT
FCdlF CVZ VINF2 Ptl12 ALPHA2 VEL2 SETA ECCE RMID VELl hLPHA1 PHI1 VINFl DV 1 4 .I 6667 7.556 5.548 49.067 11.lM9 3.838 116.639 0.960 2.471 41.573 26.516 -21.815 19. $92 15.118 317 7.55c 5.521 4M.616 70.573 3.070 126.499 0.951 7.355 41.576 21.452 4 -20.412 17.631 13.065 7.546 5.532 48.229 70. loo 3.898 136.359 0.955 2.233 41.570 16.444 4 -40.653 15.514 11.285 7.543 5.487 47.Y49 69.754 3.917 146.219 0.953 2.107 41.580 11.494 4 -52.952 13.752 9.862 7.54C 5.477 47.774 bY.528 3.929156.079 0.952 1.917 41.581 6.598 -67.5C1 12.486 8.880 7.53cj 5.411 47.758 69.415 3.933 165.939 0.951 1.844 41.581 1.755 4 -E3.836 11.oto 8.409 7.53s 5.469 47.753 69.410 3.928 175.799 0.951 0.997 41.581 -3.040 .I 259.374 11.957 8.481 7.539 5.471 47.907 69.507 3.915 185.659 0.952 0.981 41.580 -7.789 143.147 12.740 9.074 7.54c 5.475 48.168 b9.704 3.893 195.519 0.953 0.952 41.578 -12.500 .I 230.256 14.0i5 10.118 7.542 5.483 48.532 70.000 3.864 205.319 0.955 0.911 41.575 -17.176 4 219.025 15.803 11.524 .I 67 I2 7.546 5.504 49.603 70.857 3.776 116.938 0.960 2.473 41.567 26.441 .I -21.922 19.951 15.082 267 7.54C 5.477 49.132 10.236 3.808 126. 798 0.957 2.357 41.570 21.382 -30.531 17.545 13.034 7.536 5.458 4A.747 69.760 3.H36 136.65t1 0.954 2.735 41.572 16.379 .I -4C.79C 15.484 11.260 7.53? 5.443 48.467 69.411 3.855 146.518 0.952 2.108 41.574 11.432 -53.110 13.728 9.842 7.53C 5.433 48.293 t 69.184 3.667 156.378 0.951 1.978 41.575 6.540 4 -t7.680 12.469 8.866 7.52s 5.427 48.228 61.071 3.871 lhb.238 0.950 1.845 41.576 1.699 -84.029 11.851 8.402 7.525 5.425 4R.214 GY -051 3.866 17b.098 0.951) 0.997 41.575 -3.093 .I 255.185 11.957 8.481 7.525 5.426 48.430 oY.166 3.853 183.958 0.951 0.981 41.574 -1.842 243.575 12.747 9.079 7.53c 5.431 44.693 t 69.366 3.831 195.818 0.952 0.952 41.572 -11.552 230.106 14.087 10.128 7.532 5.449 49.059 b9.666 3.891 205.678 0.954 0.910 41.569 -11.229 218.897 15. A20 11.538 t 67t7 7.537 5.467 50.12n t 70.517 3.715 111.237 0.959 2.476 41.561 26.364 .I -22.031 19.910 15.046 217 1.531 5.435 45.649 bY.892 3.747 127.097 0.956 2.359 41.564 21.311 -?0.653 17.559 13.003 7.526 5.415 49.265 69.412 3.774 136.957 0.Q54 2.236 41.567 16.312 a -4C.925 15.')53 11.235 7.'2? 5.399 4R.9dLi t oY.061 3.794 146.617 0.952 2. 109 41.569 11.370 -53.271 13.7C3 9.823 7.521 '1.3119 48.1113 68.834 3.806 1561.677 0.950 1.97Y 41.570 6.481 .I -67.864 12.452 8.854 7."1? 5.384 4R.750 b13.721 3.809 166.537 0.950 1.846 41.570 1.643 -€4.22t 11.843 8.396 7.5 IC. 5.382 4fl.797 bb.'llH 3.805 176.397 0.950 0.997 41.569 -3.148 .I 25e.992 11.957 8.481 7.515 5.3113 48.954 btl.819 3.791 186.257 0.951 0.981 41.568 -7.891 243.399 12.754 9.084 7.521 5. It17 49.719 69.022 3.770 19h.117 0.952 0.951 41.566 -12.606 .I 229.954 14.1CO 10.138 7.522 5.3Y7 w.58n t 69.326 3.741) 205.977 0.954 0.910 41.564 -17.284 .I 218.767 15.838 11.553 t 1.52" 5.427 5O.631 + 10.171 3.654 117.536 0.959 2.478 41.556 26.287 a -22.142 19.H69 15.009 7.c.I'l 'i.3i3 50.167 69.541 3.6117 127.396 0.956 2.3hl 41.559 21.238 -30.777 17.522 12.972 7.517 5.372 4q.7'21 69.054 3.713 137.251 0.953 7.238 41.561 16.246 -41.06e 15.422 11.209 7.c14 5.337 49.506 68.736 3.734 147.111 0.951 2.111 41.563 11.306 .I -5?.436 13.6i8 9.804 7.111 5.347 49.334 68.477 3.746 156.977 0.950 1.980 41.564 6.420 -f8.051 12.435 8.841 7.51~ 5. -541 49.272 68.365 7.747 16h.836 0.949 1.2346 41.564 1.585 -84.426 11.034 8.390 7.51c 5.340 49.321 + 68.362 3.744 176.697 0.949 0.997 41.564-3.205 I 25e.794 11.957 8.481 7.5lC 5. 342 4q.480 on.466 3.731 1R6.557 0.950 0.900 41.563-7.952 243.221 12.762 9.090 7.511 5.347 41.747 b8.672 3.759 1961.411 0.951 0.951 41.561-12.662 i29.80C 14.114 10.149 7.51! 5. 356 50.11-3 bt1.9t10 3.679 206.216 0.953 0.909 41.558-17.340 . 21e.634 15.R56 11.568 (1867 7.51' 5.379 51.155 oY.817 3.595 117.R36 0.958 2.4RO 41.55126.209 -22.254 19.@28 14.973 111 7.51L 5.337 50.6Hh 69.124 3.628 127.696 0.Q55 2.367 41.554 21.165 .I -30.903 17.486 12.941 -41.213 7.c3 1 5.451 5n.31n t 6d.693 3.654 137.556 0.953 2.239 41.556 16.177 15.341 11.184 7.50s 6.316 5C.32R bas347 7.674 141.416 0.951 2.112 41.558 11.242 -53.604 13.654 9.784 7.5c; 5.306 49.R57 bd.114 3.b86 157.276 0.949 1.981 41.559 6.359 .I -68.242 12.4 18 8.828 7.551 i.3Jn 49.796 ot3.OJZ 3.691, 161.1 $6 0.949 1 .A47 41.559 1.526 -?.4.631 11.826 8.384 7.5'11 5.?YH "4.1146 6d.OVC 3.685 176.996 0.949 0.997 41.559-3.262 25e.594 11.957 8.481 7.5'11 5.3Ul 5C.CO7 ot1.135 3.672 106.956 0.950 0.980 41.558 -0.008 243.039 12.770 9 -097 7.502 5.1u7 50.775 68.315 3.650 196.716 0.951 0.950 41.556 -12.718 229.643 14.128 10.160 1.504 5. 31h 5n.641. 8 hb.627 3.620?Ob. 576 0.953 0.908 41.553 -17.397 218.499 15.875 11.584 .I ['Vi VI\F7 PHIT? ALPHA2 VEL2 bEr4 ECCE RMID VELl ALPHA1 PHI1 VIhFl DV 1 EOATE TTIME OV SUM cv2 VINF2 PHI2 ALPHA7 VEL2 BETA ECCE RMIO VELl ALPHA1 f PHIl VINFl ov 1 f . 0 t w 69126990.0 22.45 I 7.51C 5.340 51.674 * 69.457 3.536 110.135 0.958 2.482 41.546 26.130 f -22.368 19.786 14.936 61 7COO.O 20.41 7 .SO4 5.312 51.205 611.819 3.569 127.995 0.955 2.364 41.549 21.092 -71.031 17.449 12.909 7010.0 18.66 7.499 5.291 50.830 I 68.326 3.596 137.855 0.952 2.241 41.551 16.108 -41.361 15.359 11.158 7020.0 17.26 * 7.496 5.216 50.550 67.973 3.616 147.115 0.950 2.113 41.553 11.116 -E.?.115 13.629 9.765 7030.0 16.31 7.493 5.265 50.380 = 67.743 3.628 157.515 0.949 1.981 41.554 6.291 f -68.431 12.401 8.815
7040.0 15.67 7.492 5.260 50.370 f 67.632 3.632 167.435 0.948 1 .847 41.554 1.466 -84.840 11.818 8.378
7050.0 15.97 f 7.492 5.258 50.372 67.631 3.627 177.295 0.948 a. 997 41.554 -3.320 258.389 11.958 8.482 7060.0 16.60 7.492 5.761 50.534 61.739 3.613 187.155 0.949 0.980 41.552 -0.066 f 242.855 12.119 9.103
7C10.0 17.67 7.494 5.267 50.805 f 61.951 3.591 197.015 0.951 0.950 41.550-12.776 229.484 14.143 10.172 7020.0 1Y.10 7.496 5.211 51.150 68.267 3.561 206.~75 0.953 0.908 41.548-11.455 f i18.363 15.854 11.600 f 69627040.0 22.40 7.501 5.301 52.114 69.0H8 3.479 118.434 0.958 2.485 41.54126.051 -22.484 19.144 14.900 1 7 70~0.017 20.37 7.495 5.213 51.726 68.447 3.512 128.294 0.954 2.366 41.54421.017 -31.161 17.412 12.878 70CO.O 1Y.62 7.49c 5.252 51.351 6 7.952 3.539 136.154 0.952 2.242 41.54616.038 -41.511 15.318 11.132 7o7o.n 17.23 7.487 5-236 51.079 67.592 3.558 14d.014 0.950 2.114 41.54811.111 -5Z.947 13.6C4 9.745 7080. o 16.29 7.485 5.226 50.994 67.366 3.571 157.874 0.948 1.982 41.5496.233 f -68.636 12.384 8.802 1090.0 15.86 7.484 5.221- 50.R4h 67.755 3.574 167.734 0.948 1.848 41.549 1.405 t -85.053 11.810 8.372 71co.o 15.97 7.483 5.214 50.895 67.756 3.569 177.594 0.948 0.996 41.549 -3.380 25e.181 11.9t0 0 -483 7110.0 16.59 7.484 5.222 51.063 67.365 3.556 181.454 0.949 0.979 41.547 -8.125 242.661 12.788 9.110 7120.0 11.67 7.485 5.228 51.335 67.580 3.534 191.314 0.950 0.949 41.546 -12.834 229.322 14.158 10.185 7 130.0 19.10 4 7.488 5.239 51.712 67.900 3.503 201.174 0.952 0.907 41.543 -11.515 218.224 15.$i14 11.617 # 7012 70SO.O 2L.36 7.493 5.263 52.714 08.713 3.422 11A.733 0.957 2.487 41.536 25.971 -22.601 19.702 14.863 f 33 71CO.O 2d.33 4 7.487 5.235 57.247 f 611.067 3.455 12x.593 0.954 2.368 41.539 20.942 -31.294 17.315 12.846 1110.0 lb.59 7.482 5.214 51.873 * 67.570 3.482 138.453 0.951 2.244 41.541 15.961 -41.664 15.256 11.106 7120.0 17.20 7.475 5.198 51.602 * 67.209 3.502 148.313 0.949 2.115 41.543 11.044 -54.125 13.579 9.726 7 130.0 16.27 * 7.41 7 5. ldA 51.429 66.982 3.514 158.173 0.948 1.983 41.544 6.169 -68.839 12.367 0.789 7140.0 l%.b4 7.475 5.182 51.372 6b.87L 3.518 168.033 0.947 1.848 41.544 1.343 -85.269 11.8C3 8.366
7150.0 15.96 f 7.415 5.181 51.427 66.873 .3.513 177.893 0.948 0.996 41.544 -3.440 f 257.910 11.961 8.484 71 co.n 16.29 7.471 5.184 51.592 66.984 3.499 187.753 0.448 0.979 41.543 -8.184 242.471 12.798 9.118 7170.0 17.67 7.477 5.191 51.867 b7.202 3.477 197.613 0.950 0.949 41.541 -12.894 w 229.158 14.115 10.198
7130.0 19.11 f 7.48C 5.202 52.246 * b7.527 3.447 207.473 0.952 0.907 41.538 -17.515 218,084 15.935 11.634 I . 106271'10.0 22.31 7.485 5.227 53.234 * 68.329 3.366 119.032 0.951 2.489 41.532 25.890 -22.12C 19.660 14.826 83 7150.083 20.29 7.475 5.198 52.768 b7.680 3.400 1223.892 0.953 2.369 41.534 20.866 f -31.428 11.337 12.8 14 7160.0 18.55 7.474 5.176 52.396 01.180 3.42: 130. 752 0.951 2.245 41.537 15.895 -41.82C 15.265 11.080 7 170.0 17.19 7.471 5.160 52.125 + 66.818 3.446 148. 612 0.949 2.116 41.538 10.975 -54.307 13.555 9.706 71~0.0 16.25 7.462 5.150 51.462 bb.585 3.450 154.472 0.948 1.983 41.539 6.105 -69.041 12.351 8.777 7140.0 1S.tJ7 7.467 5.145 51.849 66.479 3.462 thn.332 0.947 1.848 41.540 1.280 -85.489 11.796 8.361 7200.0 15.95 f 7.467 5.143 51.Y55 b6.483 3.45717a. 192 0.947 0.996 41.539 -3.502 251.155 11.964 8.486 72 LO. n 16.59 7.468 5.147 57.123 bh. 596 3.443 lR11.052 0.948 0.979 41.538 -8.245 4 242.283 12.RC8 9.126 7220.0 17.68 t 7.465 5.154 52.3qy b6.817 3.421 197.912 0.949 0.948 41.536-12.955 2212.951 14.151 10.211 72?0.0 14.12 7.472 5.165 5z.7tln 67.146 3.391 20r.712 0.951 0.906 41.534-17.631 211.942 15.957 11.652 * . ECATE TTlMF CV SliM DVi VlNF2 PHI2 f ALPHA2 VEL2 8FTA ECCE RMIO VELl ALPHA1 PHIl VINFL DV 1 TABLE XIV. - Continued. TABULAR DATA FOR TRAJECTORIES FROM 1.1 EARTH RADII CIRCULAR
PARKING ORBlT TO 1.1 NEPTUNE RADII CIRCULAR PARKING ORBIT
ECdTE TTIME cv SUP CV? VIivF? PHI2 t ALPHA7 VEL2 BETA ECCE RHID VELlALPHAl 4 PHIl VINFl OV1 I 6795 6870.') 23.36 7.53? 5.445 50.663 I 70.553 3.660 113.820 0.960 2.519 41.557 28.180 4 -19.270 20.789 15.824 183 6edo.o 21.~3 7.527 5.416 50.160 69.A70 3.695 123.680 0.957 2.404 41.560 23.109 4 -27.399 18.372 13.703 6890.0 19.35 7.521 5.393 49.748 09.337 3.124 133.540 0.954 2.283 41.562 18.095 I -37.026 16.169 11.828 69cn.~ 17.00 7.512 5.376 49.426 t bJ.Y37 3.747 143.400 0.952 2.157 41-564 13.134 4 -48.584 14.2 71 10.280 6910.0 16.66 7.515 5.364 49.215 06.664 3.762 153.260 0.950 2.02R 41.566 8.228 -62.37E 12.830 9.143 6520.0 16.U1 7.513 5.3J7 49.111 60.510 3.768 163.120 0.950 1.895 41.566 3.373 -78.217 11.976 8.496 6930.n 15.93 7.513 5.353 49.117 b8.468 3.767 172.980 0.950 0.999 41.566 -1.433 264.957 11.829 8.385 6940.0 16.37 7.51? 5.354 4'1.237 68. 537 3.756 182.fl40 0.950 0.988 41-565-6.196 4 248.778 12.393 8.809 bS'I0.9 17.12 7.514 5.358 49.454 bd.7L.0 3.738 192.700 0.951 0.963 41.563-10.919 I 234.505 13.560 9.711 6900.9 ld.52 7.51: 5- 3bh 4'1.791 t 66.963 3.711 202.560 0.953 0.926 41.561-15.608 222.533 15.175 11.007 I 6829 6910.0 21.Y6 7.523 5.398 5C.683 t 69.967 3.643 120.262 0.958 2.448 41.55524.912 -24.34C 19.212 14.433 150 6920.0 Iq.YH 7.517 5.372 50.237 I 69.275 3.674 13J.122 0.955 2.329 41.558 19.881 -33.379 16.924 12.463 69?0.0 1a.33 7.51? 5.353 4q.8~~ bti.822 3.69') 139.982 0.952 2.205 41.560 14.904 -44.191 14.908 10.789
6940.0 11.LO 7.5lC 5.340 49.631 f 66.538 3.717 149.842 0.951 2.076 41.562 9.980 I -51.161 13.285 9.495 6v:.n.n 16.17 7.50r 5.351 4'9.4811 (I 68.311 3.727 159.702 0.950 1.945 41.562 5.109 -72.343 12.202 8.665 6SCO.0 1>.67 7.507 5.326 49.456 68.228 3.728 169.562 0.949 1.810 41.563 0.286 4 -E8.99C 11.754 8.360 69ln.q 10.10 7.507 5.325 49.535 48.235 3.721 174.422 0.949 0.994 41.562 -4.491 254.411 12.110 8.595 6930.0 7.507 49.723 68.386 3. 705 0.950 0.974 lb.114 5. 32 8 189.287 41.561 79'927 239.364 13.C78 9.334 6Y ;O. 0 1a.01 7.509 5.335 50.~119 t 611.671 3.601 19Y. 142 0.952 0.941 41.558 -13.928 4 226.568 14.550 10.499 7cc0.g lY.51 4 7.511 5.345 50.417 68.958 3.649 2Q1. @OZ 0.954 0.896 41.556 -18.599 215.960 16.374 12.000
6879 6Yt0.O 71.91 7.514 5.35R 51.202 I 69.509 3.584 120.562 0.q57 2.450 41.55024.835 -24.451 19.172 14.398 1co 6910.0 LY.Y4 7.508 5.332 50.756 I 68.914 3.615 130.422 0.954 2.331 41.55319.809 -33.510 16.888 12.433 69d0.0 1H.~7 7.504 5.312 5C.408 611.459 3.640140.282 0.952 2.706 41.55514.836 I -64.343 14.878 10.765 65 -10. 0 16.Y'l 7.501 i.299 50.153 t 08.143 3.658 15t1.142 0.950 2.078 41.5569.916 -51.343 13.262 9.477 7CCO. r! 1".15 7.49$ 5.290 50.011 67.945 3.66816n.002 0.949 1.945 41.5575.048 -72.541 12.187 8.654 7010.n 15.85 7.49R 5.785 49.980 47.863 3.669 16Y.862 0.949 1.811 41.5570.228 I -e9.197 11.7E8 8.355 7n20.n 1h.13 7.49E 5.7n5 55.060 61.891 3.662 179.722 0.949 0.994 41.557-4.548 254.213 12.113 8.597 7050.1 10.84 7.49E 5.288 30.251 68.025 3.646 189.502 0.950 0.913 41.555 -9.284 2?9.188 13. J88 9.342 7040.0 l0.ul 7.5ci 5. ?95 50.54~ b8.262 3.622 191.442 0.951 0.940 41.553 -13.985 226.417 14.566 10.512 7010.0 14.52 7.502 5.306 57.949 68.604 3.590 209.302 0.953 0.895 41.550 -18.657 4 215.83C 16.354 12.017
6929 7010.0 21.a7 7.50'. 5.318 51.721 09.145 3.526 120.861 0.957 2.452 41.545 24.758 4 -24.574 19.131 14.362 50 7020.0 lY.93 7.495 5.732 51.277 66.546 3.557 130.721 0.054 2.333 41.548 19.736 -33.644 16.353 12.403 7C 30.0 16.24 1 1.495 5.2 72 50.928 68.089 3.582 143.581 0.051 2.208 41.550 14.768 -44.498 14.849 10.741 7040.0 16.95 7.492 5.259 50.675 t 67.770 3.600 15.l.441 0.950 2.079 41.551 9.851 I -57.522 13.239 9.459 70>0.0 16.13 7.49c 5.250 50.535 67.572 3.610 16.I.301 0.949 1.946 41.552 4.986 -72.143 12.173 8.643 70to.n 15.b4 7.485 5.245 50.505 67.491 3.611 17'J.161 0.948 1.811 41.552 0.168 4 -85.408 11.783 8.351 7070.0 16.09 7.48$ 5.245 50.587 + 67.520 3.634 189.021 0.948 0.993 41.552-4.607 254.012 12.116 8.600 70~0.0 10.84 7.49'3 5.24~ 50.779 4 67.656 3.5M8 189.801 0.949 0.973 41.550 -9.342 I 239.009 13.099 9.350 7090.n Ib.02 7.49 1 5.256 51.079 67.897 3.564199.741 0.951 0.940 41.548 -14.043 I 226.263 14.583 10.525 7100.3 lcj.53 7.494 5.267 51.481 6d.243 3.532203.601 0.953 0.894 41.545 -18.716 215.65E 16.415 12.035 4 6979 70bI). 7 21.112 7.497 5.2m 57.241 t 68.773 3.468121.160 0.956 2.454 41.540 24.680 -24.694 19.091 14.327 0 70 IO. n 19.~6 7.491 5.224 51.737 611.170 3.500 131.020 0.953 2.334 41.543 19.662 4 -33.18C 16.817 12.373 70eO.G ld.10 7.487 5.234 51.450 + b7.711 3.525 14:J.880 0.951 2.209 41.545 14.698 -44.656 14.819 10.716 7090.0 16.93 7.483 5.219 51.276 t 67.3Rb 3.542 150.740 0.949 2.080 41.546 9.786 -57.702 13.216 9.442 . 7110.0 10.11 7.482 5.211 51.060 67.193 3.553 16t).600 0.948 1.947 41.547 4.923 4 -72.948 12.158 8.632 7110.0 12.~3 1.481 5.206 51.031 67.112 3.55417n.460 0.048 1.812 41.547 0.107 I -89.622 11.777 8.347 7120.n 1b.OA 7.481 5.2Ub 51.11'1 t 67.143 3.547 180.320 0.948 0.993 41.547 -4.666 253.807 12.120 8.603 7130.0 16.84 7.481 5.210 51.309 67.281 3.531 190.180 0 -949 0.973 41.545-9.401 23E.027 13.110 9.359 7140.11 1d.u: 7.48? '1.218 51.61fl 67.525 3.506 200.040 0.951 0.939 41.543 -14.102 226.107 14.6CO 10.539 7150.0 13.54 7.486 5.229 52.014 I 67.875 3.474 209.900 0.953 0.894 41.541-18.776 215.564 16.437 12.053 w ECATE TlIMF CV SW LV2 VIhF2 PHI? ALPHA2 VEL2 BETA ECCE RMIO VELlALPHAl 4 PHIl VINFl DV1 ? v ., VI'.F? VEL2 a:Tn FCLF RMI r? VELlALPHA1 PHIl VIYFl 0v1
7.4Yi 5.247 3.412 121.451 is. 7 5 6 ?.456 41.535 24.601 -24.816 19.C50 14.291 7.48! 5.716 3.444 131.31q 0.953 2.336 41.'3R 19.5RH -33.91t 16.781 12.343 7 .+7. 9. lY6 3.46'2 141.175 2.051 2.710 41.540 14.628 -44.816 14. 789 10.692 7.47' 5.161 3.486 151.034 0.343 2."3Q 41. >42 7.72U -57.889 13.154 9.424 7.47 ! 5. 113 3.491 If, 1.:>93 0.946 1.947 41.542 4.859 8 -73.157 12.144 8.621
1.47 5. 1 b4 3.4 9-i 17 '2. 75'4 n.947 1.~12 41.543 J.045 -@?.E43 11.772 8.344 7.47- 5. I63 3.43\) 1r .1>19 3 .74 A 0.'193 41.547 -4.727 * 153.599 12.124 8.606 1 .'+7 1 5.117 3.414 19 1.417 0. 44 4 n.q77 41.541 -".461 2 3d.643 13.122 9.368 7.47' 5.109 1.45'J ?:I I. 334 c. Q5~1 n.q3'4 '11.539 -14.163 * 225.949 14.L 17 10.553 7.47' 5.192 i.41,< ?I .IO" L.957 1.R73 41.536 -14.837 215.429 16.459 12.071
7.4~~S.2Jh 3..3.j7 171.75t I.., .1 5 6 7.45lj 41.331 24.521 -24.939 19.109 14.255 7.477 5.17'7 1.3JL) 13l.hlk 7.9?3 7.337 41.533 17.513 -34.058 16.745 12.312 7.41C 5.1>9 1.414 141.476 7.72,? 2.211 41.536 14.557 -44.975 14.759 10.668 7.407 5.144 3.451 151. 33% 0 .74A ?.OR1 41.537 '4.652 -5t.079 13.171 9.406 7.4SL 5.13, 3.441 161.195 0.'141 1.948 41.53P 11.792 -73.366 12.130 8.610 7.464 5.131 1.447 171.n5~' '1.247 1 .cnn 41.538 -3.018 ~65.93C 11.768 8.340 7.46': 5.131 X.43~~IP
7.47? 4.l7C 3.3J2 12,'.d5/ 3.'155 2.460 41.527 24.441 -;5.064 18.968 14.219 7.467 5.143 3.334 131.311 n. 157 2.339 41.527 l'j.431 -34.201 16. IC9 12.282 7.46? 5.123 3.359 141. 777 7.'150 7.213 41.531 14.485 * -r5.145 14.728 10.643 7.4hL 5.ldR 3.377 151.637 J.Y40 ?.OR? 41.533 >.5R3 -5t.272 13.148 9.388 7.45t 5.099 3.340 161.437 0.947 1.944 41.533 4.729 -73.583 12.1 16 8.600 7.457 5. nq\ 3.3nd 171 .357 0.746 I .I1 rl ,I 41.533 -?.OR2 261.710 11.763 8.337 7.457 5.045 3:3JO 181.217 0.347 0.993 41.533 -4.851 253.173 12.133 fJ.613 7.45ti 5.130 3.364 191.077 n.146 n.972 41.537 "1.58j 23t.266 13.147 9.388 7.46: 5.139 3.340 70 1. 437 0.449 0.937 41.53C -14.287 225.627 14.655 10.583 7.463 5.122 3.307 ?I,J.79/ 2.952 0.897 41.527 -16.963 215.153 16.505 12.110 I 7.465 5.135 3.24tI 12/.757 0. "55 2.462 41.522 24.363 -25.189 18. 127 14.184 7.46r 5. IJH ?.%dl 132.216 0.'?57 2.340 41.575 13.360 -34.346 16.673 12.251 7.455 5. nda 3.30614(.n77 '3.749 7.714 41.527 14.412 -45.314 14.658 10.619 7.45: 5.073 3.324 151.137 0."47 2.08 3 41.528 9.514 -5e.46e 13.125 9.370 7.45c 5.063 3.333 161.797 0 .C)46 1.74Y 41.529 4.662 -73.804 12.1c2 8.589 7.445 5.060 3.334 171.656 0.946 1. ?no 41.529 -d.147 269.481 11. 159 8.334 7.45c 5.060 3.527 lR1.516 0.946 3.992 41.5?8 -4.915 252.956 12.139 8.617 7.451 5.065 3.311 191.377 0.947 0.971 41.527 -3.648 73F.074 13.161 9.398 7.452 5.074 3.286 701.237 n.149 7.937 41.525 -14.350 ii5.462 14.614 10.599 7.455 5. OUR 3.253 211.096 0.951 0.891 41.523 -19.028 215.013 16.529 12.130
7.45c 5.101 3.1?5 122.65h 0.955 2.464 41.51824.778 -25.319 18.8E5 14.147 7.452 5.014 3.228 132.516 0.Y51 2.342 41.521 1Y.283 -34.493 16.636 12.220 7.44h 5.053 3.253 142.376 n. 949 2.215 41.523 14.333 -45.485 14.668 10.594 7.445 5.OjR 3.271152.736 0.947 2.084 41.524 9.443 -58.66E 13. IC2 9.353 7.44? 5.029 3.281)161.096 3. q46 1.949 41.525 4.594 4 -74.029 12.088 8.579 7.442 5.025 3.291171.956 0.946 1.mo 41.525 -0.212 265.253 11.755 8.331 7.442 5.026 3.274181.816 0.946 0.992 41.524 -4.980 252.735 12.145 8.622 7.44? 5.331 3.258191.676 0.947 0.971 41.523 -9.712 i37.eAC 13.174 9.409 7.445 5.040 3.233 ?01.536 0.949 0.936 41.521 -14.415 225.256 14.654 10.615 7.44r. 5.0>5 3.203 211.396 0.951 3. A90 41.519 -19.094 214.871 16.554 12.151
cv2 VINF2 VEL? UETA tCCE RMID VELl ALPHA1 PHIl VIFiFl DV 1 TABLE XIV. - Continued.TABULAR DATA FOR TRAJECTORIES FROM 1.1 EARTH RADII CIRCULAR
PARKING ORBIT TO 1.1 NEPTUNE RADII CIRCULAR PARKING ORBIT
CV., ViL2 JErA fCCE RPIO VFLlALPHA1 PHIl VINFl OV1 a
7.q51 3.144 112.952 0.954 2.465 41.514 24.196 -25.445 18.843 14.111 7.44: 3.116 137.815 0.951 2.343 41.517 19.205 -?4.642 16.6CO 12.190 7.44 1 3.202 142.675 '3.948 7.21 h 41.519 14.265 -45.655 14.037 10.569 1.431' 3.219 152.535 0.947 2.084 41.520 9.371 -5k.871 13.J79 9.335 7.436 3.229 16.7. 375 n. .746 1.950 41.521 4.526 -74.25t 12.J74 8.569 7.43L 3.223 17?.7>5 0.745 1. not> 41.521 -0.279 + ?69.016 11. I52 8.329 1.437 3.222 187.115 2.946 0.99 2 41.520 -5.045 4 252.512 12.151 8.626 7.431 3.236 191.97' 0.947 0.970 41.519 -Y.777 + 237.683 13.189 9.420 7.435 3.1~1201.a35 0. 94n 0.936 41.517 -1/+.4H1 4 i25.!28 14.715 10.632 7.44: 3. 147711.h95 0.951 O.HH9 41.515 -19.161 214.728 16.579 12.172
7.444 J.IJ33173.254 0.954 2.4h7 41.510 24.113 a -25.581 18.8C1 14.075 7.43s 3.125 135.114 0.451 2.344 41.513 19.127 a -34.793 16.563 12.159 7.G34 3.151 142.914 0.946 2.217 41.515 14.190 1 -45.830 14.6C7 10.545 7.'+31 3.168 152.834 0.946 7.085 41.516 9.300 t -55.071 13.756 9.317 7.42'1 3.174162.694 0.145 1.950 41.5174.456 + -74.4e7 12.Ctl 8.558 7.422 3.176172.554 0.745 1.001 41.517 -0.346 262.176 11.749 8.326 I .4? 3 3.113lh2.414 0.9(+5 0.992 41.516 -5.111 252.2H9 12.157 8.631 7.43; 3.134 19L.774 1.946 0.970 41.515 -9.844 237.484 13.204 9.432 7.43, 3.119 702.134 9.948 0.935 41.513 -14.547 224.959 14. 736 10.649 7.43'. 3.346 211.794 J.950 0.889 41.511 -19.22d 214.583 16.6C5 12.194 * 7.44' 3.033 I I I.693 3.957 2.585 41.504 29.060 + -17.893 21.184 16.177 7 .4 .3 rl 3-04> 123.553 10.953 2.468 41.507 24.029 * -25.715 18. I59 14.038 7.43, 3.U74 131.411 3.950 2.345 41.509 19.048 + -34.945 16. S26 12.128 7.42 '' 3.101 143.277 0.q4fl 2.217 41.511 14.114 -4t.015 14.5 76 10.520 7.4L'. 3.118 151.133 0.946 2.~541.512 9.228 -55.286 13.933 9.299 1 .4?, 3.128 lh2.79j '3.945 1.95) 41.513 4.386 5 -14.722 12.047 8.548 7.4/, 3.12617.:. ~53 0. 045 1 .no0 41.513 -0.411, 26d.533 11.146 8.324 7.42 ' 3.121 18,J.713 u. 745 9.99,7 41.512 -5.179 + 252.059 12.164 8.636 7.42 ' 3.133 19i.573 0.746 0.970 41.511 -9.910 237.285 13.2 19 9.443 7.07.. 3.37.) ?0/.433 J.94H 0.935 41.509-14.615 a 224.7e7 14.7 >7 10.667
1.4 j', 2.934 llJ.992 3.951 2.587 41.500 2,,.971 -1e.014 21.138 16.135 7.41, 2.'192 123.852 0.153 2.470 41.503 2j.945 + -25.84$ 18.7 17 14.002 7.4/' 3.1125 133.711 f!. 953 2.347 41.505 1H.96H -15.101 16.4e9 12.097 7.4i'l 3.:15l 141.572 0.947 2.2111 41.507 14.038 -46.197 14.545 10.495 I.$:. 3.!?6.? 155.432 0.046 2. 086 41.5099.154 q -59.45e 13.010 9.282 7.4L' 3.010 lb).?YZ 7.944 1.950 41.509 4.314 s -74.96C 12.334 8.538 1.41' 3.G79 173. 152 7. q44 1.000 41.509 -3.485 2tt1.28t 11. I43 8.322 7.41 3.371 Ifl3.01? 3.345 0.991 41.509 -5.247 251.827 12.172 8.642 I.41 I 1.024 172.87% 'l.q46 0.969 41.507 -Y.978 737.081 13.234 9.456 7 .'I 1,. 3.Oid 102.732 3.94 8 c.934 41.506 -14.682 . 224.616 14.719 10.684 I v. VEL2 BET4 FCCE RPID VEL1ALPHA1 PHIl VINFL ov1 'V ,. ALPHA7 VEL2 BETA ECCE RMID VELl ALPHA1 PHIl VINFl DV 1
7.47" 6 1.604 3.252 118.640 0.956 2.504 41.523 26.235 4 -22.15s 19.819 14.965 -?C.75? 7 .4 6 '4 66.933 3.287 12H.500 0.953 2.385 41.525 21.215 17.4E5 12.940 7 .45<. 65.414 3.315 llh.760 0.950 2.260 41.528 16.247 -4C.998 15.394 11.187 7.45, 66.036 3.335 14d. 220 0.948 2.131 41.529 11.329 -53.312 13.655 9.785 1.45 ? 65.189 3.34H 153.080 0.047 1.998 41.330 6.460 -t7.882 12.410 8.822 7.43: 65.666 3.352 1b7.940 0.946 1.R61 41.530 1.636 q -E4.23t ll.8C3 8.367 I .4 '7 : 6S.666 3.348 177.800 0.946 0.997 41.530 -3.140 * 258.967 11.918 8.452 7 .4 3 62. 172 3.335 187.660 0.947 0.981 41.529 -7.894 243.352 12.716 9.055 7 .4 CI (2 65.088 3.313 197.520 0.948 0.951 41.527 -12.607 229.8E1 14.066 10.111 7.451 66.314 3.284 207.380 n. 951 0.909 41.525 -17.293 21e.669 15. ec9 11.529
1.46' 61.622 3.202 115.222 0.957 2.548 41.519 26.032 rn -19.416 20.689 15.735 7.46L bb.tJ86 3.239 125.082 0.954 2.431 41.522 22-997 -21.515 18.251 13.633 7.43i 60.310 3.270 134.942 0.95 1 2.307 41.524 18.013 -37.120 16.104 11.774 1.45r 65.881 3.293 144.802 0.949 2.18Q 41.526 13.085 -48.650 14.225 10.238 7.44" 65.587 3.309 154.662 0.947 2.048 41.527 8.195 4 -62.421 12.786 9.109 1.44 I 63.419 3.316 164.522 0.946 1.913 41.528 3.356 -78.248 11.936 8.466
7.'147 65.377 3.315 174.382 0.946 0.999 41.528 -1.441 (I 264.91e 11.751 8.357 1.44 I b2.444 3.305 184.242 0.046 0.988 41.527-6.199 4 248.721 12 ~356 8.781 7 -44: bS.621 1.286 194.102 0.948 0.963 41.525-10.923 234.425 13.527 9.684 1.45' 65.909 3.259 203.962 0.950 0.926 41.523-15.619 222.432 15.147 10.984
7.451 61.209 3.150115.522 0.957 2.550 41.515 27.947 4 -19.535 20.645 15.696 7.LS0 66.467 3.186 125.382 0.953 2.432 41.517 22.917 -27.651 18.251 13.598 7.44'. 05.892 3.217 135.242 0.950 2.309 41.520 17.937 -37.274 16.069 11.745 7.44= 65.461 3.241 145.102 0.94R 2.101 41.522 13.007 -4e.830 14.156 10.215 7.445 05.167 3.256 154.962 0.947 7.048 41.523 8.125 t -t2.630 12.765 9.093 7.44(' 65.000 3.263 164.022 0.946 1.913 41.523 3.289 fi -7F.478 11.925 8.457 7.441. 64.952 3.262 174.682 0.946 0.999 41.523 -1.506 264.689 11.7E9 8.356 7.44~ b5.026 3.252 184.542 0.946 0.988 41.523 -0.264 4 24E.5C5 12.365 8.787 7.441 65.206 3.234 194.402 0.947 0.96 3 41.521 -10.988 234.241 13.543 9.697 7.444 b5.498 3.207 204.262 11.949 0.925 41.519 -15.684 I 222.272 15.lt8 11.001 4 7 -454 66.186 3.098 115.821 0.957 2.552 41.511 27,862 4 -19.655 20.600 15.656 7.447 66.045 3.135 125.681 0.953 2.434 41.514 22.835 t -27.787 18.211 13.563 7.442 65.465 3.166 135.541 0.950 2.310 41.516 17.860 -37.43C 16.CP4 11.716 7.43 9 69.033 3.189 145.401 0.948 2.181 41.518 12.933 -45.012 14.1157 LO. 192 7.43: 64.738 3.205 155.261 3.946 2 -049 41.519 8.054 -62.841 12.744 9.077 7.43: 64.572 3.212 165.121 0.945 1.913 41.519 3.220 4 -i8.712 11.914 8.449 7.43? 64.525 3.210 174.981 0.945 0.999 41.519 -1.573 4 264.452 11.789 8.356 1.432 64.601 3.201 184.841 0.946 0.987 41.519-6.330 4 248.287 12.373 8.794 7.435 64.783 3.182 194. 701 0.947 0.962 41.517 -11.054 234.052 13.559 9.710 7.437 65.078 3.155 204.561 0.949 0.924 41.515 -15.750 4 222.111 15. IS0 11.019
7.447 66.361 3.047 116.120 0.956 2.554 41.507 27.774 q -19.778 20.554 15.616 7 .44C 05.613 3.084 125.980 0.Q53 2.435 41.510 22.753 4 -27.925 18.170 13.528 7.43" 65.029 3.115135.845 0.950 2.311 41.512 17.782 -37.588 15.959 11.686 7.431 64.596 3.13Y 145.700 2.947 2.182 41.514 12.859 4 -49.198 14.139 10.169 7.4?11 64.397 3.154 155.560 0.946 2.049 41.515 7.983 -63.056 12.724 9.061 1.477 64.136 3. 161 165.42U 0.945 1.913 41.516 3.151 -78.948 11.9C3 8.441 1.426 64.390 3. 169 172.280 0.945 0.999 41.515 -1.641 264.213 11.788 8.356 7.427 64.161 3.149 185.140 0.945 0.987 41.515 -6.396 248.065 12.3e2 8.801 7.470 64-35? 3.131 193.003 5.947 0.962 41.513 -11.120 233.860 13.576, , 9.723 1.43C 64.h57 3.103 204.860 '1.949 n.924 41.511 -15.818 221.948 15.213 11.038 4 cvi ALPHA7 VEL2 UETA FCC€ RHID VELl AlPHdl PHIl VINFl DVl TABLE XIV. - Continued. TABULAR DATA FOR TRAJECTORIES FROM 1.1 EARTH RADII CIRCULAR
PARKING ORBIT TO 1.1 NEPTUNE RADII CIRCULAR PARKING ORBIT
I ECATE T IME nv SUM cv2 VI'JF? PHI2 * ALPHA2 VEL2 HETA ECCE RMID VELlALPHAl 1 PHIl VINFl 0v1 4
8 7396 23.02 7.441 5.CI? 56.9(2 b5.922 2.997 116.419 0.956 2.556 41.503 27.687 8 -19.901 20.509 15.515 317 7i.Y3 7.434 4.985 56.469 t 65.171 3.034 126.279 0.952 2.437 41.506 22.671 4 -28.064 18.129 13.493 1j.oq 4 7.425 4.'1>9 56.063 b4.585 3.065 136. 139 0.949 2.312 41.508 17.703 4 -37.749 15. I 63 11.657 11.57 7.42: 4.440 55.753 04.151 3.289 145.999 9.947 2.183 41.510 12.784 + -49.386 14.110 10.146 16.47 7.422 4.726 55.547 b3.H56 3.104 155.859 0.945 2.050 41.511 7.911 8 -63.274 12.7C3 9.045 15.b5 7.42c 4.91d 55.451 63.691 3.112 165.719 0.945 1.914 41.512 3.081 -19.188 11.893 8.433 12.78 7.42C 4.916 55.467 63.647 3.113 175.579 0.944 0.999 41.512 -1.709 263.970 11.788 0.356 16.23 * 7.42C 4.918 55.595 4 b3.719 3.099185.439 0.945 0.987 41.511 -6.464 247.846 12.392 8.808 17.15 7.422 4.925 55.833 b3.905 3.080195.299 0.946 0.961 41.509 -11.187 253.669 13.593 9.736 ld.4H 7.424 4.938 56.1h4 b4.213 3.053705.159 0.948 0.923 41.507 -15.886 4 221.783 15.236 11.057 . 4 7446 2~.97 7.435 4.989 57.481 6i.475 2.948116.718 0.956 2.557 41.500 27.599 -2C.025 20.463 15.535 267 23.~9 7.421 4.755 56.992 t 64.718 2.985 126.578 0.952 2.438 41.503 22.508 + -28.204 18.089 13.458 19.05 7.+22 4.92x 56.591 4 b4.128 3.016 136.438 0.949 2.313 41.505 17.625 8 -?7.91C 15.928 11.628 17.54 t 7.41t 4.9u9 56.274 63.696 3.040 146.2Y8 0.947 2.184 41.506 12.708 -45.577 14.081 10.123 16.45 4 7.41t 4.195 5h.075 63.402 3.055 156.158 0.945 2.059 41.508 7.837 -63.495 12.683 9.030 15.84 4 7.414 4.387 i5.980 63.237 3.062 166.018 0.944 1.914 41.508 3.010 8 -79.432 11.882 8.425 15.77 + 7.41: 4.885 55.998 63.194 3.061172.a78 0.944 0.999 41.508 -1.779 8 2t3.725 11.789 8.356 16.23 7.414 4.688 56.127 4 63.269 3.050 185.738 0.945 0.987 41.507 -6.532 * 247.615 12.402 8.816 11.17 + 7.415 4. P95 56.367 t 05.458 3.031 195.598 0.946 0.961 41.506 -11.256 2i3.472 13.611 9.751 10.49 7.41r 4.908 56.713 b3. 761 3.003 205.458 0.948 0.922 41.504 -15.954 + 221.619 15.260 11.016
7496 7L.92 * 7.42$ 4.959 5R.Or)O 4 b5.017 2.899 117.017 0.955 2.559 41.496 27.511 -2C.151 20.418 15.495 2 17 23.64 7.422 4.925 57.517 64.755 2.936 126.877 0.952 2.439 41.499 22.504 8 -28.346 18.048 13.422 19.01 7.416 4.899 57.112 63.667 2.968 136.737 0.949 2.314 41.501 17.544 -:8.016 15.892 11.598 17.51 7.412 4.879 56.FJ5 + b3.233 2.992 146.597 0.946 2.184 41.503 12.631 -45.77C 14.052 10.100 1h.42 7.40q 4. RbS 56.653 62.93R 3.007 156.451 0.945 2.051 41.504 7.764 s -t3.719 12.662 9.014 13.83 4 7.40P 4.~57 56.510 62. 774 3.014 166.317 0.944 1.914 41.505 2.938 4 -79.678 11.872 8.418 1b.70 7.407 4.R55 56.52R 62.733 3.012 176.177 0.944 0.999 41.504 -1.849 263.476 11.789 8.356 16.23 7.401: 4.838 56.659 t bZ.RJ9 3.002 186.037 0.944 0.986 41.504 -6.602 247.391 12.412 8.824 17.17 7.41~ 4.8bh 56.9nn b3.001 2.982 195.897 0.946 0.960 41.502 -11.325 233.274 13.629 9.765 ld.21 7.417 4.~77 57.247 bj. 30H 2.954 205.757 0.948 0.922 41.500 -16.024 8 221.450 15.284 11.096 1.
7546 ?L.t5,P Q 7.42: 4.93Q 58.51'J 04.550 2.851 111.317 0.955 2.561 41.49327.422 s -20.215 20.372 15.454 167 7O.C') * 7.41c 4. t396 58.042 63.781 2.889 127.171 0.951 2.441 41.49622.420 -28.489 18.CCl 13.387 15.Y.l 7.41i 4. i(b9 57.635 63.196 2.921 137.036 0.948 2.315 41.49817.464 -38.243 15.856 11.568 17.4R 7.406 4.630 57.331 62.160 2.944 146.896 0.946 2.185 41.50012.554 4 -49.9tt 14.023 10.077 10.41 0 7.404 4.836 57.130 4 62.465 2.963 155.757 0.944 2.051 41.5017.689 8 -63.946 12.642 8.999 15.01 7.407 4.t32R 57.039 4 02.307 2.967 lh6.617 0.944 1.914 41.501 2.865 -75.928 11.862 8.410 lj. ih 7.4:J? 4.dd6 57.059 62.262 2.965 176.477 0.943 0.999 41.501 -1.921 2t3.225 11.790 8.357 16.23 4 7.407 q.429 57.191 4 62.341 2.95418h.336 0.944 0.986 41.500 -6.673 247.16C 12.423 8.832 !7.lI.l 7.494 4.037 57.433 4 62.535 2.934196.197 0.945 0.960 41.499 -11.396 233.074 13.648 9.780 !6.52 + 7.4'3t 4.830 57.707 4 62.845 2.906206.957 0.947 0.921 41,497 -16.095 4 221.281 15.3C9 11.117 t 8 7596 7i.L1 7.417 4.902 59.G37 . b4.072 2.804 117.616 0.955 2.562 41.490 27.333 -20.408 20.226 15.413 117 23.76 7.41C 4.069 58.555 63.307 2.843 127.476 0.951 2.442 41.492 22.334 8 -28.637 17.965 13.351 10.114 7.405 4.841 5h.lTIH or'.714 2.874 137.336 0.948 2.316 41.495 17.382 8 -38.412 15.821 11.539 77 o.:> 11.45 7.4~~4.821 57.HhZ 62.272 2.097 147.196 0.946 2.186 41.496 12.477 -50.169 13.955 10.054 71! .q 16.38 * 7.39~ 4.9u7 57.658 01.983 2.913 157.056 0.944 2.051 41.497 7.614 -64.171 12.622 8.983 7 I '. .'I i;.bj 7.396 4.H3fl 57.569 4 61.821 2.920 166.916 0.943 1.914 41.498 2.792 -EC.181 11.852 8.403 !,. /s 7.?96 4.79R 57.5YO 4 61.762 2.918 176.776 0.943 0.999 41.498 -1.993 262.971 11.751 8.358 I',.L4 7.397 4.MJ1 57.723 61.~63 2.907 186.036 0.944 Q.986 41.497 -6.744 246.927 12.434 8.840 11.12 7.?9? 4.~09 57.9h7 02.059 2.888 196.496 0.945 0.959 41.496 -11.467 232.873 13.668 9.795 1.1.24 * 7.4q1 4.823 5R.316 62.377 2.859 206.356 i1.947 0.920 41.494 -16.168 i21.11C 15.335 11.138 * 4 1.1, 1.1, 'jk," OVT VIVF2 PHI2 4 ALPHA2 BETAVEL2 ECCE RMlfl VELl ALPHAl 8 PHIl VINFl OV 1 Y
ECATE TTIMF CV Sb!' cvz VIht2 PHI? ALPHA2 VEL2 RETA FCC€ KMID VELl ALPHA1 PHIl VIYFl DV 1 .a 22.18 7.411 4.875 59.554 63.584 2.758 117.915 0.954 2.564 41.481 27.243 -2C.538 20.280 15.373 20.72 7.404 4.R41 59.075 62.R17 2.797 127.775 0.951 2.443 41.489 22.248 -20.784 17.924 13.316 13.91 7.39'; 4.813 58.683 62.221 7.828 137.635 0.948 2.317 41.491 17.301 -38.583 15.785 11.509 17.43 7.355 4.793 58.384 61.783 2.852 147.495 0.945 2.186 41.493 12.398 a -5C.366 13.966 10.03 1 16.56 7.392 4.780 58.185 61.491 2.867 157.355 0.944 2.051 41.494 7.537 a -t4.41C 12.602 8.968 15./9 7.391 4.772 58.091 + 61.330 2.874 167.215 0.943 1.913 41.495 2.718 -EC.437 11.842 8.396 1>.75 7.39c 4.710 sR.1zr 61.293 2.872 177.075 0.943 0.999 41.495 -2.066 262.714 11.793 8.359 16-24 t 7.391 4.7 13 58.255 61.375 2.861 185.935 0.944 0.9135 41.494 -6.816 246.691 12.446 8.849 17.20 7 .?9? 4.782 sfl.500 t 61.514 2.841 196.795 0.945 0.959 41.492 -11.540 2?2.66$ 13.6h8 9.811 lt3.55 7.?9C 4.796 58.HSO c 61.890 2.813 206.655 17.947 0.920 41.490 -16.241 220.937 15.360 11.159 I 22.74 7.406 4.849 h0.071 I 63.086 2.713 118.214 3.954 2.565 41.484 27.152 -2C.665 20.234 15.332 20.68 7.39s 4.014 59.595 62.316 2.751 12C.074 0.950 2.444 41.486 22.162 -28.934 17.882 13.280 ld.87 7.?94 4.7Uh 59.2~38 * 61.716 2.782 137.934 0.947 2.318 41.488 17.218 -38.756 15.749 11.479 11.4" 7.39c 4.766 58.Y07 61.282 2.807 147.794 9.945 2.187 41.490 12.318 -5C.571 13.937 10.008 lb.34 7 .?8 7 4.157 59.712 + bU.989 2.822 157.654 0.943 2.051 41.491 7.461 -64.641 12.582 8.952 12.77 7.385 4.745 58.626 60. 820 2.829 167.514 0.943 1.913 41.492 2.643 gtC.696 11.833 8.389 1>.75 7.?82 4.743 5R.651 60.793 2.627 177.374 0.943 0.999 41.491 -2.139 262.454 11.755 8.360 16.24 7.386 4. 147 59.787 t 60.877 2.816 187.?34 3.943 0.985 41.491-6.889 246.454 12.458 8.859 17.21 7.?8e 4.756 59.033 61.078 2.796 197.r.94 0.945 c .958 41.489 -11.613 212.464 13.708 9.827 18.57 7 .?9C 4.7 10 51.384 61 -399 2.767 206.954 0.947 0.919 41.487 -16.314 22C.764 15.387 11.181
22.bV 7 -40 1 4.23 69.586 62.576 2.668 118.513 0.954 2.567 41.48127.061 -2C.802 20.188 15.291 23.64 7.394 4.768 60.114 bl.i?@4 2.707 12d.373 0.Y50 2.445 41.48322.075 -29.085 17.840 13.244 lc.64 7.?81! 4.760 59.734 b1.?00 2.738 136.233 0.947 2.319 41.485 11.136 -38.931 15.713 11.449 11.31 7.384 4.740 5q.426 60.775 2.763 14b.093 0.945 2.187 41.48712.237 -5C.780 13.907 9.985 16.32 1.382 4.726 59.245 60.411 2.777 157.953 0.943 2.052 41.4887.384 -64.fle4 12.562 8.937 1>.7h 7.?ac 4.71$! 59.155 60.318 2.785 lhl.813 3.942 1.913 41.4892.567 -~c.95e 11.824 8.382 1>.74 7.?8C 4.717 z?.lHl 60.284 2.782 171.613 0.942 0.998 41.488-2.714 262.192 11.797 8.362 16.25 7.381 4.721 57.319 t 60.370 2.771 187.533 0.943 9.984 41.488 -6.963 246.214 12.471 8.868 17.25 7.383 4.7313 59.566 60.573 2.751 197.393 0.944 0.958 41.486 -11.687 232.251 13.729 9.843 18.59 7.?8': 4.745 59.918 60.895 2.722 207.253 0.947 0.918 41.484 -16.389 ?20.589 15.414 11.203 a ?L.t5 7.?96 4.798 61.191 b~.056 2.624 118.812 0.954 2.568 41.478 26.973 -20.936 20.141 15.250 2d.60 7.38s 4. 762 60.632 bl.Zd1 2.663 1211.672 0.950 2.446 41.4.91 21.988 -29.237 17.798 13.208 lL.80 7.38' 4.735 60.247 60.684 2.59s 138.532 0.947 ?.319 41.4R3 17.051 -39.111 15.t16 11.419 17.34 7.?7c: 4.714 55.956 t 60.246 7.119 [email protected] 0 * 944 2.147 41.484 12.157 -5C.981 13.879 9.962 16.33 7.377 4. 7OC 59.768 t 59 -952 2.734 158.252 0.943 2.052 41.485 7.305 -65.128 12.542 8.922 15.72 7.375 4.6Y3 59.683 59.797 2.741 lbfi.112 0.942 1.913 41.486 2.490 -81.224 ll.fl15 8.375 1i.74 7.375 4.641 59.711 t 5'4.764 2.739 171.072 0.942 0.998 41.486 -2.289 261.921 11.759 8.364 lh.25 7.376 4.695 59.850 59.R52 7.727 187.832 0 .943 0.985 41.485 -7.038 245.973 12.484 8.878 17.24 7.37e: 4.7u5 hn.098 bU.057 2.707 19 1. h92 0.944 0.957 41.483 -11.762 232.049 13.750 9 .860 12.61 7.3R1 4. I21 60.451 62.382 2.678 207.552 0.946 0.917 41.482 -16.46s ZZC.~~?15.441 11.225 a cvz VIYFZ PHI? I ALPHA? VEL2 HFTA tCCt RMIO VELl ALPHA1 PHIl VIAFl DV1 TABLE XIV. - Continued. TABULAR DATAFOR TRAJECTORIES FROM 1.1 EARTH RADII CIRCULAR
PARKING ORBIT TO 1.1 NEPTUNE RADII CIRCULAR PARKING ORBIT
ECATE VIVF2 VEL2 aETA ECCE RMI 0 VELl ALPHA1 4 PHIl V I.rFl DV1
7530 4.317 2.8.>2 12?.4hcj 0.u53 2.485 41.496 24.278 -25.275 18.H68 14.133 183 4. UY 2.5'25 13j.320 0.943 2.362 41.498 19.304 -34.4Ct 16.t27 12.213 4.865 2.351 14 I. lH3 9.947 2.233 41.500 14.377 -45.347 14.tt2 10.590 4.850 2.?71 153.040 0.945 ?.in3 41.501 9.494 -5d.481 13.155 9.347 4.840 2.981 lbi.900 0.744 1.964 41.507 4.655 -i3.802 12A74 8.569 4.836 2.962 172.761) 3.743 1. noo 41.502-0.145 Z~S.+~E11. .33 8.314 4.837 2.975 1H?.62U 0.944 9.792 41.502 -4.909 252.949 12.112 8.597 4.843 2.42R 19Z.480 0.745 0.971 41.501 -9.642 ?36.040 13.1 34 9.378 7.4c7 4.d>4 2.933 ?32. 349 3.947 0.937 41.499 -14.350 4 7~5.412 14.651 10.581 7.412 4. d70 2.99) 712.200 9.949 n.w1 41.496 -19.037 214.941 16.512 12.115 4 7564 7.415 4.911 7.446 12:.042 3.954 2.530 41.49326.056 -22.382 19.711 14.870 15C 7.41.' 4.6 Id 7.6d2 129.902 1.950 7.408 41.49521.06~ -311.967 17. 356 12.864 7 .4 0 7 4.n34 2.911 13.i.762 0.948 2.7131 41.497 15.126 -41.21i 15.321 11.127 7.4C' 4.Pji 2.933 141.622 3.145 2. I5,l 41.49911.27Y -'?.53? 13.556 9.739 1.4111 4.623 7.946 157.48? 0.744 2.01 5 41.500 G.376 -6U.114 12.364 0.787 7.4CC 4.L17 7.951 167. 342 0.943 1 .R77 41.5001.564 -t4.478 ll.lt9 8.341 7.4ir 4.116 2.947 17'9.20) 0.943 0.997 41.500-3.212 2.5e.725 11.454 8.434 7.431 4.?321 2.933 189.362 r).Q44 0.9R') 41.499 -1.956 * 243.115 12.7C2 9.045 7.40) 4.d31 2.911 19n.922 I).946 0.953 41.477 -12.672 4 229.652 14.361 10.107 7.40' 4.e45 2.Odl 203.782 0.q4li 3.908 41.495 -17.367 i18.447 15.315 11.534
7614 7.413 4..163 7. IY'3 17,~.342 0.954 2.531 41.490 25.968 -22.515 19.666 14.831 1co 7.40t, 4.d7l 2.836 17q.202 0.950 2.409 41.432 70.983 -31.121 17.356 12.830 7.+01 4.415 2.db> 14'1.062 0.141 2.?82 41.494 16.046 -<1.385 15.2e7 11.099 7. ?4r 4.e37 2.866 147.922 0.945 2.153 41.495 11.153 -5?.7?@ 13.570 9.718 7.39- 4.7Y5 2.9i)Y 15Y.782 1.9-4 2.915 41.496 b.301 -6e.3'13 12.346 8.774 7.394 4.789 7. ?G4 16,l. h42 0.943 1.877 41.497 1.490 -84.735 11.7L2 8.336 7.394 4.76~ 2.900 179.502 0.943 '1.997 41.496 -3.284 25k.474 11.398 8.437 7.?99 4.793 ?.n87 IA I. 361 9.944 0.980 41.496 -8.02n 242.889 12. 716 9.055 7.?91 4.903 2.865 19'?.222 r17.q46 0.95.) 41.494 -12.744 229.45E 14..)82 10.124 7.40C 4.1113 2.dj4 :O'?.CrlZ 0.946 3.9OY 41.492 -17.440 . 2ld.282 15.842 11.556 76t4 1.4J.' 4.855 ?. 753 12.1. b41 0.953 7.533 41.486 25.879 -22.65C 19.621 14.791 5c 1.4'31 4.523 2. 193 13...>01 0.951) 7.41 1 41.4892c.899 -31.275 17.316 12.796 7.19c 4.798 2.613 143.361 $1.94 7 2.283 41.491 15.964 -41.57C 15."3 11.071 7.?9i 4. I79 2.941 15~1.221 c. 145 2.151 41.492 11.974 -53.951 13.543 9.697 7. ?'3: 4.167 7.834 lhl'.ORl 0.143 2.015 41.493 6.225 * -6L.595 12. 329 8.760 7.?5 4.701 2. d3.9 I6 I. 741 5.343 1.R74 41.494 1.416 -t4.995 11.756 8.331 7.2~5 4.761 7.~54 171.YoI 0.443 (1.996 41.493 -3.357 i5e.22C 11.903 8.441 7. !9? 4. I66 ?.I341 lR').Shl 7.94'+ 0.980 41.492 -e.lOO 242.661 12. 730 ?. 066 7.:92 4.77h ?.dl'l 19i.521 0.945 O.c)49 41.491 -12.817 229.26: 14. IC4 10.141 7.792 4. 7 I2 7.7dd ?0?.3dl ').q4b 0.907 41.489 -17.513 s 21d.117 15.869 11.579
7714 7.4ci 4.?L', 7.734 121'.Q411 3.953 2.534 41.484 25.790 -22.786 19.5 76 14.752 C 7.396 4.797 7. 743 13r>. ,103 0.949 2.412 41.486 23.813 -31.430 17.276 12.762 7.391 4.711 2.774 14 :.hb(, 0.4/+7 7.284 41.488 15.882 -41.751 15.2 19 11-042 7.3HI 4.737 7.770 15'~.5zr1 0. 944 2.151 41.4R9 10.995 -54.166 13.516 9.676 7, ?H' 4. 741 2. AO') lh'!. 380 1.943 2.015 41.490 6.14Y -68.840 12.112 0.747 7. la? 4.73i ?.hi4 17 ..243 3.942 1.076 41.491 1.342 -t5.258 11.749 8.327 7. $8i 4.7>4 ?.YJJ ln..la> 0.943 n. 41.490 -3.431 2'7.9t3 11.9C8 8.444 7.3131. 4.740 2. 736 1W.j. 969 7.943 n.979 41.489 -0.174 8 242.431 12.745 9.077 7. ?Bt 4.75n .2.775 194.h2'1 0.945 0.949 41.4RR -12.891 224.066 14. I27 10.159 7. ?9:' 4 .7 0 h 7. 742 70 I. 683 0.947 n.906 41.486 -17.588 217.950 15.857 11.602 Y . TV 2 Vlhit? VFLZ ntrn ECCE RMI 0 VELl ALPHA1 PHIl VINFl DV1 cv: VINF? PHI2 ALPHA? VEL2 BETA ECCE RHIO VELl ALPHA1 + PHI1 VINFl DV1 t a . t 77647d40.0 22.11 7.391 4.604 60.632 62.173 2.664 121.239 0.953 2.536 41.481 25.700 -22.923 19.531 14.712 31 7 7850.')317 20.12 7.3Y1 4.711 bO.lR2 b1.449 2.701 131.099 0.949 2.413 41.483 20.727 + -31.58E 17.235 12.727 7UCO.O 13.40 7.385 4.745 59.824 6U. 8Y 1 2.730 140.959 0.946 2.284 41.485 15.800 + -41.935 15.184 11.014 7~70." 1/.u4 1.382 4.127 59.551 60.49s 2.752 150.819 0.944 2.151 41.486 10.915 + -54.383 13.489 9.655 78w.n 10.11 7.37s 4.714 59.397 b0.735 2. 7b5 160.679 0.943 2.015 41.407 6.073 -65.085 12.294 8.734 7850. n 15.70 t 7.37? 4.709 59.334 bU.110 2.770 179.539 0.942 1.876 41.488 1.266 -P5.523 11.743 8.322 7c;:o.n 15.63 7.37E 4.708 51.391 bO.116 2.765 180.399 0.942 0.996 41.487 -3.506 257.705 11.913 8.448 7910.9 16.47 7.374 4.714 5q.559 60.234 2.751 190.259 0.943 0.979 41.486-n.248 242.199 12.760 9.089 7920.3 ll.5h 7.381 4.725 59.1134 t 60.461 2.729 200.119 0.945 0.948 41.485 -12.965 a 228.868 14.149 10.177 79 x. o 19.u1 7.3e5 4.741 60.213 6a.825 2.698 209.979 0.947 0.905 41.483 -17.663 217.782 15.926 11.626 . a 7R 147HS0.0 22.06 7.392 4.779 61.148 b1.648 7.620 121.538 0 -952 2.537 41.478 25.609 a -23.062 19.485 14.672 2677920.3 2U.UH 7.386 'f.746 On.701 60.922 2.651 131.398 0.949 2.413 41.480 20.641 -31.747 17.155 12.693 7910.0 18.31 7.381 4.720 00.341 60.369 2.687 141.258 0.946 2.285 41.482 15.716 -42.123 15.150 10.986 79%0.(1 11.01 7.377 4.701 h0.07h 59.972 2.709151.118 0.944 2.152 41.484 10.835 + -54.602 13.462 9.634 79?0.0 16.10 7.374 4.689 59.Y20 59.713 2.722l60.97H 0.942 2.015 41.484 5.994 -65.338 12.277 8.721 7940.9 15.6q 7.?71 4.683 50.863 29.593 2.726170.838 0.942 1.875 41.485 1.190 -E5.792 11.737 8.3 18 792o.n 15.b3 7.37? 4.681 59.921 + 59.5'33 2.12218(~.69n 0.942 0.996 41.484 -3.581 257.443 11.918 8.452 7960.0 16.46 7.374 4.689 h0.089 59. 713 2.708190.558 0.943 0.978 41.483 -8.323 241.965 12.776 9.101 79 IO.0 17.57 7.377 4.700 60.366 59.951 2.685200.418 0.945 0.948 41.482 -13.040 228.66E 14.173 10.196 79~0.0 19.03 * 7.38C 4.717 60.746 60. 30c) 2.654210.278 0.941 0.905 41.480 -17.739 + 217.613 15.955 11.650 * 7864 7940.0 22.02 7.2~7 4.754 61.663 61.111 2.578121.837 0.952 2.538 41.475 25.518 -23.203 19.440 14.632 217 7950.0 72.04 7.381 4.721 61.219 60.384 2.615131.697 0.949 2.414 41.478 20.554 -21.909 17.154 12.658 795o.n lZ.33 7.376. 4.695 60.862 59.831 2.644141.557 0.946 2.285 41.479 15.633 -42.312 15.115 10.958 7970.0 16.95 7.372 4.676 60.601 59.433 2.666151.417 0.944 2.152 41.481 10.754 4 -54.024 13.4?6 9.613 79'0.0 1b.UU 7.37c 4 .t64 60.443 5Y. 179 2.679161.277 0.942 2.015 41.482 5.915 -t5.593 12.260 8.108 75SO.O 15.b8 1.369 4.659 60.391 59.058 2.684171.137 0.942 1.875 41.482 1.113 -86.063 11.732 8.314 80110.0 15.a3 7.36'i 4.659 60.450 59.061) 2.679180.997 0.942 0.996 41.482 -3.657 257.180 11.924 8.457 8010.0 16.48 7.37c 4.665 60.620 59.181 2.665190.857 0.943 0.918 41.481 -8.398 241.730 12.752 9.113 ecro. 3 17.59 7.372 4.676 60.898 59.421 2.642200.717 0.944 0.947 41.479 -13.116 228.467 14.1% 10.215 8020.7 19.05 7.375 4.644 61.278 59.782 2.610210.577 0.947 0.904 41.477 -17.817 217.443 15.984 11.675 t + 79147990.0 21.518 7.383 4.731 62.176 t 60.563 2.535122.136 0.952 2.539 41.473 25.427 -23.345 19.394 14.592 167 8CCO.r) 20.02 7.376 4.697 51.737 t 59.835 2.573131.997 0.948 2.415 41.475 20.466 -?2.071 17.114 12.624 9010.3 18.30 7.371 4.h71 61.3R2 59.282 2.603141.857 0.945 2.286 41.477 15.548 -42.503 15. C80 10.930 8C 20.0 16.96 7.367 4.652 61.127 56.887 2.624151.716 0.943 2.152 41.478 10.673 -55.048 13.4C9 9.592 8o5o.n 16.U6 7.365 4.640 60.967 t 58.633 2.637161.576 0.942 2.015 41.479 5.836 -69.851 12.243 8.696 8040.0 15.67 7.364 4.634 60.125 58.505 2.641171.437 0.941 1.875 41.479 1.036 -E6.334 11.726 8.310 8050.7 15.M3 t 7. 364 4.635 60.979 58.516 2.637 181.297 0.942 0.996 41.479 -3.734 256.914 11 -9 31 8.461 8CL-0.0 16.49 7.365 4.641 61.150 58.638 2.623 191.156 0.943 0.918 41.478 -8.475 t 241.492 12.808 9.126 80 70. n 17.60 7.368 4.653 61.429 58. R80 2.599 201.016 0.944 n. 946 41.477 -13.193 228.264 14.?21 10.234 8080.0 19.u7 7.371 4.671 61.810 59.244 2.568 210.877 0.947 0.903 41.475 -17.894 217.272 16.014 1 I.. 699 t 79648040.0 ?1.93 7-37)! 4.708 62.689 60.002 2.494 122.436 0.952 2.540 41.47025.335 -23.408 19.349 14.552 117 8C50.0 19.96 1.372 4.674 62.253 59.2 74 2.531 132.296 0.948 2.416 41.472 20.378 a -32.236 17.073 12.589 8c50.0 18.27 7.367 4.h48 61.907 58.722 2.561 142.156 0.945 2.286 41.474 15.464 + -42.696 15.046 10.901 80 70. n 16.93 7.363 4.629 61.653 58.319 2.583 152.016 0.943 2.152 41.476 10.591 -55.275 13.382 9.571 8ceo.n 16.04 1.361 4.617 61.491 + 58.075 2.596 161.876 0.942 2.014 41.476 5.756 a -iC.111 12.226 8.683 8050.0 15.67 7.355 4.611 61.448 57.952 2.600 171.736 0.941 1.874 41.477 0.957 -86.613 11.721 8.306 81co.n 15.83 7.36C 4.612 61.507 57.960 2.595 181.596 0.941 0.995 41.476 -3.812 256.646 11.937 8.466 81 1o.n 16.50 7.361 4.618 61.680 i 58.085 2.581 191.456 0.942 0.977 41.475 -8.552 241.253 12.825 9.139 8120.0 17.62 7.363 4.631 61.959 58.328 2.558 201.316 0.944 0.946 41.474 -13.271 228.061 14.245 10.254 8133.0 19.03 7.367 4.649 62.341 58.694 2.526 711.176 0.946 0.902 41.472 -17.973 + 217.1CO 16.045 11.725 t a EDATE TTIME OV SUM OV2 VINFZ PHI2 ALPHA2 VEL2 BETA ECCE RHIO VELl ALPHA1 a PHI1 VIh'F1 ov1 TABLE XIV. - Continued. TABULARDATA FOR TRAJECTORIES FROM 1.1 EARTHRADII CIRCULAR PARKING ORBIT TO 1.1 NEPTUNE RADII CIRCULAR PARKING ORBIT
8014 8090.0 71.89 7.?74 4.685 63.200 59.429 2.454 122.735 0.951 2.542 41.468 25.243 -23.632 19.303 14.512 67 81so.n 19.Y2 7.367 4.651 b2.768 58.701 2.491 132.595 0.948 2.417 41.470 20.289 -32.402 17.C32 12.554 8llO.r) ld.24 7.362 4.625 62.420 58.150 2.521 142.455 0.945 2.287 41.472 15.378 -42.892 15.011 10.873 8120.0 1b.Yl 7.35e 4.606 62.161 57.756 2.543 152.315 0.943 2.152 41.473 10.507 -55.507 13.355 9.550 8130.0 16.03 7.356 4.594 h2.016 57.505 2.556 162.175 0.941 2.014 41.474 5.675 -7C.374 12.210 8.671 8140.0 15.66 7.355 4.589 b1.971 >7.387 2.560 172.035 0.941 1.874 41.474 0.817 y -t6.854 11.716 8.302 cll,>i).O 15.d3 7.355 4.589 62.043 57.385 2.554 181.095 0.941 0.995 41.474 -3.889 256.319 11.944 8.471 8160.0 16.51 7.357 4,596 b2.2OH 51.520 2.540 191.755 0.942 0.977 41.473 -8.630 241.013 12.842 9.152 8170.0 17.63 7.35$ 4.6U9 62.489 57.765 2.517 201.615 0.944 0.945 41.471 -13.349 221.05t 14.210 10.274 8180.0 1Y.11 7.363 4.627 62.871 511.133 2.485 211.475 0.946 0.901 41.410 -18.053 216.926 16.016 11.751 . t 80648140.0 21.d4 7.37C 4.664 63.711 58.844 2.414 123.034 0.951 2.543 41.46525.150 9 -23.77e 19.2 57 14.472 1 7 8l.jn.n17 19.89 7.36? 4.635 63.282 5a.116 2.451 132.894 0.948 2.417 41.46820.200 -22.571 l6.9S1 12.520 8160.0 Id.23 7.35e 4.603 b2.93h 5 7.5bh 2.481 142.754 0.945 2.287 41.46915.292 -43.09C 14.916 10.845 8170.0 16.b8 7.354 4.584 h2.687 57.174 2.503 152.614 0.943 2.152 41.47110.424 -55.740 13.329 9.529 81CO.O 16.Ul 7.352 4.572 62.541 * 56.922 2.516 162.474 0.941 2.014 41.4715.594 a -7c.638 12.193 8.658 a1so.o 1>.65 7.351 4.567 62.405 56.H09 2.520 172.334 0.941 1. R73 41.4720.797 9 -87.176 11.712 8.299 82C0.3 15.83 + 7.351 4.567 62.566 56.811 2.514 182.194 0.941 0.995 41.471 -3.968 t 256.105 11.952 8.477 82 10.0 1b.52 7.352 4.574 67.736 56.943 2.550 192.054 0.942 0.976 41.470 -8.709 i4C.770 12.860 9.165 822n.0 1l.65 7.355 4.587 b3.017 57.190 2.477 201.914 0.944 0.944 41.469 -13.429 227.65C 14.296 10.295 8230.0 19.14 7.359 4.607 63.399 57.559 2.444 211.774 0.94h 0.900 41.467 -1H.133 4 216.752 16.1C7 11.117
811481~0.0 21.80 7.365 4.642 64.2?0 58.246 2.374 123.333 0.951 2.544 41.463 25.056 + -23.926 19.211 14.432 33 8zo.n 19.84 7.359 4. 604 63.795 57.519 2.412 133.193 0.947 2.418 41.465 20.110 -32.741 16.950 12.485 8210.n ld.17 * 7.354 4.582 63.45.1 56.970 2.442 14 3.053 0.944 2.287 41.467 15.205 -43.290 14.942 10.816 a2x.3 16.86 7.35C 4.563 63.206 5b. 580 2.464 152.913 0.942 2.152 41.468 10.340 -55.976 13.3C2 9.508 82 ?0.0 15.93 7.34t 4.550 63.066 56.325 2.477 162.773 0.941 2.014 41.469 5.512 -iO.906 12.177 8.646 8240.0 15.64 7.347 4.545 b3.019 56.217 2.481 172.633 0.940 1.872 41.469 0.716 -87.461 11.701 8.296 8250.0 15.83 7.347 4.546 63.089 56.224 2.475 1R2.493 0.941 0.995 41.469 -4.049 255.829 11.959 8.483 82r.0.7 1b.>3 7.34h 4.553 63.271 56.345 2.460 192.353 0.942 0.976 41.468 -8.788 24C.530 12.877 9.179 8270.0 1!.67 7.351 4.567 63.545 56.607 2.437 202.213 0.944 0.944 41.467 -13.509 227.442 14.322 10.315 8200.0 1Y.16 7.355 4.586 63.977 56.913 2.404 212.073 0.946 0.900 41.465 -18.214 216.577 16.129 11.803 I II 8164a240.0 21.75 7.361 4.622 64.729 >1.635 2.336 123.632 0.951 2.545 41.461 24.963 -24.074 19.165 14.391 83 H25O.O 19.80 7.355 4.5d7 64.307 56.9G9 2.374 133.492 0.947 2.419 41.463 20.020 -32.913 16.9C9 12.450 -43.492 a200.n 1d.14 t 7.35:: 4.5b1 b3.96q >6.3b2 2.404 143.352 0.944 2.288 41.465 15.118 14.907 10.788 @?70.O 16.83 7.34t 4.542 63.725 55.973 2.426 153.212 0.942 2.152 41.466 10.255 -56.214 13.275 9.488 82nn.o 15.9d + 7.344 4.530 63.580 55.728 7.439 163.012 0.941 2.013 41.467 5.429 -71.180 12.ltl 8.634 82iQ.0 15.64 7.34: 4.524 h3.543 * 55.613 2.443 172.932 0.940 1.872 41.467 0.635 -87.748 11.7C3 8.293 83CO.Q l>.83 7.'42 4.526 63.612 55.624 2.437 i82.792 0.940 0.995 41.467 -4.129 255.552 11.967 8.489 8310.0 16.54 7.345 4.533 63.793 55.749 2.422 192.652 0.942 0.975 41.466 -8.869 240.283 12.856 9.193 8320.0 17.68 7.347 4.547 64.071 56.003 7.396 202.512 0.943 0.943 41,464 -13.589 227.234 14.348 10.337 M330.0 13.1d 7.351 4.567 h4.454 56.375 2.365 212.372 0.946 0.899 41.463-18.296 216.401 16.171 11.830 9 ECATE TTIMC CV SUM CV: VINF2 PHI7 BETAALPHA2VEL2 ECCE RMID ALPHA1VELl VINFlPHI1 DV1 CVi VI'qFZ P-I7 ALPPA? VEL2 bFTA FCC€ RMIO VELl ALPHA1 PHIl VINFl DV 1
7.487 4.75 1 62.1Yq 61.950 2.534 116.420 '3.953 2.5R341.472 27.289 -20.44120.292 15.383 7.3~~4.716 61.710 00.201 2.573 129.280 0.950 2.46141.475 22.311 -28.64317.941 13.330 7.37b 4.6HH 61.332 * 59.646 2.606 138.140 0.'147 2.33441.477 17.376 -38.385 15.8~4 11.525 7.37r 4 .5 f, (1 hl.d43 t >'>.187 2.63314lJ.000 3.944 2.20241.478 12.485 -!.C.10813.982 10.044 7.767 4.627 60.H41 56.891 2.647157.060 0.947 2.06541.480 7.633 -64.09212.6C9 8.974 7.36, 4.641 00.755 5a.717 2.654 167.720 1.942 1.926 41.4802.819 -6C.07511.837 8.392 7. lhr 4.647 h0.771 * 2R.680 2.653 177.580 0.941 0.90941.480 -1.962 263.07111.772 8.343 7. Jot. 4.646 f,1.Y02 58. 75R 2.6421A1.440 0.942 0.98641.479 -6.713 + 247.00412.411 8.823 I.?$!' 4.636 61.141 58.356 2.613 19 1.300 0.944 0.95941.478 -11.439 4 232.91513.643 9.776 7.37! 4.011 b1.4C4 SY.273 7.594 207.160 0.946 0.92041.476 -16.145 221.12615.311 11.118
7.?7', 4. 113 62.7~* 611. 1511 ?.532 124.862 0.951 2.50741.472 24.072 -25.57518.153 14.033 7.777 4.htll 61.813 5i.47H 2.567 134.722 0.947 2.38241.475 19.124 -34.72016.'~?1 12.132 7 ,'?& 6. 4.637 51.484 30.969 2.595 144.582 0.945 2.251 41.47614.219 -45.689 14.3Z; 10.526 7 .?65 4.6417 61.?'2< 28.611 2. 614 154.442 0 -943 2.116 41.477 9.354 -58.854 13.C35 9.301 7.362 4.630 61.176 58.3;rh 7.625 164.302 0.942 1.978 41.478 4.528 -74.208 12.023 8.538 7 .7(.i 4.bL6 61.115 98.301 2.626 174.162 0.941 1.000 41.478 -0.262 + 269.071 11.7C9 8.297 7.36' 4.628 bl.lq7 56. 346 Z.619 1R4.022 0.942 0.992 41.478 -5.024 252.540 12.1Cb 8.593 1.364 4.uJ6 61.398 38.5dO 2.033 19.3.682 0.943 0.970 41.477 -9.759 237.667 13.145 9.386 7. 367 4 .!I 4,) 61.705 58.772 2.377 203.742 0.545 0.936 41.475 -14.472 225.067 14.675 10.600 7:571 4.66'4 62.117 5Y.173 7.543 213.602 0.947 0.889 41.473 -19.170 214.624 16.549 12.147
7.?7' 4.69P 67.743 * 511.593 2.491 127.162 0.951 2.508 41.470 23.981 -25.124 18.7C9 13.994 7.365 4.658 h7.33Q 58.914 7.S2b 135.322 0.947 2.382 41.472 19.036 -34.892 16.452 12.099 7.35'. 4.634 62.0~4 * 5d.405 2.554 l'tr.HB2 0.944 2.251 41.474 14.134 -45.892 14.551 10.500 7.361 4.617 61.141 !Jd.C4/1 7.573 154.742 0.943 2.116 41.475 9.273 -55.091 13.0 11 9.282 7.35s 4.607 b1.654 57.831 2.584 164.602 0.341 1.977 41.476 4.449 4 -14.475 12.019 8.527 7.352 4.601 61.637 51.745 2.585 174.462 0.941 1.000 41.476 -0.341 4 268.790 11.707 8.296 7.351: 4. hui f>l.l?h + 31.187 2.578 1R4.322 0.941 0.992 41.475 -5.102 252.277 12.116 8.600 7. ?6C 4.613 61.927 57.943 7.551 194.182 0.943 0.970 41.474 -9.836 231.437 13.164 9.401 7.36: 4.627 62.235 58.219 7.i3b 204.047 0.945 0.935 41.473 -14.550 4 224.872 14.702 10.622 7.308 4.647 62.643 Sd. 614 7.501 21 3.902 0.947 0.888 41.471 -19.249 4 214.459 16.5E1 12.174 + . 7.37c 4.660 63.255 >9.016 2.450 125.461 0.950 2.509 41.467 23.889 4 -25.814 18.664 13.955 7.364 4.636 67.84f3 >8. 3 37 2.486 135.321 0.947 2.383 41.470 18.948 4 -35.061 16.452 12.066 7. 3hC 4.012 67.527 5 1.829 2.514 145.181 0.944 2.251 41.471 14.049 -46.097 14.518 10.473 7.356 4.295 62.297 5 7.476 2.533 155.041 0.942 2.116 41.472 9.190 -54.333 12.986 9.263 7.354 4.584 67.175 51.262 7.544 164.901 0 .94 1 1.977 41.473 4.368 4 -74.747 12.0C5 8.517 7.754 4. $80 62.161 >7. I76 2.545 174.761 0.441 1.noo 41.473 -0.421 4 268.509 11.706 8.295 7.354 4.583 62.253 + 57.217 2.536 1A4.621 0.941 0.992 41.473 -5.180 252.013 12.126 8.607 7.356 4.591 62.456 + >7.375 2.521 194.481 0.942 0.969 41.472 -9.915 237.205 13.183 9.416 7.358 4.606 62.764 >7.6,7 2.495 204.341 0.944 0.934 41.470 -14.629 224.615 14.129 10.644 7.?62 4.626 63.172 58.054 2.460 714.201 0.947 fl.887 41.468 -19.329 214.293 16.614' 12.201 t 7.374 4.686 64.24P b9.298 2.368 115.900 0.954 2.631 41.46328.177 -18.225 21.014 16.025 7.366 4.646 63.756 + 5 8.426 2.411 125.760 0.950 2.510 41.465 23.797 -26.026 18.619 13.916 7.36C 4.614 63.360 + 51.74R 2.446 135.620 0.947 2.383 41.467 18.860 4 -25.243 16.413 12.032 7.355 4.590 63.041 + 57.247 7.474 145.480 0.944 2.252 41.469 13.964 -46.305 14.485 10.447 7.352 4.573 62.818 + 56. e90 2.494 155.340 0.942 2.116 41.470 9.101 -49.577 12.962 9.244 7.35c 4.562 62.699 + >6.675 2.504 165.200 0.941 1.977 41.471 4.287 -75.020 11.992 8.501 7.34s 4.559 62.684 56.593 2.506 175.060 0.941 1 .ooo 41.471 -0.501 268.224 11.7C5 8.294 7.35C 4.561 62.785 56.623 2.498 184.920 0.941 0.991 41.470 -5.259 4 251.74P 12.136 8.615 7.357 4.570 62.904 + 56.194 2.481 194.7AO 0.942 0.969 41.469 -9.994 236.972 13.2C4 9.432 7.354 4.585 63.292 51.073 7.455 204.640 0.944 0.934 41.468 -14.709 224.418 14.756 10.666 4 s CVZ VINF2 PHI2 4 ALPHA2 VEL2 bETA ECCE RMID VELl ALPHA1 4 PHIl VIhFl DV 1 TABLE XIV. - Continued. TABULAR DATA FOR TRAJECTORIES FROM 1.1 EARTH RADII CIRCULAR
PARKING ORBIT TO 1.1 NEPTUNE RADII CIRCULAR PARKING ORBIT
ECPlE TTIME cv2 VINf2 PHI? ALPHA7 VEL2 dETA ECCE RM IO VEL1ALPHAl PHIl VI'uF1 DV 1 I I 813182r:o.n 7 .?7C 4.666 64.753 58.695 2.329 116.199 0.954 2.632 41.460 28.680 I -18.360 20.9t5 15.981 3118210.0 7.362 4.h25 64.276 57.824 2.372 126.059 0.950 2.511 41.463 23.705 -26.179 18.574 13.878 8270.0 7.35t 4.593 63.1174 57.147 2.408 135.919 0.746 2.384 41.465 18.771 -35.421 16.373 11.999 8230.9 7.351 4.269 63.556 56.642 2.436 145. 779 0.944 2.252 41.467 13.878 -46.515 14.453 10.421 8240.0 1.?48 4.551 63.337 >b.297 2.425 155.639 0.942 2.116 41.468 9.023 -59.823 12.938 9.226 82J0.0 7.346 4.541 63.224 56.076 2.465 165.499 0.941 1.976 41.468 4.205 -15.295 11.979 8.497 82;o.n 7.345 4.538 h3.2Od 56.000 2.467 1lS.359 0.940 1.000 41.468 -0.582 267.939 11.7C4 8.293 e2 70.0 7.34t 4.540 h3.357 >a.n39 2.459 1.45.219 0.941 0.991 41.468 -5.339 251.475 12.147 8.623 e2~0.0 7.348 4.549 h3.519 56. 192 2.441 195.077 0.942 0.968 41.467 -10.013 I 236.74C 13.224 9.447 8290. 0 1.351 4.564 63.620 I 26.462 2.415 204.937 3.944 9.933 41.465 -14.789 214.279 14.184 10.688
8181 8220.il 1.36t 4.645 65.257 58.079 2.291 llh.4'38 0.954 2.633 41.458 28.584 -li?.49t 20.5 16 15.937 2618260.n 7-35? 4.605 64.785 57.20H 2.334 126.358 0.950 2.517 41.4hl 23.612 -26.334 18.529 13.839 8210.0 7.352 4.573 b4.3ah 50.533 2.373 136.218 0.946 2.384 41.463 18.681 -35.600 16.323 11.966 82".0 1.747 4.540 64.014 56.050 2.398 146.078 3.943 2.252 41.464 13.191 -46.727 14.420 10.394 ez..o.n 1.?44 4.551 63.856 >5.6112 2.411 155.Y38 0.942 2.115 41.466 24.939 -6C.012 12.914 9.201 83CO.0 7.342 4.521 h3.740 I 35.472 2.428 lh5.79a 0.540 1.976 41.466 4.122 -15.576 11.966 8.488 8310.0 7.347 4.517 63.132 >2.303 7.429 175.650 0.940 I. 000 41.466 -9.663 261.651 11.703 8.292 83~0.n 7.34i 4.520 63-83,) 52.436 2.421 185.518 0.941 0.991 41.466 -5.420 3 251.20P 12.158 8.632 e320.0 7.34.1 4.529 64.040 32.597 2.403 195.318 0.942 0.968 41.465 -10.154 236.503 13.245 9.464 8341.3 7.347 4.545 64.545 >5.8/9 2.371705.238 0.944 0.932 41.463 -14.810 . 224.08C 14.812 10.111 7.362 57.449 2.253 116.197 0.953 2.635 41.456 28.486 -18.634 20.8t6 15.893 7.154 56.579 2.296126.h57 0.949 2.513 41.459 23.518 -26.490 18.404 13.799 7.34t 5>.9ob 2.332136.517 0.746 2.385 41.461 18.591 -35.782 16.294 11.933 7.344 55.465 2.36U146.377 0.943 2.757 41.462 13.104 -46.941 14. ?87 10.368 7.34c >5.059 2.380156.237 0.141 2.115 41.4638.854 -60.323 12.890 9.189 7.?3P 54.~53 2. 39U 166.097 0.940 1.915 41.464 4.039 I -75.857 11.9!3 8.418 7.?3? 24.171 2.391 172.957 0.940 1.003 41.464 -0.744 267.362 11.703 8.292 7.33r 54.827 2.384 1H5.817 0.940 3.991 41.464 -5.502 250.933 12.170 8.641 7 .?4C 54.978 2.365 195.617 0.942 0.961 41.463 -10.235 236.265 13.266 9.481 7.34? 32.256 2.33d 705.531 0.944 0.931 41.461 -14.952 223.881 14.841 10.735
1.355 5h.dl.14 2.216 117.096 3.953 2.636 41.45428.389 -18.112 20.8 17 15.849 7.151 5>.937 2.260 17b.95b 0.949 2.513 41.457 23.425 -26.647 18.419 13.760 7.745 5,.2bh 2.29b 130.811 0.946 2.385 41.459 18.501 -35.966 16.254 11.900 7. v+r 24.765 2. 324 146.677 3.'743 7.252 41.460 13.616 -41.158 14.354 10.341 7.?37 54.42'5 2. 343 15h.536 3.941 7.115 41.461 8.769 -60.571 12.866 9.170 7. ? 3'; 54.220 2.354 Ihb. 396 0.940 1.975 41.462 3.955 3 -i6.142 11.941 8.469 1.?34 34.136 2.354 17b.256 0.940 1. oon 41.462 -0.827 267.010 11.1G3 8.292 7.?3.5 34.107 2.346 1Rh.llb '1.940 0.990 41.461 -5.583 fi 750.662 12.182 8.650 1231 24.351 2.328 195.976 9.942 0.961 41.460 -10.316 I i36.02t 13.2E8 9.498 7.?4r 34.h3C' 7.301 705.A3h 0.944 n.931 41.459 -15.035 . ii3.67E 14.~370 10.758 7.35' 5b. 145 2.100 111.395 0.953 2.h31 41.452 213.291 -18.912 20.767 15.805 1.347 3 3 .2 2.223 12 1.2S6 0. 949 7.514 41.455 23.330 -26.806 18.354 13.121 7.341 24.612 ?.2bu 137.116 0.945 2.786 41.451 18.410 a -20.151 16.214 11.866 7.?31 24.111 2.28e 140.976 3.143 2.252 41.458 13.528 -47.377 14.321 10.315 7.?32 23.711 7.307 15b.836 0.141 2.115 41.4598.683 I -6c.834 12.842 9.152 7.l31 33.57'1 7. 318 16b.h96 i).940 I. 974 41.4h0 3.871 -16.425 11.928 8.460 7.?31 5 3 .5 ETA tCCE %MI0 VFLlALPHAl PHIl VIhFl DV1 CV SbM cv2 VIUFZ PHI2 * ALPHA2 VEL~ nern ECCE RMIO VEL1ALPHA1 PHIl VINFl DV 1 * li 73.11 + 7.357 4.511) 67.258 * 55.472 2.144 117.695 0.953 2.638 41.451 2H.192 -15.053 20.718 15.761 71.03 0 7.344 4.529 66.H04 54.610 2.188 127.555 0.949 2.515 41.453 23.235 4 -26.967 18.349 13.682 1Y.17 7.73E 4.496 66.422 + 53.945 2.225 137.415 0.945 7.386 41.455 18.318 -36.338 16.114 11.833 17.62 7.333 4.471 66.123 * 53.454 2.253 141.275 0.043 2.252 41.456 13.439 -47.599 14.288 10.289 16.416 7.?3C 4.454 515.917 53.1:b -7.272 157.135 0.941 2.114 41.457 8.596 -61.053 12.819 9.134 15.78 7.32,! 4.444 65.812 52.916 2.282 166.995 o. 940 1.973 41.45R 3.786 -1t.715 11.916 8.450 17.62 7.?27 4.441 65.810 >2.847 2.283 176.851, 0.939 1 .a00 41.458 -9.994 266.475 11.7C4 8.293 14.uo * 7.328 4. '144 65.920 * 52.882 2.274 18h.715 0.940 0.990 41.457 -5.749 * 25C.111 12.2C7 8.668 Ib.36 7.?3C 4.455 66.125 55.051 2.25b 196,575 0.941 0.966 41.456 -10.484 235.546 13.333 9.533 ld.14 7.?3! 4.472 b6.443 * 53.325 2.228 206.435 0.943 0.929 41.455 -15.202 s 223.274 14.930 10.807 t 23.b6 7.348 4.552 67.755 * 54.783 2.109 117.934 0.952 2.639 41.449 211.094 -19.195 20.668 15.716 ?>.Y9 + 7.34c 4.511 67.305 + 73.925 2.154 127.854 0.94b 2.515 41.451 23.140 -27.126 18.3C3 13.643 19.13 7.?34 4.478 66.927 53.264 2.190 137.714 0.945 2.386 41.453 18.226 -36.527 16.134 11.800 17.5'4 E 7.33c 4.453 b6.632 >2.777 2.216 147.574 0.942 2.252 41.454 13.350 -47.822 14.2 55 10.262 10.44 + 7.326 4 -4 3b 66.42V 4 52.442 2.238 157.434 0.940 7.114 41.455 8.509 ?61.355 12.755 9.116 15.77 7.325 4.42h 66.326 52.245 2.748 167.294 0. q39 1.973 41.456 3.700 -77.011 11.904 0.442 1>.62 7.324 4.423 (16.377 >L.173 2.249 177.154 0.933 1 .ooo 41.456 -1.079 266.176 11.7C5 8.294 Ih.0i; 7.37: 4.427 66.433 + 52.220 2.240 187.514 0.940 0.989 41.456 -5.833 245.831 12.220 8.678 1h.UV 7.327 4.438 66.64h 52.379 2.221 196.874 0.941 0.965 41.455 -10.569 4 235.3C4 13.356 9.551 ld.16 * 7.73c 4.455 bb.q55 >2.664 2.193 706.734 0.943 0.928 41.453-15.787 223.068 14.9tl 10.832
73.L2 7.?45 4.555 hH.249 54.078 2.075 118.293 0.952 2.640 41.447 27.995 -15.33e 20.6 18 15.672 2c.Y4 7.331 4.4Y4 61.004 53.225 2.129 12d. 153 0.948 2.516 41.449 23.045 -27.292 18.258 13.603 19.1'J 7.?31 4.461 67.430 52.56'1 2.156 13H.013 0.945 2.387 41.451 18.134 -36.71E 16.094 11.766 17.3h * 7.?2C 4.436 67.139 52. 066 2.lM5 147.873 0.942 2.752 41.453 13.260 1 -48.048 14.223 10.236 10.42 7.373 4.410 46.439 t >1.755 2.204 157. 733 0.940 2.1 14 41.454 8.421 -61.619 12.772 9.098 15.15 7.3?1 4.409 66.839 51.56" 2.214 167.593 0.939 1.972 41.454 3.614 -71.30t 11.A5Z 8.433 17.62 7.321 4.406 b6.RL1 >1.4qn 7.215 177.453 0.939 1. on9 41.454 -1.164 265.874 11.706 8 -294 1b.01 7.32? 4.41~1 66.941) 51.537 2.235 187.313 0.940 0.989 41.454 -5.918 249.550 12.234 8.689 10.69 7.324 4.4L1 67.160 >1.69? 2.186 197.173 0.941 0.965 41.453 -10.652 235.062 13.380 9.569 Ia.lrj 7.327 4.439 61.414 51 -97 I 2.159 207.033 0.943 0.928 41.451 -15.373 222.863 14.952 10.857 . * 22.97 7.347 4.51'3 68.742 53.3561 2.042 118.592 0.952 2.641 41.445 27.895 s -19.482 20.568 15.628 7L'.Y3 7.?34 4.417 68.301 72.510 7.080 128.452 0.948 2.517 41.448 22.949 -27.456 18.212 13.564 l?.cb * 7.321' 4.444 67.Y32 >I.RbO L. 123 13a. 312 0.945 2.387 41.449 18.041 -3t.910 16.C54 11.733 17.53 7.32? 4.419 67.644 I >1.381 7.131 148.112 0.942 2.257 41.451 13.169 # -48.276 14.1SO 10.210 lo .4'? 7.3?12 4.432 61.448 51.054 2.171 158.032 0.940 2.113 41.452 8.333 -t.1.886 12.748 9.08C 15.74 t 7.312 4.39? 67.350 * 33.867 7.1111 167.892 0.939 1.Y71 41.452 3.528 -77.604 11.BEl 8.424 13.61 * 7.31E 4.390 61.3'15 70.791 2.181 177.752 0.939 1.noo 41.452 -1.250 265.571 11.707 8.296 10.02 * 7.31$ 4.394 67.463 50.841 2.172 187. bi2 0.939 0.989 Gi.452 -6.003 245.269 12.248 8.699 10.71 * 7,371 4.435 67.675 51.703 2.153 197.472 0.941 0.964 41.451 -10.738 234.816 13.4C4 9.588 LY.Ll .* 7.324 4.423 b7.99? 51.275 2.125 207.332 0.943 0.927 41.450 -15.459 0 ?i2.658 15.C23 10.883 CVL VIIuF2 Phl2 ALPHA: VEL2 BETA ECCE RMID VEL1ALPHA1 PHIl VINFl OV 1 TABLE XIV. - Continued. TABULAR DATA FOR TRAJECTORZES FROM 1.1 EARTH RADII CIRCULAR
PARKING ORBIT TO 1.1 NEPTUNE RADII CIRCULAR PARKING ORBIT
ECATE cv suv . cv; VINt2 PHI2 ALPHA2 BETAVEL2 ECCE RMIO VELlALPHAl PHIl VINFl ov 1 82 65 21.67 7.355 4.366 65.795 jb.441 2.256 123.240 0.951 2.559 41.456 25.273 -23.561 19.3C9 14.517 183 1Y.Yl 7.342 4.550 65.375 52. 702 2.295 133.100 0.947 2.433 41.459 20.333 t -32.294 17.042 12.563 1a.22 7.343 4.523 65.036 j5. 142 ?.32b 142.960 0.944 2.302 41.460 15.434 -42.735 15.0 23 10.882 16.90 7.?39 4.503 64.788 54.743 7.349 15~.820 0.942 2.166 41.462 10.572 -55.305 13.3t4 9.557 1b.Ul 7.337 4.490 64.638 >4.4BR 2.363 162.680 0.940 2.027 41.462 5.746 -7C.127 12.211 8.672 15.63 I 7.?35 4.484 64.602 54.355 2.367 112.540 0.940 1.R85 41.463 0.953 -16.623 11.707 8.295 15.79 7 .?36 4.4115 64.656 54.364 2.362 182.400 0.940 0.995 41.462 -3.813 256.62E 11.924 8.456 10.47 t 7.337 4.493 64.824 54.484 2.34d 191.260 0.941 0.977 41.462-R.555 241.223 12.012 9.129 11.59 t 7 .?4C 4.5IJb 05.00) 54. 7IY 2.324 30/. 120 0.943 0.946 41.460-13.278 228.016 14.226 10.246 19.lJb 7.34? 4.526 b5.475 55.076 2.292 711.980 0.945 0.902 41.458-17.987 217.042 16.029 11.720 * . 8298 22.62 7.255 4.588 66.305 56.326 0.952 2.604 41.45427.031 -2C.798 20.153 15.260 15C 2.1.58 7.?4E 4.5537 65.861 35.514 0.948 2.480 41.45722.019 -29.024 17.821 13.227 ld.7tJ 7.342 4.51') 55.493 54.892 2.291 13(?. 542 c.945 2 -35 1 41.45817.167 -3e.808 15.703 11-441 17.32 7 .?3? 4.437 65.213 24.439 2.317 149.402 0.942 2.216 41.46012.293 -50.58C 13.9C1 9.980 16.26 I 7.?3L 4.481 65.u29 34.134 7.334 15Y.262 0.94! 2.078 41.4617.456 -t4.619 12.552 8.930 13.IC 7.233 4.473 64.947 b3.965 2.342 169.122 0.940 1.937 41.4612.652 -80.648 11.804 8.367 15.67 7.?3! 4.411 64.Y75 t 53.11h 2.340 178.982 0.940 0.990 41.461 -2.123 262.459 11.763 8.337 1b.17 7.?34 4.477 (15.101 33 .9Y8 2.330 188.847 0.940 0.985 41.461 -6.873 246.467 12.426 8.834 11.14 7.236 4.4t1~ 05.331 54.192 2. 509 198. 702 0.942 0.958 41.459 -11.602 232.438 13.678 9.803 18.53 * 7.34C 4.2db 65.676 34.50s 2.2d0 208.562 3.944 0.919 41.458 -16.316 220.70C 15.363 11.161 x I 8348 2L.57 7.352 4.210 66.805 55.6b3 2.180 129.121 0.952 2.605 41.452 26.934 -2C.942 20.1C4 15.217 1c0 20.55 7.34'1 4.531 66.366 4 54.834 2.222 121.981 0.948 2.481 41.455 21.985 -29.190 17.777 13.190 lb.15 7.?3t! 4.501 66.032 54.735 7.256 13'4.841 0.945 2.351 41.456 17.076 -39.002 15.665 11.410 11.29 I 7.334 4.478 65.725 53.7n4 2.282 147.701 '1.942 2.216 41.458 17.205 -5C.810 13.871 9.956 16.24 7.?31 4.462 65.544 55.483 2.279 157.562 9.940 2.077 41.459 7.370 -t4.887 12.531 8.314 1-1.69 * 7.?3C 4.454 (15.464 23.316 2.357 16 4.422 0.940 1.936 41.459 2.567 -8C.941 11.755 8.360 15.67 7.?3C 4.423 65.489 33.274 2.305 173.281 0.940 0.998 41.459 -2.207 262.204 11.767 8.340 1b.ld 7.331 4.458 65.623 53.341 2.294 18'3.141 0,940 0.985 41.459 -6.956 24t.2CC 12.441 8.846 11.16 7.237 4.470 65.P58 33.545 2.2 73 199. GO1 0.942 0.958 41.457 -11.685 232.208 13.7C2 9.822
lU.52 7.?3t. 4.489 hb.196 f 53.8b0 2.243 20H.861 0.944 0.918 41.456 -16.400 i2C.506 15.194 11.187 I 8399 7L.52 * 7.141 4.557 61.304 24.7~5 2.145123.421 0.951 2.606 41.45126.836 s -2l.oee 20.056 15.174 5c 70.49 r 7.341 4.513 66.869 * 5r.179 2.167130.281 0.948 2.481 41.453 21.891 -29.357 17. 133 13.152 Id./l I 7.335 4.4az 66.509 53.564 2.22114'3.141 n. 944 2.351 41.455 16.985 -29.199 15.627 11.378 17.~h 7.?31 4.460 66.236 53.117 2.24i15J.001 0.942 2.716 41.456 12.117 -51.042 13.840 9.931 16.23 7.328 4.444 hb.057 52.818 2.26415'i.Rbl 0.940 2.077 41.457 7.284 -65.156 12.510 8.898 12.6H 7 .?26 4.436 b5.980 32.654 2.i71160.721 0.939 1.935 41.457 2.483 -81.236 11.786 8.354 13.67 7.326 4.435 66.007 52.613 7.270177.581 0.939 0.998 41.451 -2.290 261.909 11.771 8.343 16.ltl 0 7.327 4.441 66.145 5L.625 2.253109.441 0.940 0.985 41.457 -7.039 245.932 12.457 8.858 17.17 7.?3C 4.453 66.379 4 32.884 2.23619'1.301 3.942 0.957 41.455 -11.769 231.917 13.727 9.842 18.55 7.23' 4.472 66.715 53. 1YY 2.258 70'1.161 3.944 0.917 41.454 -16.485 220.311 15.426 11.213
8448 22.48 7.345 4.535 67.801 54.2<11 7.11Q12u. 72u 0.951 2.607 41.449 26.738 -21.235 20.007 15.131 0 70.45 1.338 4.496 b7.370 33.4Y0 2.15;13J.580 0.947 2.482 41.451 21.791 -25.526 17.689 13.114 ld.t8 7.?3? 4.405 67.315 31.9Hn 2.10714c.443 0.944 2.351 41.453 16.894 -19.397 15.5E8 11.346 1l.23 E. 7.3Zr 4.442 66.745 32.436 2.213 150.303 0.942 7.215 41.454 12.028 -51.277 13.810 9.907 lb.il 1.325 4.427 66.569 + 52.140 2.233 1b.i.160 0.940 2.077 41.455 7.197 -65.425 12.489 8.802 13.67 * 7.323 4.4 IS 66.494 51.918 2.237 110.029 0.939 1.934 41.455 2.397 -61.534 11.737 8.347 13-61 7.32' 4.418 66.523 31.Y59 2.235 17'4.830 0.939 0.998 41.455 -2.375 261.611 11.776 8.346 16.19 7.324 4.423 b6.tbh * 52.%'Jh 7.2231~0.740 0.945 0.984 41.455 -7.123 245.603 12.473 8.870 1.7.14 7.326 4.436 bh.019 52.2J7 2.233 19Y.600 0.742 0.956 41.454 -11.853 231,746 13.7 53 9.862 13.57 7.?3C 4.435 (17.234 51.523 2.172 709.463 9.944 0.916 41.452-16.570 220.116 15.458 11.239 t ECATE TTlMC cv SUM DVL VI"r2 PHI2 ALPMA: VEL: kETA ECCE RMIO VELlALPHAl PHIl VINFl ov 1
.. . CV SLP a cvz VI'ikL PHI7 ALPHA7 tlETAVEL2 ECCC RVIO VELl ALPMA1 PHIl VINFl DV1 a * 4 7L.43 7.342 4.516 68.29h * >3.5H3 2.076 121.019 0.951 2.609 41.447 26.640 e -21.382 19.958 15.088 7J.41 + 7.?34 4 .'+ 7 9 6 7. 3 /'I * 22.767 1.11'9 1311.879 0.941 7.4H2 41.449 21.702 -25.697 17.644 13.076 lb.64 * 7.32" 4.44r1 h7.517 >L.ltil 7.153 Ian.739 0.944 2.351 41.451 16.802 -39.597 15.550 11.315 17.~1* 7.324 4.425 h7.25? 51.747 2.179 15'1.59Y 0.942 2.716 41.452 11.939 -51.514 13.779 9.883 15.17 7.?2i 4.411 h7.UBO b1.449 2.1516 16\1.459 0. 940 2.076 41.453 7.109 -t5.704 12.469 8.867 13.66 * 7.321; 4.4b7 67.077 + 2l.?a3 7-24> 17,~.319 0.939 1.934 41.454 2.311 -81.835 11.769 8.341 1>.67 7.32C 4.4~1 67.O38 31.?51 7.L'Jl 1Ri .17') 0.939 0.998 41.454 -2.460 261.312 11.780 8.350 16.LO 7.321 4.407 (17.174 51.330 7.1'40 19J039 0.940 0.984 41.453 -7.209 8 245.38E 12.490 8.883 17.21 * 7.322 4.420 N.418 51.515 2.168 199.A99 0.941 0.956 41.452 -11.938 1 231.514 13.778 9.883 ld.>Y u 7.?27 4 .It 3.7 67.777 t 31.831 7.13d 2@'>.759 0.944 0.915 41.450 -16.656 219.920 15.451 11.266 t . 2L.3d * 7.?3S 4.541 (Jti.78'4 + >L.R5Y 2.043 121.318 0.951 2.608 41.445 26.542 -21.533 19.9C9 15.045 20.37 7.331 4.462 hH.36n + 5L.06h 2.086 131.178 0.94 I 2.483 41.448 21.601 -29.86E 17. tCO 13.038 16.61 7.326 4.431 hH.021 + 51.468 7.120 141.038 0.444 2.351 41.449 16.710 a -?9.799 15.512 11.283 17.18 7.321 4.409 67.7% + 51.033 2.146 15'1.898 0.941 2.215 41.451 11.849 I -51.753 13.148 9.859 11.17 7.31'; 4.3Y3 67.588 50.744 2.163 160.758 0.940 2.076 41.451 7.021 -t5.901 12.448 8.851 15.65 7.317 4.3d5 67.519 30.587 ?.17017n.618 0.939 1.933 41.452 2.224 -82.138 11.761 8.335 13.67 + 7.317 4.385 61.551 5lJ.550 2.168 186.478 0.937 0.998 41.452 -2.546 261.011 11.7E5 8.353 16.21 7.31~ 4.391 67.689 50.629 2.156 190.338 0.940 0.983 41.451 -7.294 4 2L5.116 12.507 8.895 17.~2t 7.321 4.4u4 67.927 + 50.821 2.135 200.198 0.941 0.955 41-450 -12.025 231.278 13.805 9.904 18.62 7.324 4.424 68.270 t 31.123 7.104 210.058 0.944 0.915 41.448 -16.743 219.724 15.524 11.294 t I ZL.34 * 7.331 4.4d6 69.281 >2.118 2.011 121.617 0.951 2 -609 41.444 26.443 4 -21.683 19.850 15.002 Z'J.33 4 7.32r! 4.446 68.864 51.334 2.053 131.477 0.947 2.403 41.446 21.511 -3C.042 17.556 13.000 18.37 7.?7? 4.415 68.511 20.740 2.O8d 141.337 0.944 2.351 41.448 16.617 -4C.C0? 15.4i3 11.252 17.15 7.31e! 4.332 68.267 + 50.311 2.114 151.1Y7 0.941 2.215 41.449 11.758 4 -51.995 13.718 9.835 16.15 7.316 4.377 bh.095 50.026 2.131 161.057 0.940 2.075 41.450 6.933 -66.261 12.428 8.836 15.64 7.314 4.369 68.C28 49.t371 2.138 170.917 0.939 1.932 41.450 2.137 -E2.44? 11.753 8.330 15.67 7.?14 4. 369 64.362 49.835 2.136 1811.777 0.939 0.998 41.450 -2.632 26C.709 11.741 8.357 16.22 7.315 4.375 bR.2')O 49.914 2.124 190.637 0.940 0.98 3 41.449 -7.380 4 244.841 12.524 8.909 11.24 7.311! 4.3t19 ~~n.440 50. 105 2.102 20a.497 0.941 0.955 41.448 -12.111 4 231.044 13.832 9.925 ,8.64 7.322 4.409 64.777 + 50.413 2.971 210.357 0.944 0.914 41.447 -16.831 I ilS.525 15.558 11.321 * 2r.29 7.?33 4.410 69.771 t 51.362 1.979 121.917 0.950 2.610 41.442 26.343 -21.835 19.811 14.959 ZJ.2') 7.325 4.431 69.359 50.586 2.022 131.776 0.947 2 -483 41.444 21.415 -30.217 17.511 12.963 18.54 I 7.32C 4.400 69.020 49.998 2.056 141.636 0.943 2.351 41.446 16.524 -4C.209 15.435 11.220 17.13 7.?lt 4.317 hrl.764 t 4Y.574 2.083 151.496 0.941 2.215 41.447 11.667 -52.239 13.687 9.811 16.13 + 7.31? 4.362 6R.601 + 49.253 2.099 161.356 0.939 2.074 41.448 6.844 4 -6t.544 12.403 8.820 15.64 7.311 4.354 68.535 49.141 2.107 171.216 3.939 1.931 41.449 2.049 -82.75C 11.746 8.324 15.67 7.311 4.354 68.572 + 49.106 2.104 181.076 0.939 0.998 41.448 -2.719 4 26C.404 11.757 8.362 16.25 + 7.313 4.360 ha.711 't9.184 2.092 193.937 0.939 0.983 41.448 -7.467 4 244.566 12.542 8.922 17.26 c 7.315 4.3i4 68.751 4Y. 374 2.0702no.797 0.941 0.954 41.447 -12.198 a 230.80e 13.859 9 -946 18.67 7.31q 4.335 b9.?H8 . 49.674 2.039210.656 0.944 0.913 41.445 -16.919 . 219.321 15.552 11.350 72.25 7.332 4.455 70.259 30.589 1.948122.216 0.950 2.610 41.441 26.244 4 -21.988 19.762 14.915 20.25 7.32 3 4 -416 69.n51 + 49.821 1.9Y1132.076 0.946 2.484 41.443 21.318 -20.393 17.467 12.925 16.51 + 7.317 4.385 69.516 + 49.241 2.926141.936 0.943 2.35 1 41.445 16.430 -40.416 15.397 11.188 11.10 7.31' 4.362 69.265 * 48.823 7.352 151.796 0.941 2.214 41.446 11.576 -52.485 13.657 9.787 16.12 7.31C 4.347 69.104 48.547 2.068 161.656 0.939 2.074 41.447 6.754 4 -t6.825 12.3E8 8.805 1>.b3 7.305 4.339 69.041 48.397 2.076 171.516 0.938 1.930 41.447 1.961 -83.06C 11.739 8.319 15.68 I 7.309 4.339 69.080 48.364 2.073 181.376 0.930 0.998 41.447 -2.807 4 260.098 11.8'23 8.366 1b.25 7.31C 4.346 69.220 + 48.441 2.061 191.236 0.939 0.982 41.446 -7.554 244.289 12.560 8.936 17.28 7.313 4.360 69.460 + 48.628 2.038 201.096 0.941 0.953 41.445 -12.286 23C.571 13.886 9.968 111.69 7.316 4.381 69.796 t 48.930 2.007 210.956 c.943 0.912 41.444 -17.007 219.12E 15.626 11.378 . 4 ELATE TTIME CV SUM I cvi VINF2 PHI2 . ALPH42 VEL2 BETA ECCE RMID VELl ALPHA1 8 PHIl VINFl OV 1 TABLE XIV. - Continued. TABULAR DATAFOR TRAJECTORIES FROM 1.1 EARTH RADII CIRCULAR
PARKING ORBIT TO 1.1 NEPTUNE RADII CIRCULAR PARKING ORBIT
ECATE TTIME cv SUM CVI VINF2 PHI2 ALPFA2 VfL2 HETA ECCE RMID VELlALPHAl PHIl VINFl OV1 . I 87488M20.0 22.20 t 7.327 4.441 70.744 43.830 1.917 122.515 0.950 2.611 41.439 26.143 -22.142 19.713 14.812 61 8H10.0 70.21 7.32C 4.401 70.342 49.041 1.961 13/.375 0.946 2.484 41.441 21.222 -3C.571 11.422 12.887 e840.0 1B.47 + 7.314 4.370 70.011 48.469 1.996 142.235 0.943 2.351 41.443 16.336 -40.626 15.358 11.151 Rti30.3 17.07 + 7.71C 4.347 hY.763 t +M.O57 2.022 152.0Y5 0.941 2.214 41.444 11.484 -52.134 13.621 9.163 88c.n.n 16.10 7.3c7 4.332 69.696 47.7M5 2.038 161.955 0.939 2.013 41.445 6.664 -61.111 12.368 8.790 8e70.0 15.62 7.306 4.325 69.545 47.639 2.045 171.815 0.930 1.929 41.446 1.872 -83.313 11.732 8.314 ed80.0 15.68 7.30t 4.32s 69.585 47.bJb 7.043 181.675 0.938 0.997 41.445 -2.895 255.19C ll.RC9 8.311 8840.0 16.26 7.307 4.352 69.726 47.683 2.030 191.535 0.939 0.982 41.445 -7.642 244.012 12.518 8.950 89C0.0 17.3C 1.31C 4.346 69.967 47.868 2.008 201.395 0.941 0.953 41.444 -12.375 220.334 13.914 9.990 85 10.0 ld.72 7.314 4.368 7c.353 48.166 1.976 711.255 0.943 0.911 41.442 -11.097 218.928 15.661 11.401
n79a 88 19.0 22.15 7.325 4.427 71.229 40.993 l.dM$ 122.814 0.950 7.612 41.438 26.043 -22.291 19.663 14.829 17 e8:O.O 20.17 7.317 4.3d7 7P.830 t 46.245 1.931 132.674 0.946 2.484 41.440 21.124 -30.15C 11.318 12.849 e8YO.O ld.44 t 7.31; 4.356 7c.504 47.681 1.966 142.534 0.943 2.351 41.442 16.241 -dC.838 15.320 11.125 89C0.0 11.05 7.30P 4.333 70.259 .t7.77h 1.992 152.394 0.940 7.214 41.44311.392 -52.984 13.556 9.739 R910.0 16.08 7.305 4.31A 70.105 41.01n 2.009 162.254 0.Y39 2 -07 2 41.444 6.573 -67.407 12.349 8.176 8'320.0 15.61 7.304 4.311 7c.047 46,Hbb 2.916 177.114 0.938 1.928 41.4441.783 I -t3.681 11.725 8.309 es 50.0 15.b8 4 7.304 4.311 7'3.089 46.035 2.013 181.974 0.938 0.997 41.444-2.984 255.48C ll.Hl6 8.316 e94n.n 16.27 7.305 4.31fl 70.231 46.917 2.00~ 191.834 0.939 0.981 41.443-7.131 243.133 12.597 8.964 89';9.0 17.32 7.30e 4.333 70.472 47.0'32 1.377 701.hY4 0.941 0.952 41.442-12.464 230.096 13.942 10.013 89'0.0 1n.75 . 7.312 4.355 70.8CA 47.3H5 1.Y45 211.554 0.943 0.910 41.441-17.187 218.120 . 15.697 1 1.436 884f! e420.0 22.11 7.322 4.413 71.710 I 48.173 1.839 123.113 0.950 2.612 41.437 25.942 -22.453 19.614 14.785 33 8930.0 20.13 7.31q 4.374 11.317 41.437 1.902 132.973 0.946 2.484 41.439 21.027 -!0.931 17.323 12.811 8940.0 10.40 7.30$ 4.342 70.995 46.078 1.937 142.833 0.943 2.351 41.440 16.146 -41.051 15.2@1 11.094 89-10.0 17.U2 7.305 4.317 70.754 46.4U1 1.363 152.693 0.943 2.213 41.442 11.299 -53.231 13.566 9.715 9rjr0.0 1S.UO 7d07 4.3u4 7'3.6U3 46.723 1.9d3 162. 553 0.939 2.071 41.442 6.482 -67.100 12.329 8.761 89 10. n 15.61 t 7.331 4.297 -70.547 46.079 1.987 17?.413 0.938 1.927 41.443 1.693 I -b4.004 11.7 19 8.304 n9bn.n 15.611 7.3C1 4.297 70.591 46.048 1.984 182.273 0.938 0.997 41.443 -3.013 255.169 11.823 8.382 es';L'.0 1b.Lh 7 .?O? 4, 3.J5 70.734 46.123 1.971 192.133 0.939 0.981 41.442 -7.820 I 243.453 12.617 8.979 9ir ?[I. 0 17.34 7.305 4.320 70.975 46.301 1.948 201.993 0.941 3.951 41.441 -12.553 279.858 13.411 10.035 93 In. D lu.ll 7.305 4.343 71.31n 46.56'4 1.916 ?11.853 0.943 0.909 41.439-17.277 218.528 15.132 11.465 (I I 8898 8970.0 72.06 7.32~: 4.4co 72.189 47.320 1.831 123.412 0.949 2.613 41.43525.841 -ii.611 19.565 14.142 e 3 8.4 t! 4) .17 ?(I.Lq 7.31? 4. 300 71.301 46.604 1.674 131.772 0.946 7.484 41.43720.928 -31.113 17.289 12.172 8qsn.o 16.37 7.307 4.329 71.4b3 46.067 1.939 143.132 0.947 7.351 41.43916.051 -41.266 15.243 11 -062 90CO.n lU.'39 7.?0? 4.306 71.246 t 42.671 1.335 152.992 0.940 2.212 41.44011.205 -53.493 13.536 9.692 9C10.P 16.05 7.?CC 4.2511 71.C94 + 45.415 1.952 162.P52 0.Q3Y 2.071 41.4416.395 I -67.995 12.310 8.746 rjOiO.7 13.0:: 7.29'; 4.2d4 71.045 45.277 1.959 172.712 0.938 1.926 41.4411.602 -84.322 11.112 8.299 9030.0 15.6'3 t 7.295 4.205 71.09C 45.248 1.9S5 18L.572 C.938 0.997 41.441-3.163 25e.856 11.831 8.381 9240.0 lb.LY 7.3cc 4.233 71.734 45.320 1.94% 192.432 3.93') 0.980 41.441-1.910 243.172 12.636 8.994 9030.1 17.36 7.?0? 4.308 71.416 43.4515 1.91'3702.2'32 0.941 0.951 41.439-11.643 229.618 14.17CO 10.058 9060.7 Ib.60 1.307 4.331 71.810 t 45.777 1.807212.152 0.943 0.908 41.438-17.369 218.326 15.168 11.495
ECATE TTIME CY SUP I CV2 VlNF2 PHI2 ALPHA7 VtL2 BETA FCC€ RCIO VELlALPHAl PHIl VIkFl ov 1 ECATE TIIM’E CV SUM cv 2 VI’It? PHI2 + ALPHA7 VEL2 BETA ECCE RMIO VELlALPHAl PHIl VINFl OVL a t 9 73.0‘1 7.?37 4.491 67.78R 51.931 1.97111x.200 0.952 2.655 41.44228.195 -19.032 20.713 15.756 ?l.IJl 7.32‘1 4.449 60.342 51.394 2.017128.060 0.948 2.530 41.44423.251 -26.922 18.349 13.683 lY.16 7.32? 4.415 68.973 50.43h 2.055137.920 0.945 2.400 41.44618.345 -36.263 16.179 11.836 17.61 7.318 4.389 68.684 49.955 2.084147.780 n .942 2.265 41.447 13.476 -47.488 14.253 10.293 16.45 7.315 4.371 hR.485 49.622 2.1u4157.640 0.940 2.126 41.44R 8.640 -6C.946 12.e21 9. L36 15. /h 1.313 4.361 b8.382 49.4?3 2.115167.500 0.939 1.984 41.449 3.835 -76.545 11.913 8.448 1j.b’3 7.312 4.328 68.381 I 49.346 2.116177.360 0.939 1.000 41.449 -0.943 266.655 11.693 8.285 15.97 7.31: 4.363 68.482 49.383 7.108187.220 0.939 0.990 41.449 -5.698 25C.26E 12.1 89 8.655 10.83 7.31 5 4.373 be.hn5 t 43.531 2.089197.080 0.940 0.966 41.448-10.435 4 235.670 13.i11 9.515 1e.11 7.318 4.391 68.987 49.704 2.062706.940 0.943 0 -930 41.446 -15.158 ii3.359 14.906 10.788 t 21.72 7.?31: 4.454 69.825 50. R70 1.980124.642 0.949 2.577 41.442 24.995 -23.986 19.166 14.392 1Y.IP 7.323 4.416 69.432 53.149 2.021134.502 0.946 2.449 41.444 20.077 -?2.762 16.919 12.459 IM.12 7.318 4.388 69.116 49.610 2.054144.362 0.943 2.315 41.446 15.197 -43.26e 14.920 10.799 16.81 t 7.314 4.367 68.885 49.22H 2.077154.222 0.940 2.178 41.447 10.350 -55.910 13.2e6 9.496 15.94 7.311 4.354 68.749 48.984 2.091164.082 0.939 2.036 41.448 5.535 -iC.806 12.160 8.633 15.59 7.31C 4.348 68.711 t 48.d64 2.096173.942 0.938 1.897 41.448 0.148 -87.345 11.687 8.280 15.77 7.311 4.349 68.775 48. RbO 2.09 1 183.802 0.939 0.995 41.448 -4.014 4 255.925 11.934 8.464 16.47 7.312 4.358 68.942 48.960 2.076193.662 0. 940 0.975 41.447 -8.757 i40.59C 12.850 9.158 17.61 + 7.315 4.314 bq.208 * 49.186 2.051203.522 0.942 0.944 41.446 -13.485 227.462 14.295 10.294 19.11 7.319 4.391 69.5hY 43.522 2.018213.382 0.944 0.900 41.444 -18.204 216.556 16.118 11.786
71.68 7.321 4.439 70.313 5U.094 1.949124.942 0.949 2.578 41.441 24.896 -24.144 19.118 14.350 19.14 7.32C 4.402 69.925 49.382 1.990134.802 0.945 2.449 41.443lv.9a2 -32.947 16.8?6 12.422 1rc.OM 7.315 4.373 69.613 4n.849 2.023144.661 0.942 2.315 41.444 15.103 -43.486 14.884 10.769 16.78 7.31 1 4.352 69.386 48.473 2.047 154.521 0.940 2.177 41.44610.259 9 -56.168 13.258 9.474 12.93 7.109 4.339 69.252 4M.233 2.061 164.381 0.93Y 2.035 41.446 5.446 -i1.101 12.144 8.621 12.59 7.308 4.333 69.217 48. I16 2.065 174.241 0.938 1.891 41.446 0.660 -87.658 11.683 8.278 15.78 7.308 4.335 69.283 48.112 2.066 184.101 0.939 0.995 41.446 -4.102 255.620 11.944 8.471 16.48 7.31C 4.344 69.450 48.219 2.045 193.961 0.940 0.976 41.445 -8.844 24C.323 12.871 9.174 17.63 7.313 4.360 69.717 48.435 2.020 203.822 0.942 0.943 41.444 -13.573 227.236 14.325 10.318 19.13 7.317 4.383 70.017 48.767 1.986213.682 0.944 O.fl99 41.443 -18.293 716.366 16.154 11.816 t 71.63 7 -324 4.425 70.799 49.301 1.919 125.2il 0.949 2.578 41.439 24.796 -24.304 19.070 14.308 19.70 t 7.318 4.387 70.417 48.59R 1.960 135.101 0.945 7.449 41.441 19.885 -33.133 16.833 12.386 18.05 7.312 4.358 70.100 48.074 1.993 144.961 0.942 2.315 41.443 15.010 -43.706 14.847 10.740 16.76 7.308 4.337 69.005 47.703 2.017 154.821 0.940 2.177 41.444 10.167 -56.429 13.230 9.452 15.91 7.30t 4.324 69.754 t 47.468 2.031164.681 0.939 2.035 41.445 5.356 -71.39s 12.127 8.609 12.5R 7.305 4.319 69.720 47.353 2.035 174.541 0.938 1.890 41.4450.571 9 -87.972 11.680 8.275 12.78 7.305 4.321 69.788 t 47.350 2.050 184.401 0.938 0.994 41.445 -4.190 255.326 11.954 8.479 I 16.50 7.307 4.330 69.956 47.455 2.014 194.261 0. q40 0.975 41.444 -8.933 i4C.056 12.852 9.191 17.65 7.31C 4.347 70.223 47.668 1.989 204.121 0.941 0.942 41.443 -13.662 227.009 14.355 10.342 1Y.16 7.314 4.370 70.583 . 47.996 1.955 213.981 0.944 0.898 41.441 -18.3Pa . 216.175 16.150 11.846 21.59 7.322 4.411 71-284 48.492 1.690 125.540 0.949 2.578 41.438 24.697 -24.466 19.021 14.266 19.66 7.315 4.373 70.91)s t 47.799 1.931 135.400 0.945 2.449 41-440 19.789 -33.32C 16.790 12.349 18.02 7.31C 4.344 70.601 47.283 1.964 145.260 0.942 2.315 41.442 14.915 -43.929 14.811 10.710 I 16.74 7.306 4.323 70.381 t 46.919 1.987 155.120 n. 940 2.176 41.443 10.015 -56.641 13.202 9.431 15.90 7.304 4.311 70.253 46.688 2.002 164.980 0.939 2.034 41.4435.265 -71.698 12.111 8.596 15.5H 7.303 4.305 70.222 46.575 2.005 174.840 0.938 1.889 41.444 0.482 -E8.290 11.677 8.273 15.79 7.30? 4.307 70.291 46.573 2.000 184.700 0.938 0.994 41.443 -4.279 255.022 11.964 8.486 16.51 7.305 4.317 70.461) 46.676 1.985 194.560 0.939 0.975 41.443 -9.022 239.787 12.Y14 9.207 I 17.67 7.308 4.334 70.727 t 46.8d6 1.959 204.420 0.941 0.942 41.441 -13.751 226.781 14.386 10.361 19.19 7.312 4.358 71.OHb 47.208 1.925 214.280 0.944 0.897 41.440 -18.474 215.983 16.227 11.877 a . ECATE TTIMF OV SUM t DV2 VINF2 PHI2 ALPHA2 8ETAVEL2 ECC E RMI0 VELlALPHAl PHIl VINFl ov1 TABLE XIV. - Continued. TABULAR DATAFOR TRAJECTORIES FROM 1.1 EARTH RADIICIRCULAR
PARKING ORBIT TO 1.1 NEPTUNE RADII CIRCULAR PARKING ORBIT
ECATE TTIME DV SUP cv 2 VINF2 PHI2 ALPHA2 DETAVEL2 FCCE RMI 0 VELlALPHAl PHIl VINFl DV 1
21.54 7.31 S 4.397 71.766 47.666 1.861 125.839 0.949 2.579 41.437 24.597 4 -24.628 18.973 14.224 19.63 7.313 4.360 71.392 46.984 1.903 135.699 0.945 2.449 41.439 19.692 4 -33.510 16.746 12.313 17.99 7.307 4.331 71.092 46.477 1.935 145.559 0.942 2.315 41.440 14.821 -44.153 14.774 10.680 16.71 7.304 4.31 0 70.876 46.120 1.959 155.419 0.940 2.175 41.441 9.983 -5t.95c 13.175 9.409 15.84 7.301 4.297 7C.731 45.894 1.973 165.279 0.938 2.033 41.442 5.174 -12.00C 12.095 E. 584 12.57 7.30C 4.2'12 70.722 45.784 1.Y77 175.139 0.938 1.R88 41.4420.392 -8e.6~9 11.t75 8.271 15.80 7.301 4.294 10.793 43.782 1.971 184.99Y 0.936 0.994 41.442 -4.368 254.116 11.975 8.494 16.53 7.302 4.3v4 70.962 43.883 1.950 194.859 0.939 0.974 41.441 -9.111 4 239.518 12.936 9.225 17.70 7.30L 4.321 71.229 46.0MH 1.930 204.71'1 0.941 0.941 41.440 -13.841 4 226.553 14.416 10.391 19.27 7.31C 4.346 71.587 46.405 1.895 214.579 0.944 0.896 41.438 -18.565 4 215.791 16.264 11.908 4 71.50 7.31 7 4.3d4 72.246 46.823 1.833126.138 0.948 2.579 41.436 24.496 -24.792 18.925 14.182 lY.534 I 7.?1C 4.347 71.877 46.153 1.875135.998 0.945 2.449 41.437 19.594 4 -33.101 16.7C3 12.277 17.96 7.30: 4.319 71.581 45.656 1.908145.858 0.942 2. 314 41.439 14.726 -44.375 14.738 10.651 16-69 7.301 4.2i7 11.369 4'1.306 I. 931155.718 0.940 2.175 41.440 9.890 -57.224 13.147 9.388 1'~.87 7.29C. 4.2d4 71.246 45.0~5 1.945165.578 0.938 2.032 41.441 5.083 -72.305 12.C19 8.572 13.37 7.2Yti 4.279 71.220 44.979 1.949 175.438 0.938 1.RH7 41.441 0.301 -IE.93C 11.612 8.270 15.&0 7.29t 4.2d2 71.207 44.916 1.943 18').298 0.Y38 0.994 41.441 -4.458 254.410 11.986 8.503 lb.34 7.3cc 4.212 71.4b7 45.074 1.927 195.158 0.939 0.974 41.440 -9.201 239.247 12.959 9.242 17.12 7.303 4.304 71.729 45. ? 75 1.931 20',.010 0.941 0.940 41.439 -13.932 226.324 14.448 10.417 1Y.LS 7.33P 4.334 7L.il.IL 45.585 1.866 214.Hlb 0.944 0.095 41.437 -18.656 4 215.595 16.302 11.940
21.45 7.31'. 4.372 77.724 45.967 l.b3b 126.437 0.948 2.580 41.434 24.396 -24.951 18.877 14.140 1Y.55 7.3dK 4.334 12.360 -5.302 1.84d 136.297 0.945 2.449 41.436 19.496 -33.893 16.660 12.240 17.92 7.303 4. 3l)i 12.069 44.819 l.dt39 140.157 0.942 2.714 41.438 14.630 -44.601 14.7Gl 10.621 1~1.67 7.29s 4.7d4 11.tiW 4r.474 1.Y34 150.017 0.139 2.174 41.439 9.796 -57.493 13.120 9.367 15.dh 7.297 4.217 71.719 44.2~3 1.910 165.977 0.938 2.031 41.439 4.991 -72.612 12.Ot3 8.561 1'~.56 7.29t 4.261 71.715 44.157 1.927 173.737 0.038 1.885 41.440 d.210 -F9.253 11.670 8.268 13.81 7.29' 4.770 71.787 4r. 154 1.016 1A5.?77 0.97R 0.994 41.439 -4.549 254.102 11.958 8.511 10.36 I 7.29~ 4.260 71.96'1 t 44.27l) l.M99 192.457 0.939 0.973 41.439 -0.292 228.916 12.982 9.260 17.74 7.301 4.29P 7?.72h 44.446 1.673 702.317 0.041 17.939 41.437 -14.023 226.095 14.479 10.442 19.18 7.3Cf. 4.323 77.2K2 I 44.748 1.83d 215.177 0.944 0.894 41.436 -18.149 4 215.406 16.340 11.972 t I 21.41 7.31i 4. 3611 71.20u 43.08l) 1-1/13 12b.73b 0.94M 2.580 41.433 24.295 -25.124 18.828 14.098 1u.31 7.30t 4.lL2 77.~4~t 4'1.442 1.H21 136.596 7.944 2.449 41.435 19.398 -34.087 16.617 12.204 l7.&9 7. 30c 4.2Y3 72.557 45.967 1.H54 146.456 0.941 2.314 41.437 14.535 4 -44.837 14.6t5 10.592 16.04 7.2Y7 4.272 72.347 45.634 1.878 156.316 cl.939 2.173 41.438 9.702 -57.765 13.053 9.346 1J.84 7.295 4.2bs1 72.131 + 43.423 l.dY1 166.171 0.938 2.030 41.438 4.898 -12.921 12.048 8.549 19.56 7.294 4.255 72.208 43.321 1.8'35 17h.036 0.938 1.884 41.438 0.11'1 -89.516 11.668 8.267 i>.Ul 7.294 4.278 72.2H3 45.31R 1.8d7 185.836 0.938 0.993 41.438 -4.h40 253.792 12.0C9 8.520 10.37 7.29t 4.268 72.455 43.411 1.872 195. 750 0.939 n.973 41.437-9.383 4 238.704 13.0C5 9.278 17.71 7.?9$ 4.287 72.721 43.631 1.846 203.616 0.041 0.937 41.436 -14.115 225.865 14.5 12 10.468 13.31 7.304 4.312 73.070 t 4i.895 1.810 215.476 0.944 0.893 41.435 -18.842 215.213 16.379 12.004 I 21.37 7.?1C 4.348 73.673 44. Ion 1.154177.336 0.94R 2.580 41.432 24.193 -25.291 18.780 14.056 19.41 7.304 4.310 73.319 43.562 1.795 13b.996 0. 944 2.449 41.434 19.299 -34.283 16.573 12.167 17.66 7.298 4.2dl 73.035 (I 45.099 l.tJ2d 146.754 0.941 2.313 41.435 14.438 -45.07C 14.629 10.563 16.62 7.295 4.261 72.u33 42.775 1.852 156.616 7.739 2.173 41.436 9.608 [email protected] 13.066 9.325 15.85 7.291 4.240 72.719 42.577 1.165 lhh.476 1.93n 2.029 41.437 4.805 4 -73.233 12.033 8.538 15.56 7.792 4.247 72.699 42.470 1.869 175.33b 0.931 1.883 41.437 0.027 -89.900 11.667 8.266 12.62 1.292 4.247 72.176 42.467 l.a6218~.196 3.97.Y 0.993 41.437 -4.732 253.482 12.022 8.529 16.53 7.294 4.257 72.a4A 4L.550 1.846 196.956 0.939 0.972 41.436 -9.475 238.431 13.029 9.296 17.79 7.297 4.27C 73.214 42.74'1 1.820 705.916 0.941 0.938 41.435 -14.208 225.635 14.544 10.494 19.34 7.702 4. 3u7 73.568 45.024 1.784 215.776 0.944 0.892 41.433 -18.936 215.019 16.417 12.036 I cv 1 VIIUt? PHI2 ALPHA2 VEL2 bETA ECCE RMI 0 VELlALPHAl PHIl VINFl DV 1 ECATE Ti IME DV SUM cv 2 V lhiF2 PHI2 ALPPA2 VEL2 8ETA ECCE RMI0 VELl ALPHA1 4 PHI1 VINF1 DV1 e e 4 911691~n.n 21.32 + 7.30? 4.337 74.144 43.277 1.72M 127.335 0. '440 2.580 41.431 24.092 -25.460 18.731 14.014 67 92C0.0 13.43 7.302 4.299 73.795 42.665 1.770 137.195 0.944 2.449 41.433 19.200 -!4.4@C 16.530 12.131 52 10.0 17.83 7.296 4.270 73.515 I 42.215 1.803 147.055 0.441 2.313 41.434 14.342 -45.3C4 14.592 10.533 5220.0 lb.60 7.29? 4.249 73.317 I 41.901 1.tl27 156.915 0.939 2.172 41.435 9.513 -5E.316 13.039 9.304 9230.0 15.82 7.29c 4.237 73.106 41.702 1.840 166. 775 0.930 2.028 41.436 4.712 -73.547 12.018 8.527 9240.0 15.55 7.29C 4.232 73.188 41.605 1.844 176.635 0.937 1 .mn 41.436 -0.066 265.766 11.666 8.265 9250.0 lb.tl3 7.2c)c 4.236 77.266 41.601 1.837 186.495 0.938 0.99 3 41.436 -4.824 4 253.17C 12.034 8.539 5260.0 16.61 7 ,292 4.247 73.434 * 41.68h 1.823195.355 0.939 0.971 41.435 -9.567 238.158 13.053 9.315 9210.0 17.82 7.296 4.266 73.704 I 41.862 1.794206.21s 3.941 0.937 41.434 -14,301 225.404 14..577 10.521 92P0.0 19.37 7.30C 4.2Y2 74.057 42.137 1.757716.075 0.944 0.891 41.432 -19.030 4 214.825 16.457 12.069
91.66 5240.0 71.28 7.30t 4.326 74.613 42.347 1.704121.634 0.947 2.580 41.430 23.990 -25.630 18.682 13.971 17 9250.017 13.39 .- 7.30C 4.2d8 74.268 41.753 1.746 131.494 0.444 2.449 41.432 19.101 -34.679 16.487 12.095 9260.0 17.00 7.294 4.259 73.993 41.316 1.779 147.354 0.941 2.312 41.433 14.245 4 -45.54C 14.556 10.504 5270.0 16.57 7.291 4.238 73.798 41.011 1.802 157.214 0.939 2.171 41.434 9.418 -58.595 13. 812 9.283 92ho.n l3.60 + 7.7flS 4.226 73.6q0 4d. 819 1.816 167.074 0.938 2.027 41.435 4.618 -73.863 12.003 8.515 925o.c 13.55 7.28" 4.222 73.614 * 40.724 1.819 176.934 0.937 1.noo 41.435 -0.159 269.436 ll.ht5 8.264 93co.n 15.U4 7.2eii 4.225 73.753 40.714 1.812 186.794 n.938 0.992 41.435 -4.916 252.857 12.041 8.549 5310.0 16.62 7.29( 4.237 73.977 e 40.80n 1.795 196.654 0.939 0.971 41.434 -9.660 237.884 13.n78 9.334 9310.3 11.e4 7.794 4.256 74.192 * 4d.7hY I. 768 706.514 0.941 0.936 41.433 -14.394 225.173 14.610 10.548 9350.0 15.40 7.295 4.283 74.547 41.232 1.732716.374 0.944 O.HR9 41.431 -19.124 214.63C 16.496 12.103 . ' 921692qp.n 71.23 7.304 4.315 75.080 41.400 1.6du 127.933 n.447 2.581 41.429 23.887 .I -25.801 18.634 13.929 33 9330.333 19.36 7.29t 4.278 74.719 4U.824 1.722 131.793 0.944 2.449 41.431 19.001 -34.879 16.443 12.058 s31n.o 17.77 7-29? 4.249 74.469 40.4111 1.755 141.653 0.941 2.312 41.432 14.147 -45.778 14.520 10.475 5320.0 16.35 7.285 4.228 74.217 4J. 1 U7 1.778157.513 0.9 39 2.170 41.433 9.322 -58.876 12.985 9.262 93 !o.n 15.79 7.287 4.216 74.172 39.921 1.792 167.373 0.937 2.026 41.434 4.524 4 -74.181 11.9E9 8.505 5340.1 l>.55 + 7.2tlt 4.211 74.158 I 39.827 1.795 177.233 7 * 937 1.000 41.434 -9.252 269.105 11.665 8.264 9 3;o.n 15.~5 7.2H1 4.215 74.239 * 39-82 -3 I. ldtl 1H 1. 093 0.938 0.992 41.434 -5.010 252.543 12.061 8.559 5310.0 16.64 7.285 4.22 7 74.412 3.;.499 1.771 196.95% 0.939 0.970 41.433 -9.153 i37.6C5 13.1C3 9.353 53 1n.c ll.87 * 7.291 4.245 74.hll (I .tu. 329 1.744 ?no. 413 0.941 0.935 41.432 -14.486 2~4.941 14.644 10.575 $3 t1n.o 1'1.43 7.297 '9.214 75.02h 4J.31n 1.707 216.673 0. 444 O.fl88 41.430 -1Y.220 214.435 16.'i36 12.136 e (I 92669340.9 ?l.lLJ 7.30? 4. 335 75.544 40.435 1.65712s.232 3.947 2.581 41.428 23.785 I -25.913 18.585 13.887 e3 5350.0 19.32 7 -29'. 4.261 75.2!1H 59.474 1.69913t;.092 0.944 2.448 41.430 lli.901 -?5.081 16.400 12.G22 9 -3 c0 .0 11.74 c 7 .??I 4.739 14.942 t 39.471 1.7j2147.952 0.941 2.311 41.431 14.049 -46.01 E 14.484 10.445 9370.0 1h.57 * 7.787 4.718 74.154 * 39.187 1.755 15.1.HI2 0.939 2.169 41.432 9.226 -55.16C 12.958 9.242 53'0.0 13.18 * 7.285 4.2116 74.651 I 3.j.008 1.769 161.612 0.q37 7.024 41.433 4.429 -74.5C2 11.9i4 8.494 5350.0 1>.55 7.284 4.702 74.640 J3.9lY 1.772 17i.537 0.937 1. ono 41.433 -0.346 26d.771 11.665 8.264 94x.n 13.b5 7.2BL 4.20h 74.721 Jtl. 911 1.764 18 7. 392 0.937 0.992 41.433 -5.103 4 252.22f 12.074 8.569 5410." 16.66 7.287 4.21a 74.895 3d.782 1.747 197.252 0.93'> 0.970 41.432 -9.947 237.334 13.128 9.373 54,,0.0 17.03 7.291 4.737 15.159 >9.131 1.725 207.112 0. :14 I 0.935 41.431 -14.583 4 224.109 14.678 10.602 94 2cJ. ,l 19.47 7.29; 4-20? 75.507 t 3'2. 371 1.683 71b.972 0.944 0.887 41.429 -19.316 2 14.240 16.577 12.170 c I ELATE TllYF CV SbV cvi. VIkF2 PHI; ALPHA2 VEL2 btTP FCC€ RPID VELl ALPHA1 PHI 1 VIYF1 DV 1 TABLE XIV. - Continued. TABULAR DATA FOR TRAJECTORIES FROM 1.1 EARTH RADII CIRCULAR
PARKING ORBIT TO 1.1 NEPTUNE RADII CIRCULAR PARKING ORBIT
OV: VINF2 PHI? t ALPHA2 BETAV€L2 FCCE RMIO VEL1 ALPHA1 . PHIl VIFlFl DV1 7.316 4.380 73.193 45.659 1.771 125.020 0.950 2.626 41.433 26.134 4 -22.144 19.103 14.864 7.305 4.339 77.M0P 44.942 1.815 137.880 0.946 2.498 41.435 21.224 -30.553 17.418 12.883 7.303 4.3u7 71.492 44.405 1.052 142.740 0.942 2.364 41.436 16.34tl -40.585 15.357 11.156 7.295 4.2d3 77.254 44.019 1.879 152.600 0.940 2.226 41.438 11.504 -52.668 13.617 9.763 7.296 4.261 77.103 43.763 1.896 162.460 0.938 2.083 41.438 6.689 * -t7.021 12.367 8.189 7.794 4.260 72.045 43.621 1.903 172.320 3.938 1.938 41.439 1.901 + -83.269 11.721 8.310 7.295, 4.200 72.0~3 43.503 1.901 162.180 0.938 0.997 41.439 -2.866 259.889 11.0~0 8.364 7.296 4.767 72.219 43.641 1.HMfl 192.040 0.939 0.982 41.438 -7.614 244.09112.566 8.940 7.295 4.283 72.451 43.797 1.066201.900 0.940 11.953 41.437 -11.349 230.389 13.9~0 9.979 7.303 4.3u5 77.775 44.054 1.834211.760 0.943 0.91141.436 -17.071 4 218.95815.648 11.396 'I 7.31e 4.389 73.h66 43.360 1.734119.602 0.951 2.67241.431 27.875 4 -19.48420.548 15.610 7.11C 4.345 73.263 44.589 1.782 129.462 0.947 2.54641.433 22.954 -27.41818.2G4 13.557 7.3J3 4.3J9 72.923 43.998 1.822 13'4.322 0.943 7.414 41.435 18.068 + -36.824 16.054 11.732 7.295 4.2d3 12.658 43.567 1.85214Y. 182 0.941 2.277 41.436 13.214 -48.135 14.192 10.212 7.29' 4.264 72.416 t 43.771 1.873159.042 0.939 2.135 41.437 8.390 -61.69C 12.749 9.080 7.79' 4.734 72.3h5 43.097 1.88416d.902 0.938 1.991 41.438 3.593 -77.367 ll.Hi4 8.419 7.?9? 4.251 72.349 43.018 1.885 17d.762 0.937 1.000 41.438 -1.18G 265.813 11.690 8.283 7. ?94 4.256 72.4Vl t 43.n40 1.Hlb 186.622 0.93M 0.989 41.438 -5.934 249.47E 12.221 8.679 7.291 4.269 72.686 43.157 1.057198.482 0.940 0.965 41.437 -10.614 I 234.971 13.372 9.563 7.?0( 4.789 72.97R 43.371 1.828 208.342 0.942 7.927 41.435 -15.405 222.750 14.950 10.856 ' . 7.3lfl 4.377 74.135 44.4i5 1.709 117.901 0.951 2.673 41.430 27.772 -19.631 20.496 15.564 7 .3 0 8. 4.333 73.737 43.6Y7 1.757 129. 761 0.947 2.546 41.432 22.R54 4 -27.593 18.156 13.516 7.301 4.2Y8 13.437 43. Ilb I. I96 139.621 0.943 7.413 41.434 17.970 -37.029 16.12 11.698 7.7'47 4.271 73.140 t 42.69h 1.1327 14.3.481 0.941 2.276 41.435 13.118 -48.379 14.158 10.184 7.29" 4.2s3 77.962 4L.40R l.tl4d 151.341 0.939 2.135 41.436 8.296 -61.976 12.724 9.062 7.291 4.247 72.874 4 42.734 1.58 161.201 0.93n 1.990 41.4373.500 -i7.686 11.862 8.410 7.291 4.240 I?.?,.'.? t 42.107 1.359 17O.Gb1 0.937 0.999 41.437 -1.212 765.487 11.693 8.285 1 .7#32 4.245 12.982 42. It! 3 1.d5d 1Rd.922 0.938 0.989 41.436 -6.026 4 249.176 12.237 8.691 7.294 4.25R 73. ItlO 42.295 1.831 19n.701 I).940 0.964 41,435 -10.7h6 234.11C 13.398 9.583 7.29r 4.279 73.47.) 42.502 1.802 2011.h41 0. 042 0.926 41.434 -1S.497 222.536 15.,'25 10.884
7.314 4.366 74.601 43-52 3 1.684 12'J.201 0.951 2.673 41.42927.668 -19.79C 20.445 15.518 7.306 4.3z2 74.706 42.778 1.732 13~1.061 0.947 2.546 41.43122.753 -;7.76s 18.109 13.475 7.295 4.2Jl 73.878 42.718 1.771 139.921 0.043 2.413 41.433 17.871 -37.236 15.970 11.663 7.20' 4.20') 73.h21 41.819 1.832 14).781 0.940 2.275 41.434 13.021 4 -48.625 14.124 10.157 7.291 4.741 73.446 41.531 1.823 159. h41 0.939 2.134 41.435 8.201 -t2.265 12.700 9.043 7.285 4.231 73.360 41.367 1.833 169.501 0.937 1.989 41.436 3.407 -78.001 11.851 8.402 7.28q 4.22~1 73.36~ 41.291 1. 834 17q. 361 0.937 0.999 41.436 -1.365 4 265.159 11.655 8.287 7.79;: 4.234 73.472 e 41.319 l.d25 189.221 0.938 0.988 41.435 -6.118 24e.872 12.253 8.703 7.79; 4.24H 73.67C t 41.418 1.805 197.0M1 0.939 0.963 41.434-1~1.859 234.44e 13.425 9.604 7.19t 4.20~ 73.959 41.616 1.7 76 208.941 0.942 0.926 41.433-15.591 . 222.316 15.060 1C.913 1.?1/ 4.335 li.365 4i.571 1.659 12.1.532 0.951 2.673 41.428 27.563 -14.944 20.353 15.473 7.3114 4.311 74.67; 41.341 1. 70Y 13u.360 0. q4h 2.546 41.430 22.651 -27.946 18.062 13.435 7.797 4.276 74.352 41.303 1.747 14:).220 0.943 2.413 41.432 17.772 4 -17.445 15.529 11.628 7.79! 4.249 74.014 40. w9 1.770 15i.080 0.740 2.275 41.433 12.925 4 -4e.81? 14.1150 10.130 1. ?AS 4.231 li.Y27 4u.h3H 1.796 151.940 3.930 i!.133 41.434 0.106 t -62.556 12.677 9.025 l.?dt 4. 22.) 13.044 t 4u.475 1.30') lbl.d00 0.937 1.988 41.435 3.313 -78.331 11.840 8.394 ./.is7 'I.218 73.Ei4 40.4iJh l.dl5 179.66b 0.437 0.997 41.435 -1.458 2t4.83C 11.659 8.289 7.2tiU 4.214 73.159 4J.423 1 ..300 187.52C 0.938 0.9RR 41.434-6.211 248.568 12.269 8.115 7.731 4.230 74.1',7 40. 52' 1. 1dfp 199. 383 n.939 0.963 41.433 -13.952 + 234.185 13.452 9.626 7.294 4.259 74.445 40. 714 1.751 204.24U 0.941 0.725 41.432 -15.685 . 222.095 15.095 10.941 6V? \II\F? PHI? ALPHA? VtL2 RfTA ECCE RMID VFLl ALPHA1 4 PHIl VIhFl DV1 CL Q, N ECATE TlIMF cv 2 V INF2 PHI2 ALPHA2 BETAVEL2 FCC€ UP10 VELlALPHA1 PHIl VINFl DVl +
7.31C 4.345 75.527 t 41.602 1.63612n.799 0.950 2.674 41.427 27.459 -20.095 20.341 15.427 7.?Oi 4.3J1 75.145 t 40.8Y9 1.684 130.659 0.946 2.546 41.429 22.549 -28.125 18. 14 13.394 7.29t 4.265 74.824 i 40.373 1.724 140.519 0.943 2.413 41.431 17-673 * -37.655 15.887 11.594 7.79 1 4.239 74.574 33.992 1.754 150.379 0.940 2.274 41.432 12.828 -49.123 14.056 10.103 7.282 4.220 74.406 t 3Y.731 1.775 160.239 0.938 2.132 41.433 8.011 -62.845 12.653 9.007 7.28t 4.210 74.326 39.573 1.786 173.099 0.937 1.986 41.434 3.219 + -1e.657 11.829 8.386 7.283 4.LGR 74.538 39.505 1.786 179.959 0.937 0.999 41.434 -1.551 264.499 11.7C2 8.292 7.?8t 4.214 74.443 t 39.520 1.776 18').819 0.938 0.988 41.433 -6.305 + 248.263 12.286 8.728 7.28F 4.228 74.642 t 39.616 1.756194.679 0.939 0.962 41.432 -11.046 233.922 13.480 9-64? 7.292 4.25P 74.929 I 33.796 1.726209.539 0.942 0.924 41.431 -15.780 221.874 15.131 10.971 t a 7.30C 4.335 75.9iih t 40.614 1.613121.098 9.950 2.674 41.426 27.354 -20.255 20.289 15.381 7.3cc 4.2'1 75.609 t 39.934 1.661 13!.95ti 0.Y46 2.546 41.428 22.447 -2d.305 17.967 13.353 7.294 4.255 75.793 39.427 1.7~114,3.818 0.943 2.412 41.430 17.574 -31.867 15.845 11.559 7.789 4.229 75.04h (I 39.957 1.732 15~.h7t 9.945 2.274 41.431 12.730 -49.375 14.022 10.076 I 7.266 4.210 74.8113 I 36. 839 1.752 16cl.538 0.938 2.131 41.432 7.915 -t3.144 12.629 8.989 7.?84 4.200 -14 .BO 5 .; 38.656 1.76317n.396 0.937 1.985 41.4333.124 -7~.9e5 11.819 8.378 7 -284 4.139 74.811 t 3d.230 1.763 1 R>. 258 0.937 0.999 41.433 -1.64s 264.161 11.706 8.295 7.?85 4.2Gi 74.325 34.602 1.753 19d. 118 1).93tl 0.987 41.432 -6.399 241.957 12.303 8.741 7.287 4.219 75.174 36.697 1. 733 193.97h 0.939 0.961 41.431 -11.141: 223.65E 13.5C8 9 -669 7.291 4.241 75.410 I 3d.861 1.7U3 299.8311 0.942 0.923 41.430 -15.875 221.65; 15.167 11.000 I 7.?OC 4.325 76.441 3\).60H 1.5Yu 121.397 0.950 2. 674 41.426 27.249 fl -20.412 20.238 15.335 7.29t 4.291 75.071 3d.952 1.631 131.257 0.946 2.546 41.427 22.345 -26.486 17.920 13.312 1.292 4.246 75.75'1 t 58.464 1.679 141.117 r1.943 2.412 41.429 17.474 -3e.08C 15.8C4 11-525 7.281 4.219 75.51A 38.112 1.70515'1.977 0.440 2.273 41.430 12.632 4 -49.630 13.YER 10.049 7.2H4 4.2Ul 75.357 57.871 1.73s 160.837 0.Y38 2.130 41.431 7.819 -63.442 12.6C6 8.971 7.282 4.191 75.2h2 t 31.725 1.740 17,..f291 0.937 I. 984 41.432 3.029 -i9.315 11.;308 8.370 7.711i 4.lh.3 75.2U7 t 37.660 1. 74'J 1 8,1.557 0.937 0.999 41.432 -1.140 a 263.8?? 11.710 8.298 7 .?I?1 4.lVh 15.4P4 37.5b9 1. 730 I1 1.417 0.338 0.987 41.431 -6.493 247.65C 12.321 8.754 7.2H' 4.210 75.6'13 t 31.751 1.71i 201,. 2 17 0.939 0.961 41.430 -11.235 23.394 13.536 9.692 7.79c 4.733 75.Dr
7.?3L 'I. $16 rl,.8oi JJ.Sti3 1.369 121.696 0.950 2.675 41.425 27.143 4 -2C.571 20.186 15.289 7.29/ 4.277 16.5?>1 31.454 1.6lti 131.557 0.046 2.546 41.427 22.242 -2t.6tY 17.d72 13.271 7.29c 4.236 76.224 31.4th 1.65h 141.417 0.942 2.411 41.428 17.373 -38.256 15.762 11.490 7.781- 4.210 /5.??7 37.151: 1.btib 151.276 1). 940 2.272 41.429 12.534 -45.8Et 13.955 10.022 7 .?ill 4. 132 75.87e 36.9?!7 1.79h 161.136 3.938 2.129 41.430 1.722 -63.742 12.283 8.953 7.7d1 4.162 15. 7'jb * 30.779 1.719 17.z.996 0.937 1.982 41.431 2.933 -75.647 11.158 8.363 7.781 4.181 7'.713 36.715 1.719 18".:56 0.937 0.999 41.431 -1.835 2t3.4S8 11.715 8.301 7.28; 4.167 75.8H1 36.721 1. 1110 19tt.716 0.938 0.786 41.430 -6.588 247.343 12.??9 8.768 7.284 4.202 16.0n'I 3h.7.16 1. 688 20 1.576 0.439 '3.960 41.429 -11.33U 4 233.129 13.5t5 9.714 7.,76? 4.225 76.36s 30.447 1.657 21;1.43/ 0. q42 0.921 41.428 -16.061 i?1.208 15.240 11 -060
7.30: 4.507 77.34') * 37.541 1.546 121.qYt 0.953 2.675 41.424 27-037 -7C.73C 20.134 15.243 7.29< 4.203 76.9~~t 30.93h 1.597 131.656 3. q46 2.544 41.426 27.14~ a -2d.852 17.825 13.231 7.?tiS 4.226 76.645 36.491 1.637 141.716 0.942 2.411 41.42717.273 -3r.513 15.720 11.456 7.784 4.7ul 16.422 t 36. 172 1.667 151.576 3.940 2.271 41.429 12.436 -5C.144 13.921 9.996 7.2H1 1.666 16 1.436 0.q3ti 2.12H 41.429 7.625 I -64.045 12.560 8.936 7.27' 1.6Yd 171.276 0.937 1.981 41.430 ?.031 -79.981 11.7E9 8.356 7-21'? 1.696 1H1. 156 0.937 0.999 41.430 -1.9311 if3.161 11.720 8.305 7.781- 1.687 1Q1.Olh n.q3H 0.986 41.429 -0.683 24i.034 12.357 8.782 7.283 1.666 70 8.hlh n .'9 3'3 3.:>5'? 41.429 -11.426 232.864 13.554 9.737 7.787 1.635 21 I. 73b 0.942 0.920 41.427 -16.165 . iC.9e5 15.277 11.090 CV7 I hFTAVFL2 FCCF KPI 0 VELl ALPHA1 PHIl VIhF1 DV 1 TABLE XIV. - Continued. TABULAR DATAFOR TRAJECTORIES FROM 1.1 EARTH RADII CIRCULAR
PARKING ORBIT TO 1.1 NEPTUNE RADII CIRCULAR PARKING ORBIT
EOATE TT IHF ov2 VlUF2 ALPHA2 8ETAVEL2 ECCE RHIO VELlALPHAl PHIl VINFl DV1 q
94 83 7.301 4.299 36.481 1.52d 122.2Y5 0.950 2.675 41.42326.931 -20.890 20. C82 15.197 67 7.794 4.254 33.9U7 1.577 132.155 0.945 2.546 41.42522.036 4 -2q.038 17.717 13.190 7.287 4.219 35.484 1.617 142.015 0. 942 2.411) 41.42717.172 -2e.732 15.619 11.421 I.28? 4.192 35.180 1.647 151.875 0. q40 2.270 41.42812.331-5C.405 13.8e7 9.969 7.7AC 4.174 54.9 73 1.66d 161.735 0.938 2.127 41.4297.527 4 -64.349 12.537 8.918 7.27r 4.165 54.044 1.678 171.595 0.937 1.9flO 41.4292.741 -8C.317 11.779 8.349 7.271: 4.164 34.7112 1.677 181.455 0.937 0.999 41.429-2.026 262.823 11.725 8.308 7.27s 4.171 54.781 1.666 191.315 0.Q38 0.986 41.429 -6.779 240.725 12.376 8.796 7.282 4.ldh 34.838 1.645 2CIl.173 e1.939 0.959 41.428 -11.522 4 23b599 13.624 9.761 7.286 4.210 34.957 1.614 211.035 0.942 0.919 41.426 -16.261 220.162 15.315 11.121
9533 7.3JC 4.290 35.404 1.50Y 122.594 0.949 2.675 41.423 26.825 4 -21.052 20.1730 15.151 17 7.292 4.24h 34.860 1.S3O 132.454 0.945 2.545 41.424 21.933 4 -29.224 17.729 13.149 7.2flh 4.211 34.460 1.598 142.314 9.947 2.4113 41.426 11.071 -3e.952 15.6?7 11.387 7.281 4.164 34.174 1.628 152.174 0.939 2.270 41.427 12.237 -50.667 13. 8 54 9.942 7.27P 4.166 35.970 1.64~ 162.r-134 0.938 2.125 41.428 7.429 4 -64.656 12.514 8.901 7.777 4.157 33.856 1.658 171.6Y4 0.937 1.978 41.428 2.644 -EC.655 11.7 70 8.342 7.216 4.156 33.795 1.657 181. 754 0.937 0.999 41.428 -2.123 4 262.484 11.730 8.313 7.27r 4.lb4 33.790 1.646 191.614 0.937 0.985 41.428-6.875 246.415 12.395 8.811 7.2IJc 4.179 53.837 1.625201.414 0.93'9 0.958 41.427-11.619 232.333 13.654 9.784 7.284 4.2U3 33.940 1.5Y4211.334 0. "42 0.918 41.426 -16.358 220.540 15.352 11.152 s 9583 7.295 4.2d2 34.310 1.493 12.1.8Y3 0.949 2.675 41.42226.719 4 -21.214 19.977 15.105 33 7.291 4.23~ 33.7Y7 1.539 132.753 0.945 2.545 41.424 21.829 4 -29.412 17.bt2 13.108 7.284 4.2U3 33.421 1.579 142.613 0.942 2.409 41.425 16.969 -39.174 15.596 11.353 7.28C 4.1 I6 53.154 1.609 151.473 0.039 2.263 41.426 12.138 -5C.932 13.a20 9 -9 16 7.277 4.139 32-9/11 1.62Y 162.333 0.938 2.124 41.427 7.331 -64.965 12.492 8.884 7.27' 4.149 32.854 1.639 112.193 0.937 1.977 41.427 2.547 -8G.995 11.761 8.336 7.215 4.149 32.194 1.638 181.053 0.137 0.q99 41.427 -2.220 262.143 11.736 8.317 7.276 4.156 32.7H4 1.627 191.913 3.s37 0.985 41.427 -6.912 746.105 12.415 8.825 7.275 4.172 32.821 1.6ob 7nl.773 0.939 0.457 41.426 -11.116 4 232.067 13.684 9.808 7.28! 4.l9h 32. YVtI 1.574711.633 0 .q42 0.91 7 41.425 -16.457 . 220.316 15.351 11.184 9633 7.297 4.2 I5 33.1qq 1.472 123.192 0.94') 2.675 41.42126.612 4 -21.377 19.725 15.059 e3 7.24% 4.250 3L. I1Y 1.522 133.052 9.945 2.545 41.42321.725 -29.602 17.634 13.068 7.2d3 4.195 32.369 1.562 142.917 17. 742 2.409 41.424 16.667 4 -39.39E 1b.554 11.318 7.275 4.161 52.121 1.5Y1 151.112 0.93Y 2.76~ 41.426 12.037 -51.19s 13.787 9.890 7.27: 4.151 5 1 .'14 '> 1.611 16L.632 O.C)37 2.123 41.426 7.232 -t5.276 12.470 8.867 7.274 4.147 31.Q3Q 1.621 172.492 3.937 1.975 41.427 2.449 4 -E1.337 11. I53 8.329 7.274 4.142 31.73n 1.620 182.352 0.937 O.99H 41.427 -2.317 261.801 11.7 43 8.322 7.77'1 't.15C 31.764 1.bU) 192.212 0.937 0.984 41.426 -7.070 a 245.794 12.435 8.841 7.27E 4. lth 31.790 1.5d7 702.072 13.'139 0.957 41.425 -11.814 231.80C 13.715 9.832 7.787 4.1YC 31.861 1.555 211.032 0.942 0.916 41.424 -16.555 220.09? 15.429 11.215 4 ECATE DV ? VIYFZ ALPHA7 VEL2 BCTA ECCt RMIII VELlALPHAl PHIl VINFl DV1 1:v; FCCF RMIn VFLl AI.PHA1 a PHI1 VINFL DVl
I .301 0.q47 2.594 41.42624.071 -25.484 18.718 14.002 7.74 1 '? .944 2.4hl 41.42fl19.19U 1 -34.4'11 16.522 12.124 I.LH+ 9.041 2.324 41.42914.33~ -45.300 14.5 87 10.529 7.7dS 0.43Y 2.1YZ 41.430 '1.517 -5e.297 13.135 9.301 1.2q.. n.')37 l.rl37 41.4314.723 s -73.515 12.014 8.524 I .2ti 1 0.737 I. 00') 41.431-'J.O56 26S.802 11.661 8.261 1.?4: ~1.037 0.993 41.431-4.814 253.19E 12. C28 8.534 7. ',it, 0.W9 0.972 41.430-Y.559 23j2.172 13.046 9.310 7.?,17 0.1441 0.437 41.429-14.29r 225.403 14.571 10.516 7.2'12 il.c)43 0.890 41.427-11.032 214.R10 16.454 12.067
I. 302 0.149 2.641 41.42525.80U -22.655 19.537 14.718 7.234 n. 445 2.511 41.4272u.90~ t -31.128 17.712 12.758 I.2tlt 0.c142 2.375 41.42816.04'3 -41.248 15.233 11.054 7 .2 tl 'I 9.439 2.234 41.429 11.218 -53.439 13.530 9.687 7.231 0.938 7.090 41.430 6.413 -61.909 12.3C4 8.742 7.2'31. 0.137 1.943 41.430 1.630 -04.219 11.703 8.292 7 .>sr 0.937 0.997 41.430 -3.133 258.952 11.817 8.377 7.28, 0.93a 0.981 41.430 -7.88.3 243.240 12.620 8.982 7.7H') 0.'140 0.951 41.429 -12.623 + 229.651 13.984 10.046 7.2d5 0.942 0.908 41.427 -11.359 4 218.325 15.156 11.485
T.30C 0. '449 2.641 41.424 25.695 1 -22.621 19.486 14.673 7.?1? 0. 745 2.510 41.426 2"I.807 -31.32C 17.225 12.719 7.2HI 0. 141 2.374 41.427 15.949 -41.416 15.193 11.022 7.?0? n .c) 3 9 2.233 41.429 11.120 -53.71C 13.459 9.663 7.28" 0.137 7.nA8 41.429 6.316 + -68.222 12.284 8.127 7.71, 0.137 1.941 41.430 1.534 + -F4.558 11.697 8.288 7.273 0.931 0.997 41.429 -3.22Y 258.620 11. 826 8.384 7.7117 n.73~ 0.980 41.429 -7.978 i42.94? 12.641 8.998 7.783 9.94rJ 0.950 41.428 -12.719 229.398 14.016 10.071 7 .? e ;! 0.942 0.907 41.427 -17.457 218.112 15.795 11.517
7.29s iJ.94g ?.641 41.423 25.590 -22.967 19.435 L4.628 7.291 0.944 2.510 41.425 23.704 -31.514 17. 119 12.600 7.2H5 0.941 2.373 41.421 15.R48 -41.706 15.154 10.909 7.201 0.937 2.732 41.42811.021 -53.982 13.468 9.638 1.77t 0.[)37 ?.OR7 41.428 6.21'3 -f8.538 12.265 0.712 7.277 0.937 I .q40 41.423 1.438 -84.898 11 -692 8.284 7.277 0.937 0.997 41.429 -3.325 25E.287 11.835 8.390 1.77'7 0.938 0.980 41.428 -8.075 242.644 12.663 9.015 7.2~~ 0.940 0.949 41.427 -1Z.016 t 229.144 14.048 10.096 7.287 0. 942 0.906 41.426 -17.554 217.90C 15.834 11.550 * 7.297 0.146 2.641 41.423 25.484 -23.155 19.384 14.584 7.29C '3.744 2.510 41.425 2U.601 + -31.71C 17.133 12.640 7.284 0.941 2.773 41.426 15.748 -41.937 15.114 10.957 7.2uL 0.939 7.231 41.421 10.922 4 -54.25@ 13.'-37 9.614 1.777 0.397 2.086 41.420 6.121 -60.856 12.246 8.698 7.27t 1.737 1.938 41.428 1.341 t -85.241 11.687 8.280 7.276 0.937 0.996 41.42~-3.421 251.952 11.845 0.397 7.?7k 0.93H 0.979 41.427 -8.171 242.345 12.t86 9.032 7.2Hl n.94n 0.948 41.426 -12.913 226.891: 14.080 10.122 7.78' 0 .v42 0.905 41.425 -17.653 . 217.606 15.874 11.583 ov 2 FCCE RPlI D VEL1ALPhAl PHI1 v IVf 1 DV1 TABLE XIV. - Continued. TABULAR DATA FOR TRAJECTORIES FROM 1.1 EARTH RADII CIRCULAR
PARKING ORBIT TO 1.1 NEPTUNE RADII CIRCULAR PARKING ORBIT
CV L VI'.lt2 VtLZ GCTA ECCE RMIO VELl ALPHA1 PHI1 VINFl DV1
I.??* 4.297 0.448 2.641 41.422 25.379 -23.324 19.?33 14.539 7 .:.I c 4.ZL5 0.944 7.509 41.424 20.498 -31.906 17.oe7 12.601 1.2i43 4.l'iZ 0.141 2-37? 41.425 15.646 -42.171 15.d74 10.925 1.7711 4.101 3.q3'9 2.230 41.426 10.822 -54.536 13.407 9.590 7.27. 4.113 (1.937 2.985 41.427 6.023 -69.176 12.227 8.683 7.211 4.145 0.437 1.937 41.427 1,244 4 -E5.585 11.6e2 8.277 7.27'. 4. 14$ 0.931 0.996 41.427 -3.518 257.616 11.855 8.405 7.77 7 4.127 0. 93n 3.979 41.427 -8.268 242.045 12.709 9.050 I .2 F, ': 4.1 I6 9.940 0.945 41.426 -13.011 4 228.636 14.113 10.148 7.?a4 4.20: 0.942 0.904 41.424 -17.752 217.473 15.914 11.616
7.794 4.?>1 7.94tl 2.641 41.42125.272 -23.494 19.282 14.494 7.2bl 4.2lY 0.q44 2.509 41.42320.394 -32.104 17.041 12.562 7.291 4.165 'I. 941 2.771 41.42515.545 -42.406 15.035 10.892 7.277 4.161 0.939 2.229 41.42610.123 * -54.815 13.376 9.566 7.77'. 4.146 c?.o37 2.083 41.4265.924 -69.498 12.2C8 8.669 1.77: (4.131 0.936 1.935 41.427 1.146 -85.931 11.678 8.274 7 .' 7 .', 4.141 3.937 0.996 41.426 -3.616 257.28C 11.865 8.412 7.27 b.171 3.'7jn 0.918 41.426 -r1.366 241.746 12.732 9.067 1.77-. 4.15 1 '3.340 9.947 41.425 -13.109 228.381 14.146 10.175 I.'? 't .I 2 h 0.947 0.903 41.424 -17.851 211.26C 15.954 11.650
1.29: 4.)72 0.94M 7.641 41.421 25.166 -i?.665 19.231 14.450 7.2nr 4.211 0.944 2.509 41.423 23.290 4 -32.304 16.955 12.523 7 .?flf 4.1 Id 3.941 2.371 41.424 15.443 1 -42.643 14.955 10.860 7.27'. 4.134 0.438 2.220 41.425 10.622 -5C.C91 13. 546 9.542 7. i7$ 4.139 1.937 2.182 41.426 5.82i -65.82? 12.150 8.655 7.27' 4.1j7 0. '136 1.933 41.426 1.04d -t'6.219 ll.h73 8.271 7.21' 4.134 0.437 0.996 41.426 -3.714 256.943 11.816 8.420 7.174 4.145 0.738 0.978 41.425 -8.464 241.445 12.755 9.085 7.77.: 4.161 0.94') Q.946 41.424 -13.20~ 228.12t 14.180 10.202 7.?11/ 4. 1'97 0.442 0.907 41.423-17.951 217.041 15.595 11.684
7.?9: 4./4> 3.948 2.641 41.420 25.059 -23.837 19.180 14.405 -32.505 7.?6, 't .? c 't \I. 944 2.538 41.427 23.186 16.548 12.484 7.77; 4. 171 3.941 2.370 41.423 15.341 -42.882 14.956 10.028 1.?7- 4.14 7 rJ.938 2.227 41.424 10.522 -55.3El 13. 315 9.519 7.27. +.l>? 0. Y3 7 2.OR1 41.425 5.72b -iC.lSC 12.171 8.642 1.?71 4.1Lb 0.736 1.937 41.425 0.943 -86.628 11.670 8.268 7.?11 4.1LP 0..)3/ 0.495 41.425 -3.812 25L.604 11.867 8.429 7.27: 4.1>'? 0.73fJ 0.971 41.425 -d.562 241.144 12.779 9.104 1.711 4.15P 0.940 0.945 41.424 -13.307 227.812 14.213 10.229 7.'Cl 4 . 1 r5 > p. 742 0.301 41.422 -18.051 216.833 16. 26 11.718
7.29! 4.23.4 ?.948 2.641 41.42024.952 -24.01C 19.129 14.360 7.75: 4.197 .I .944 4 2.503 41.42122.082 (I -12.707 16.902 12.445 7.,'7. 4. lb4 3.'i41 2.369 41.42315.233 -43.127 14.Y 16 10.796 7 .?7A 4.141 13.93d 2.226 41.424 111.421 -L-5.667 13.285 '1.495 7.771 4. LLI 0.477 7.077 41.4245.626 * -7L.478 12.153 8.628 1.17' '4. 1211 3.'?16 I. 930 41.425b.850 -f!b.979 ll.tb6 8.265 7.?1: 4.1l' 3.137 1.195 41.424-3.91C 256.265 11.698 8.437 I.212 6.133 G.'J?d I .971 41.424 -n.661 240.~43 12.ti04 9.123 7.21, 4.1ZZ ?.'440 0.945 41.423 -13.406 227.617 14.. 48 10.256 7.jFil 4. ldq 0.742 ,?.1!l
cv I VIIF? FCC€ RrIC VELl ALPHA1 PHI1 VINFl DV 1 ELATE TTIMF CV SUP 0v 2 VINF2 PHI2 ALPHA2 VEL2 BETA ECCE KMIO VELl ALPHA1 . PHIl VINF 1 DV1 9850 $920.0 21.61 7.29C 4.233 d0.925 28.0Y7 1.418 127.115 0.947 2.641 41.419 24.845 -24.185 19.078 14.315 67 9930.067 15.64 7.282 4.1Yl 80.623 27.R00 1.464 136.975 0,944 2.507 41.421 19.977 -32.Yll 16. n56 12 -406 9340.0 18.04 7.277 4.1% 80.376 27.591 1.501 146.835 0.941 2.36R 41.422 15.136 -43.365 14.877 10.764 4950.0 16.74 7-27? 4.135 80.1'95 27.444 1.528 156.695 0.938 2.225 41.423 10.320 -55.955 13.255 9.472 5960.0 13.88 7.27C 4.120 R0.OR7 27.341 1.544 166.555 0.937 2.078 41.424 5.526 t -7L.8C5 12.136 8.615 9'3 10. 0 15.53 7.269 4.114 8Q.058 27.266 1.550 176.415 0.936 1.928 41.424 0.751 -E7.332 11.663 8.263 99?0.0 15.72 7.269 4.116 d0.112 + 27.212 1.546 186.275 0.936 a .995 41.424 -4.010 2E5.924 11.910 8.446 5yso.q 16.41 1 7.271 4-12? 80.248 27.172 1. 531 196.135 0.938 0.976 41.423 -8.760 240.542 12.829 9.142 1ccc0.0 17.56 I 7.275 4.147 80.465 27.145 1.506 205.995 0.940 0.944 41.422 -13.506 227.362 14 -2 €210.284 10010.9 1Y.07 7.28C 4.176 d0.757 27.135 1.471 215.855 0.942 0.899 41.421 -1M.253 216.406 16.119 11.787 I . 99CO 9970.0 21.56 7.289 4.227 81.352 26.420 1.404 127.414 0.947 2.640 41.419 24.738 -24.36C 19.026 14.271 17 ss+o.n IY.6S 7.281 4.185 81.056 26.659 1.450 137.274 0.943 2.506 41.420 19.872 -?3.116 16.810 12.367 99'90.0 16.01 7.276 4.152 a0.814 26.477 1.487 147.134 0.940 2.367 41.422 15.033 -43.609 14.838 10.732 1001o.n 16.72 7.272 4.12Y tln.636 26.350 1.513 156.994 3.938 2.224 41.423 10.21d -56.245 13.725 9.448 1OJlO.O 15.87 7.269 4.114 80.531 26.258 1.530 166. R54 0.937 2.076 41.4235.426 * -1.142 12.118 8.602 1COLO.0 12-33 7.26@ 4.108 d0.505 + 26.lhR 1.536 176. 114 0.936 1.927 41.4230.651 -87.686 11.660 8.261 100!0.0 15.72 7.26C; 4.111 H0.559 t 26.131 1.531 186.574 0.936 0.995 41.423-4.109 255.584 11.922 8.455 10040.~ 16.43 7.271 4.123 8G.696 fi 26.082 1.516 196.434 0.938 0.975 41.423-8.860 1 240.24~ 12.854 9.161 1co5o.n 17.55 7.274 4.143 R0.911 26.039 1.45120(,.294 0.940 0.943 41.422-13.607 227.106 14.3 17 10.312 1c3co.o 19.117 7.279 4.171 81.231 26.C04 1.455716.154 0.942 0.898 41.421-18.355 216.192 16.162 11.822 t t 995010020.0 21.51 7.282 4.221 81.777 25.732 1.3YO 127.713 0.947 2.640 41.418 24.630 -24.537 18.975 14.226 33 100~3.? 19.61 7.28C 4.179 81.486 25.507 1.437137.573 0.943 2 -506 41.420 19.766 -33.323 16.764 12.328 10049.0 17.97 7.275 4.147 d1.24R 23. 353 1.475147.433 0.940 2.366 41.421 14.929 -43.855 14.759 10.700 10r)30.0 16.70 t 7.271 4.123 81.075 L5.246 1.500157.293 0.938 2.222 41.422 10.116 -56.538 13.195 9.425 100t0.0 1>.06 7.266 4.1U9 80.Y73 23.166 1.516167.153 0.937 2.075 41.423 5.325 -i1.477 12.101 8.589 1C070.0 12.53 7.267 4. I(J3 R0.94R 2j.100 1.522177.013 0.936 1.925 41.423 0.551 -88.041 11.658 8.259 10'1;ro.n 15.73 7.76f 4.136 HI.O,J+ 25.040 1.517 186.873 0.936 0.994 41.423 -4.209 255.242 11.935 8.464 1oc,,o.n lb.42 7.27C 4.11d 81.140 + ~4.9hl 1.5U2 196.733 0.930 0.975 41.422 -8.960 239.938 12.879 9.180 1ol:o.n 17.61 + 7.27? 4.138 61.355 t 24.920 1.476 206.593 0.940 0.942 41.421 -13.708 226.851 14.353 10.340 10110.0 1Y.14 4 7.278 4.167 n1.643 24. 860 1.441 21u.453 0.942 0.897 41.420-18.457 z15.97e 16.2C4 11.858
ICCCO 1on7.1.n z1.47 7.287 4.215 82.202 24.523 1.37d 128.012 0.947 2.640 41.418 24.523 -24.714 18.924 14.181 83 1CCPO.0 lv.>7 7.27Y 4.174 81.913 L4.345 1.424 137.872 0.543 2.505 41.420 19.661 -33.531 16.718 12.289 100;0.1 17.94 7.274 4.141 81.680 24.220 1.461 147.732 0.940 2.365 41.421 14.825 -44.103 14.759 10.668 1ol;n.D lc.67 7 -271: 4.118 n1.510 t 24.137 1.487 157.5Y2 0.93~ 2.221 41.422 10.014 -56.832 13.166 9.402 IC1 to.:) 15.h4 7.267 4.1~4 81..411 24.064 1.503 167.452 0.937 2.073 41.422 5.224 -11.814 12.084 8.576 l9lLrl.J 17.52 4 7.266 4.098 81. 38~ 24.903 1.WY 171.312 0.936 1.923 41.4220.451 1 -ce.398 11.656 8.257 1o1do.n 17.74 7.267 4.1u1 HI. 445 1 23.940 1.504 181.172 0.936 0.994 41.422 -4.309 254.899 11.148 8.474 1o1c3.n 10.47 7.265 4.113 81. 582 23.870 1.480 197.032 0.938 0.974 41.422 -9.061 239.635 12.905 9.200 1o1',o.n 11.64 I 7.27? 4.134 HI. 795 23.7Y1 1.462 206.8Y2 0.940 0.941 41.421 -13.80Y 226.596 14.388 10.369 101L0.9 14.17 7.278 4.163 H2. 082 . 23.704 1.427 716.752 0. Y42 0.896 41.420 -18.559 215.764 16.247 11.894 ECPTE TlIYE Uv SUY pvz Vlhl-2 P HI7 ALPHA2 bETAVEL2 ECCE RMIO VELl ALPHA1 PHIl VINFl DV 1
I TABLE XW. - Continued. TABULAR DATA FOR TRAJECTORIES FROM 1.1 EARTH RADII CIRCULAR
PARKING ORBIT TO 1.1 NEPTUNE RADII CIRCULAR PARKING ORBIT
ECPTE TIIME cv SUP + cv2 VINF2 PHI7 ALPHA? VEL7 6CTA ECCE RMID VELlALPhAl PHIl VIIuFl OV1
9734 S8iO.O 22.47 7.295 4.265 80.047 3J.958 1.433127.600 0.949 2.688 4 1 -420 26.891 -2C.94t20.059 15.177 183 5810.0 23.46 + 7.78d 4.2~3 79.714 + 30.537 1.483132.660 0.945 2.558 4 1 -422 22.COb -2S.OeC 17.760 13.176 5820.0 18.69 7.281 4.ld4 79.434 jL).?2h 1.524142.520 0.942 2.421 4 1 -42317.150 -313.773 15.667 11.411 SH?O.O 17.24 7.276 4.157 79.718 3u.009 1.5>5 152.3du 0.939 2.280 4 I ,42412.321 -5C.44C13.879 9.962 9H4O.P 16.19 + 7.77? 4.139 79.015 + 29.859 1.575 162.740 0.137 2.135 4 1 -4257.516 -64.37812.531 8.914 SHbO.0 15.62 + 7.272 4.129 79.011 19.758 1.5db 171.100 0.q36 1.qR7 41.425 2.733 -tC.344 11 -7 15 8.346 5860.0 13.58 + 7.271 4.12H 7Y.031 29.h96 1.5rlh 181.960 0.936 n. 9w 41.425 -2.034 262.796 11.722 8.306 987n.n 16.67 + 7.273 4.136 79.136 29.665 1.575 191.820 0.937 0.986 41.425 -b.787 246.694 12.374 8.795 SdL3.0 ll.u4 + 7.276 4.152 79.324 ZY.664 1.534 701.680 0.939 0.95’1 41.424 -11.533 4 232.561 13.624 9.761 St4SO.O 18.40 + 7.28C 4.116 79.573 + L9.633 1.523211.54n 0.941 0.919 41.423 -16.271 . 22C.719 15.3 18 11.124 7768 Sd4O.O ?1.15 7.285 4.231 80.124 ZY. 9Lt3 1.455 129.242 0.947 2.606 41.421 23.724 -26.062 18.551 13.857 15C S850.0 13.2d 7.783 4.197 79.827 29.584 1.500 13.1.102 0.943 2.472 41.422 1e.859 * -32.152 16.376 12.002 5dtO. 0 17.71 277 4.161 71.590 + 29.353 1.534 146.962 0.940 2.337 41.42314.022 -46.07; 14.467 10.432 9970.n lt.51 274 4.140 77.421 29.197 1.5511 15ti.822 0.738 2.1RH 41.424 1.210 -59.197 12.947 9.233 Sd0.0 13.76 271 4.127 79.330 2Y.Gdl I. 5 12 1bH. 682 0.937 7.041 41.425 4.419 -74.527 11.9t5 8.487 98S0.0 1>.53 + 27 I 4.123 79.319 29.00Y 1.576 178.542 0.936 1. coo 41.425-0.351 2te.74e 11.657 8.258 S9ZO.O 13.b4 + 27 1 4.128 79.344 Lt1.9b4 1. 5b9 1eA.402 0.137 0.992 41.425 -5.110 252.197 12.Ot8 8.564 99 10.0 16.64 774 4.1’11 77.557 20.945 I. 552 19d.7b2 0.93d 0.970 41.424 -9.859 237.287 13.124 9.370 9970.0 17.89 771 4.167 79.791 (8.951 1.524 70?.12Z 0.940 0.934 41.423 -14.603 224.645 14.679 10.603 59?0.0 1Y.46 + 28 3 4.1Y2 80.105 28.9H9 1.486 211.9R2 0.943 ,J.887 41.422 -19.348 .4 214.16C 16.564 12.177 981F 9d90.3 21.13 7.7EP 4.225 50.55~ 4 Ld.763 1.443 12 1.542 0.146 2.606 41.429 23.617 -2t.243 18.5Cl 13.814 ICC 914~0.0 13.25 7.281 4.185 d0.266 8 2d.47G 1.484 131.401 0.743 2.471 41.422 18.755 -35.365 16.331 11.964 5910.0 17.6H * 7.27C 4.1,s 89.033 28.264 1. 519 14’4.261 0.940 2.331 41.423 13.920 -46.325 14.430 10.402 $97q.n lb.48 7.77; 4.134 70.HbB 0 28. 12‘1 1.>43 15.1.121 0.938 2.187 41.424 9.109 -55.496 12.919 9.212 99’9.0 1~.75+ 7.27C 4.121 19.779 Ld.Cld 1.557 lhd.Yd1 0.Y37 2.~139 41.424 4.320 -i4.865 11:451 8.477 9943.0 15.53 7.27: 4.117 79.771 L7.949 1.563 17d.H41 0.936 1 .ooo 41.424 -!).451 Stk.396 11.658 8.259 9959.0 15.85 + 7.27C 4.122 79.846 27.900 1.553 19.1.701 0.937 0.991 41.424 -5.209 251.866 12.083 8.575 9St0.0 16.66 7.272 4.155 H0.004 27.971 1.535 I’T5.562 0.938 0.96Y 41.423 -Y.958 a 22c.998 13.151 9.391 9970.0 17.Y1 7.277 4.157 80.247 27.P.00 1.5082nn.422 0.940 0.934 41.422 -14.703 224.402 14.715 10.633 91kO.0 1Y.4’4 7.282 4.1b7 80.554 27.87? 1.47021Y.281 0.943 O.M8b 41.421 -19.449 .I 213.955 16.628 12.213 98te S940.0 71.CC 7.2I37 4.21d dO.989 27.6d4 1.420 12’3.H41 0.146 7.605 41.42023.511 -26.425 18.451 13.771 5c s750.3 13.21 7.281: 4.119 R5.702 27.345 1.470 135. 701 0.443 2.470 41.4211n.651 * -35.57e 16.287 11.927 S960.0 17.65 7.27, 4.149 80.473 + 27.164 1.534 14 4.561 0.940 2.330 41.422 13.817 -4t.575 14. 392 10.372 59 70.0 16.46 7.271 4.12R 80.312 27.036 1.728 15Y.421 0.938 2.186 41.423 9.008 -54.797 12.e52 9.191 sse0.n 17.74 7.269 4.115 80.726 26.945 1.542 164.2H1 9.537 2.038 41.424 4.220 fi -15.2C5 11.Q37 8.466 99.jo.o 15.33 + 7.269 4.112 d0.219 + 26. 818 1.545 177.141 3.936 I .ooo 41.424 -J.551 768.043 11.659 8.260 1cc3o.n 15.86 + 7.27C 4. I17 80.296 26.826 1.538lny.oo1 0.937 0.991 41.424 -5.308 251.534 12.0 59 8.587 10010.0 lb.6R + 7.272 4.130 80.453 26.705 1.520 19tJ.Rbl 0.938 0.96R 41.423 -1U.057 136.709 13.179 9.413 10020.3 11.54 7.276 4.172 80.690 26.756 1.492 70s.721 0.940 0.933 41.422 -14.803 224.158 14.752 10.662 1oo:o.n 15.53 t 7.281 4.183 al.000 26. 742 1.454 217.5rJ1 0.q43 O.RR5 41.421 -1Y.551 . 215.751 16.611 12.250 S91P 51Scl.O ?i.Ul 7.285 4.213 81.417 26.434 1.412130.140 0.946 7.605 41.419 23.404 -26.608 18.401 13.727 0 100.0.3 14.11 * 7.27s 4.113 a1.136 + LD.708 1.456 l/+ii.003 3.943 2.47q 41.421 1b.546 -35.794 16.242 11.890 10010.~l 17.02 + 7.274 4.143 89.911 + Lb.057 1.4Yd 149.86? 0.140 2.329 41.422 13.714 -4t.836 14.355 10.342 100,0.0 lh.44 7.27C 4.127 H3.754 25.947 1.514 159.720 3.93P 7.184 41.423 8.907 -tC.lCC 12.et6 9.170 1003.1.0 1J.12 7.2bc 4.111: i10.679 ~5.abl I .52n16 J.WJ 0.936 2.036 41.423 4.120 -75.548 11.Y23 8.456 10940. 7 1>.>3 7.762 4.1~6 ti7.hb5 Lj.796 1.531 171.440 0.936 1.000 41.423 -L;.651 4 Zt1.6Rt2 11.660 8.261 1on?r,.o 1>.b7 7 .?ti 4.117 00.747 L5.740 1.523 18Y:303 0.931 0.991 41.423 -5.406 4 251.201 12.115 8.599 1co:o.n 1b.il + 7.771 4.125 .tc.ooo L5.6Md 1.509 I9i. 160 0.938 5.968 41.422 -lrl.158 2?t.41S 13.2C7 9.435 10070.n 11.97 * 7.275 4.148 dl. 13’5 25 -640 1.477 20‘1.023 9.94u 0.932 41.421 -14.904 a 223.915 14. re9 10.693 lCO’!O.O 19.37 7.2tli. 4.179 31.443 + 23.597 1.43Y 218.880 0.943 0.883 41.420 -13.653 . 213.541 16.715 12.287 FCATETTIME CV SLM CVL VINF2 PHI? ALPHA2 bETAVEL2 FCCE RCID VELlPLPHAl PHIl v I lvFl uv 1 ':v i VI :F? ALPt'd7 VtL2 8ETA ECCE RYIO VEL1 ALPHAl PHI1 VIiIF1 uv1
7.2~1 4.297 27. ,75 3 1. 39'3 13,).'13~ 0.146 7.605 41.419 23.297 -26.792 18.351 13.684 1.77 4.106 25.051 1.443 14'J.?93 n.942 2.460 41.420 16.441 -36.011 16.198 11.852 7.77? 'i .1 3 " 24.931 1.417 15'1.159 n.940 2.728 41.421 13.611 -47.095 14.3 la 10.313 1.27" 4.117 14.'.3.'! :.?J3: 16 .n1Y 0.938 2.183 41-42? 8.805 4 -fC.4C6 12.d39 9.149 7.?f> I 4. IUS 24.767 1.514 lh).BIG .A51 t 266.975 11.664 8.263 7.?h7 4.1J7 23.537 1.4961HI.RYO 0.937 0.790 41.422 -5.609 i5C.534 12.148 a. 624 l.27C 4.117 23.4b1 1.41819'4.75a 0.938 Q.967 41.421 -1.J.359 i35.84C 13.765 9.479 I 7.214 4. I47 L5.377 1.44020Y.t.Lt' 0.040 0.930 41.420 -15.108 222.428 14.965 10.754 7.?75 4.171 23.274 1.411219.478 0.043 o.na1 41.419 -19.859 21.3.13H l6.UC4 12.361
7.29; 4.745 23.C46 1.323 121.177 0.950 2.734 41.416 27.960 t -15.33C 20. i7a 15.637 7.7di 4.197 22.884 1.376 131.1137 0.946 2.604 41.418 25.081 -27.166 18.150 13.597 1.?/7 4.13e 22.73'2 1.419 14~.H77 0.942 2.467 41.419 18.230 -36.445 16.1C9 11.778 7.i71 4-12" 22.661 1.4531511.757 0.939 2.326 41.420 13.404 -47.61e 14.245 10.254 7.26.. 4.h7 22.604 1.476 161J.617 0.937 2.180 41.4218.601 -61.023 12.7E6 9.109 7 .2 6 :. 4.3i1, L2.552 1.48'1 170.477 0.936 2.031 41.422 3.816 -7t.5at 11.984 8.427 7.265 4.037 2L.494 1.491 1H81.337 0.976 1.000 41.422-~).952 266.617 11.6t6 8.265 7. ?6' 4.:rY? 12.42? 1.483 1q1J.197 0.Y37 0.990 41.422-5.71~ 25C.20C 12.165 8.637 7.255 4.113 22.332 1.465 ?0,1.057 0.930 0.966 41.421-111.461 235.550 13.2Y4 9.502 l.2?> 4.l3h 22.222 1.436 20').317 0.940 0.92q 41.420-15.210 223.184 14 -903 10.765
7.i?l 4.1? 11.787 1.312 121.476 0.950 2.734 41.41627.850 -19.493 20.524 15.589*
7.19 1 4.H? ~1.653 1.365 131.336 9.146 2.603 41.41822.974 -21.352 18.ZCO 13.554 7.775 4.173 21.566 1.4JM 141.196 0.942 2.467 41.419 ltJ.125 -2t.671 16.064 11.741 7.271 4. I27 11.514 1.441 151.057 0.939 7.325 41.420 13.300 * -47.eez 14.2C8 10.224 7.767 4 .1 V ? LL.4/5 1.465 16 1.917 0.937 2.179 41.4219.498 -61.335 12.760 9.089 1.265 4.CY1 21.433 1.471 175.776 1.036 2.030 41.4213.714 -76.936 11.872 8.417 7 .26s 4.208 21.316 1.4d3 181'.656 0.936 1.000 41.421-1.054 26t.258 11./~69 8.267 7.261- 4.:: 24 21.799 1.471 193.4Yb 0.737 0.989 41.421-3.811 24q.at5 12.1E3 8.650 7.76: '1.1Jq ~1.195 1.453 203.356 0.938 n.965 41.421-1d.562 L35.260 13.324 9.525 7.272 4.133 ~l.'Jb7 1.424 21 J.216 0.94~ n.928 41.420-15.313 . 222.941 14.942 10.816 7.79L 4.255 LU.519 1.302 121.776 0.950 2.734 41.41527.740 -19.656 20.470 15.541 7.29: 4.187 LU.433 1.355 131.636 0.946 2.603 41.41722.866 4 -27.541 18.150 13.511 7.?7? 4.1R 20.385 1.39d 141.496 (I.942 2.466 41.4191a.018-3b.894 16.020 11.704 7.272 4.11') L0.960 1.431 151.356 0.939 2.324 41.42013.196 -48.145 14.171 10.195 7.266 4.0'39 i'l.339 1.454 161.216 0.937 2.177 41.4211.395 -61.64$ 12. 134 9.069 7.264 4.087 2~.7(16 1.466 171.076 0.936 2.n~~41.421 3.612 -17.287 ll.fl59 8.408 I. ?64 4 .ii4 2u. 251 1.465 lH.i.736 0.936 1 .eon 41.421 -1.155 265.891 11.672 8.270 7.26' 4 . 1: ?I r! LO.lbl 1.46tj 191. 796 0.937 0.989 41.421 -5.913 245.525 12.2c1 8.664 7.269 4. ldb &r~.04q 1.442 20.7.656 0.03Y 0.965 41.420-10.665 234.97C 13.354 Y. 549 7.:7r 4.133 19.894 1.413 ?1,.516 0.9441 0.927 41.419-15.41b 222.697 14.9tl 10.~14~
1:v 2 VIhFZ ALPliA7 VkL2 3FTA ECCE RMI 0 VFLlALPHAl I PHI1 VIhFl DV1 TABLE XIV. - Continued. TABULAR DATA FOR TRAJECTORIES FROM 1.1 EARTH RADTI CIRCULAR*
PARKING ORBIT TO 1.1 NEPTUNE RADII CIRCULAR PARKING ORBIT
ECCt QVrn VEL1 ALPHA1 PHIl VIVFl DV1 I)
9.953 7.734 41.415 27.629 a -15.821 20.4 15 15.492 9.945 2.602 41.417 22.757 -27.731 I6.1CO 13.468 0.942 7.465 41.41817.912 + -37.115 15.975 11.667 0.q50 2.372 41.419 13.091 -rt.417 14.135 10.166 0.937 ?. 176 41.420 d.291 -61.965 12. 708 9.049 0.93h 7.026 41.421 j.510 -77.641 11.847 8.399 0.Q36 l.noo 41.421 -1.257 265.535 11.656 8.272 0.037 '1.989 41.420 -6.015 + 245.154 12.219 8.678 0.938 9.964 41.420 -1y1.767 I 234.68C 13.3E4 9.572 0.740 0.926 41.413 -15.519 t 222.454 15.C20 10.880
9. 949 2.734 41-415 27.518 -15.9H7 20.361 15.444 1 ."I 4 5 2. bo2 41.417 22.64Y -21.923 18.'150 13.425 2. 'Q42 2.4b4 41.418 17.8Ob -37.344 15.531 11.631 3.93.) 7. 321 41.419 12.986 -Lt?.681 14. C9Y 10.137 3.137 2.174 41.420 8.188 1 -62.2r.3 12.683 9.030 ,7 .9 3 b 7.124 41.420 3.407 I -il.SYl 11.836 8.391 C.'436 I. 99J 41.420 -1.360 265.172 11.6no 8.275 11.737 n.YR8 41.420 -0.117 i48.85E 12.2?8 8.692 1.731 0.763 41.419 -l(~.87U t i34.3e9 13.415 9.596 .I. 140 Q.925 41.418 -15.623 222.211 15.060 10.913
r.949 2.733 41.415 27.407 -iO.153 20. 307 15.396 0.945 2.6f'I 41.416 27.54U 4 -2e.116 1n.cco 13.381 3.94: 2.463 41.418 17.69Y -?7.573 15.887 11.593 '3.939 7.320 41.419 17.M81 -45.955 14.062 10.108 '1.'?37 2.173 41.4297.084 -62.603 12.658 9.010 0.136 2.0? 3 41.420 J.304 -7t.354 11.824 8.382 'I .'? 36 0.990 41.420 -1.463 it4.808 11.684 8.279 5.937 11.988 41.420 -~.ZZU t 2411.521 12. ?57 8.706 3.938 0.963 41.419 -1U.974 234.095 13.446 9.621 0.940 0.924 41.41H -15.728 ii1.967 15.1CO 10.945
0.949 2.733 41.414 27.296 -20.32C 20.252 15.348 0.V45 2.60.) 41.416 22.431 -213.310 17.150 13.338 0.942 2.462 41.417 1/.592 -?7.802 15.U42 11.557 9.S3'i 2.31'3 41.419 12.775 -45.233 14.026 10. U79 0.937 2.171 41.419 7.979 8 -f2.92& 12.622 8.991 0.936 2.021 41.420 3.200 -7f.713 11.d13 8.374 C.936 ,1.935 41.420 -1.56b * 264.44: 11.he9 6.282 0.137 0.987 41.419 -6.324 24d.185 12 .I 76 8.721 LI.Y.3H 0.967 41.419 -11.077 233.805 13.477 9.646 0.941 0.923 41.418 -15.833 221.724 15.140 10.978
ECCt RMlO VEL1 ALPHA1 PHIl VItlFl OV1 I'V 7 VrLl si TA ECCt '(MID VELl AI PMPl PHI1 VI'fF1 ov 1
7.?1, 1. 3'1 J 9.447 2.657 41.417 24.796 -i4.261 19.052 14.293 7 .?7:, 1.397 0.943 2.513 41.410 10.936 -?2.986 16. 837 12.389 7.77.' 1. $34 0.940 2. 3711 41.420 15.102 -4:.439 14.lit2 10.752 7.;5- 1.401 9.q7v 7.233 41.421 11.792 -5t.031 13.245 9.464 7.26' n.~37 2.Q95 41.421 ?.502 -,':.BRP 12.129 8.610 7.?h? I1.93b 1.935 41.422 'Y.778 -H7.413 11.660 e.261 7.267 0.73h 7.795 41.421 -4.033 * 155.8'13 11.11 8.446 1.767 fJ.')37 0.Y7h 41.421 -5.780 24C.462 12.d?3 9.145 7.171 0.939 0.143 41.420 -13.535 //7.284 14.250 10.290 7.276 0.942 0.899 41.419 -1t1.287 Llt.325 16.132 11.798
1.>8? 1.323 l2'+.202 cl.042 2.705 41.416 20.513 4 -i1.522 19.873 15.013 7 .?.I" 1.374 134,662 0.045 7.567 41.411 21.644 -24.735 17.5F4 13.033 7.?74 1.414 143.722 0.741 2.429 41.419 16.803 4 -35.531 15.524 11.293 7.7+lL: 1.445 15,.Ib2 0.134 ?.ZUh 41.420 11.985 -51.33~ 13.765 Y.872 7.76L 1.467 165.641 0.037 ?.17Q 41.421 7.1811 I -6=.49e 12.455 8.1156 7.74' 1.475 17 $.502 n.Q36 1.981 41.4211.41U -)1.41i 11.744 8.323 7.7'1. 1.~73 18$.362 '3. q36 n.999 41.421 -2.355 7f1.665 11.140 8.320 7.7flc 1.46- 19i.222 l.W/ 0.984 41.421-7.115 245.657 12.438 8.843 7.26; 1.442 203.36~ 0 .0 3q 1.956 41.420-1l.Hbl :?1.664 13.125 9.840 1.212 1.411 211.',42 0.Q41 5.916 41.419-10.612 ilS.955 15.448 11.230
7.2H7 1.314 3?'..571 0.%9 2.100 41.416 26.403 -21.692 19.820 14.966 ?.?fir 1. 364 174.361 0.945 2.567 41.417 21.537 -75.936 17.545 12.991 1.,77! 1.4J4 144.221 0.341 2.428 41.419 16.697 a -29.765 15.4E1 11 -258 7.7hC 1.435 154.081 0. '43'1 7.285 41.420 11.881 -51.60s 13. 131 9.845 7.2hl 1 .455 16 :.J41 0.037 2.137 41.421 7.086 -61.735 12.433 a. 839 7.764 1.464 171.H02 0.73h 1.987 41.421 2.308 -t1.830 11.7?6 8.317 1.764 1.464 1R3.6hl 0.136 9.998 41.421 -2.457 261.307 11.748 8.325 I .?65 1.453 193.521 0.Q37 0.9R4 41.420 -7.212 245.332 12.'~60 8.860 7.2bt 1.431 2Q.'). 5b1 0.933 0.956 41.420 -11.963 + 731.38t 13.758 9.866 7.27' 1.3Y9 213.241 0.941 0.915 41.419 -16.116 215.723 15.489 11.264
7.id7 1.3us 1?4.t'n1 0.948 2.699 41.416 26.292 4 -21.863 19.7tl 14.920 7.21'> 1.355 134.661 0.944 2.566 41.417 21.42Y -30.135 17.496 12.950 7.27: 1.3Y5 144.521 0.941 2.427 41.419 16.591 -40.001 15.439 11.223 7.7bP 1.425 154.381 0.439 2.283 41.420 11.776 -51.891 13.657 9.819 7.ih' 1.445 164.241 3.937 2.136 41.420 6.982 -tk.063 12 -410 8.822 7.2h? 1.454 174.101 0.936 1.985 41.421 2.205 -82.19C 11.729 8.311 7.2b! 1.453 183.961 0.q36 0.998 41.421 -2.559 t 26C.949 11.755 0.331 7.?62 1.442 19j.921 0.937 0.983 41.420 -1.315 245.C08 12.482 8.876 7.26E 1.421 205.681 3.939 0.955 41.419 -12.067 i?l.lCS 13.751 9.893 7.27? 1.389 213.541 9.941 9.914 41.418 -16.820 . 214.490 15.530 11.298 7.?Ot 1.297125.100 0.948 2.699 41.415 26.182 -22.035 19.713 14.873 i 7.27O 1. 346 134.963 0.944 7.565 41.417 21.321 -30.336 17.448 12.908 7.271 1.3d6 144.873 0.941 2.426 41.418 16.485 I -40.239 15.356 11.188 7.267 1.416 154.6HO 0.936 2.2112 41.419 11.672 -52.175 13.664 9.792 7.264 1.436 164.540 0.937 2.134 41.420 b.879 -tt.394 12.3E8 8.805 7.?h? 1.445 174.40U 0.936 1.983 41.420 2.102 -82.552 11.721 8.306 7-76! 1.444 184.26CI 0.736 0.998 41.420 -2.662 26C.59C 11.764 8.337 7.264 1.432 194.120 0.937 0.983 41.420 -7.417 244.683 12.504 8.893 7.?b7 1.411 20.i.980 0.939 0.954 41.419 -12.170 23C.832 13.825 9.919 I 7.272 1.37Y 213.840 0.941 0.913 41.418 -16.924 219.258 15.572 11.333
CV i VEL2 HFTA ECCE RH1 D ALPHA1VELl PHI1 VINFl DV1 TABLE XN. - Continued. TABULAR DATA FOR TRAJECTORIES FROM 1.1 EARTH RADII CIRCULAR
PARKING ORBIT TO 1.1 NEPTUNE RADTI CIRCULAR PARKING ORBIT
ECATE TlIMt CV i Vliul? ALPlrA2 VtL? BtTA FCC€ 9YID VEL1ALPHA1 . PHI1 VIYFl DVl 1.285 2.690 41.41s26.072 -22.208 19.660 14.026 7.277 2.565 41.41721.212 -30.537 17.399 12.866 7.271 2.425 41.41816.378 -40.475 15.354 11.153 7.267 2.2R1 41.41911.567 -52.46C 13.t30 9.766 7.264 2.133 41.4200.775 -t~.7~712.367 8.789 7.262 1.981 41.420 1.999 a -81.915 11.714 8.301 7.262 C.99R 41.420 -2.765 260.23C 11.772 8.344 7.264 0.982 41.419 -7.521 244.358 12.527 8.911 7.267 n.953 41.419 -12.274 23C.554 13.858 9.5'46 7.272 0.Y12 41.41H -17.029 119.(126 15.614 11.367
7.28' ?.6?9 41.41525.~61 -<(.3a2 19.tC7 14.779 7.277 2.564 41.41621.104 4 -3U.14C 17.350 12.815 7.271 2.424 41.41810.271 -4c.7~ 15.';12 11.119 7.266 2.279 41.419 11.461 -52.740 13.597 9.739 7.26? i. 131 41.419 b.671 -61.062 12.345 8.173 1.262 1.980 41.420 1.R9b -fS.ZlS 11.707 8.276 7.?bi 3.Y97 41.420 -2.86~ 255.86s 11.781 8.350 7.263 C.982 41.419 -7.624 4 244.032 12.550 8.Y28 7.267 ,1.95 3 41.418 -1?.37H 2SC.Z7F 13. ,193 9.973 1.211 0.913 41.417 -11.135 . iIb.795 15.656 11.402 7.234 2.698 41.415 25.85.1 I -ii.557 19. a53 14.732 7.27: 2.563 41.416 21.995 -3C.945 17. 3il 12.783 7 .?7.. 2.423 41.417 lb.164 -6..962 15.169 11.084 7 * ?55 2.27~ 41.418 11.356 * -53.fl3t 13.263 9.713 7.?b: 2.129 41.419 6.566 -ei.39H 12.324 8.757 7.2hl 1.976 41.419 1.792 * -62.646 11.701 8.291 7.261 0.997 41.41'9 -2.972 /5Y.!iOt! 11. 751 8.357 7.76' 0.981 41.419 -1.72d ~43.7C7 12.',73 8.946 7.iOL 0.752 41.418 -12.483 .3fl.Cil 13.S27 10.031 1.711 7.sn'~ 41.417 -17.?4C 2le.563 15.659 11.438
7.2C4 2.691 41.415 25.739 -t2.7?3 19.5co 14.685 1.21' ?.5h2 41.41b?".88b -31.15C 17.253 12.742 7.771' 2.427 41.417 1b.051 4 -41.207 15.127 11.049 1.24,- 2.276 41.41d 11.250 * -5..33C 13.'1?0 9.687 /.?h; 2.127 41.419 b.461 -61,737 12. 303 0.741 7.?01 I.C)7h 41.419 I.68rJ -A4.ti13 1 l.oS5 8.2Hb 1.?61 n.q9 / 41.419 -3.076 259.145 11.YCO 8.365 7.767 9.Y81 41.1.19 -7.832 4 243.3t1 12.557 8.964 7.261 r.q5 1 41.413 -11.588 2~9.774 13.'Jt2 10.028 7.771 1.53tJ 41.417 -11.341 2ln.3.31 15.142 11.473
7.24' 2.597 41.414 25.627 -~i.91C 19.446 14.630 7 .?7 2.251 41.416 2d.777 + -31.357 17.2C4 12.701 7.?h\ 2.421 41.417 12.95(' -41.452 15.1 e5 11.015 7.16: 2.275 41.418 11.144 -53.623 13.457 Y.661 7.26; 2.12'. 41.419 h.350 -L,C.O7E 12.282 8. 725 7.20; 1.474 41.419 1.583 -F4.3@3 ll.bE3 8.282 7.261 '1.917 41.L19 -1.183 4 2Lr.iC2 Il.ill 8.372 1 .?o- n.c>Eiq 41.413 -1.937 243.056 12.c.22 8.983 I .7r > 0.950 41.418 -12.693 224.447 13.958 10.056 7.271 3.907 41.417 -17.453 71d.lCC 15.785 11.509 4 Cb ?MI0 dEL1 ALPHA1 PHI1 v I "F1 DV1 ''I, , 0 ?.+ 1 trl VELl ALPhA1 PHI1 v I'.F1 ov 1 *
7.2ti' 2.696 41.41425.516 -23.ooe 19.353 14.591 I.>/ 2.561 41.416 2C.667 -?la565 17.155 12.659 -41.701 1 .' h .-I 2.41'4 41.417 15.842 15.143 10.981 I .-tzc4 2.773 41.418 11.037 -53.915 13.4t4 9.635 1 .?'>I 2.124 41.418 b.251 3 -(t.421 12.262 8.710 1.26 1.972 41.419 1.47$ -H4.75? 11.684 8.278 I. 'I, 9.197 41.411 -7.285 t ?5P.41$ 11.821 8.380 7.,5: 0.980 41.418 -8.042 i42.73C 12.546 9.002 7.2.;. p. 049 41.41d -12.799 4 225.171 14.C33 1C.085 /.!71 3.,406 41.416 -17.560 217.btE 15.H29 11.545 t 7.?nr 2.696 41.41425.403 3 -22.269 19.??9 14.544 I.273 ?.56n 41.416 211.557 -31,775 17.1Cl 12.618 1 .7f: <' 7.418 41.417 1',.734 -41.951 15.1C1 10.Y46 1. >I14 7.272 41.418 1~1.931 -5r.217 13.432 9.610 I .?5 1 2.122 41.418 h.145 -6P.766 12.241 8.694 7.>17? 1.970 41.419 1.373 -t5.126 11.679 8.274 I. 76' 1.196 41.419 -3.390 4 250.055 11.832 8.388 1."6' 1.979 41.418 -0.147 242.405 12.671 9.021 7.26" 13.94F 41.417 -12.905 22t.894 14.069 10.114 7.?7^ 3.405 41.416 -17.667 211.637 15.873 11.582
7..'a7 2.695 41.414 25.291 * -23.445 19.286 14.497 7.?74 2.55'3 41.416 2.".448 -?1.986 17.558 12.577 7 .7 '>t 7.417 41.417 15.626 4 -42.2Ci 15.''59 10.912 7.26: ?.770 41.4181'1.824 -54.517 13. 359 9.584 1.?51 ?.121 41.419 (l.039 -6S.112 12.221 8.679 7.25: 1.367 41.410 1.2b7 -E5.500 11.674 8.271 7.lhi. 0.996 41.418 -3.492 257.69C 11. e44 8.397 /.?e> 0.~77 41.418 -!i.253 ~42.079 12.657 9.041 7.76l n.q48 41.417 -13.011 i2t.ble 14.1C6 10.143 7.?7C 9.904 41.416 -11.775 217.406 15.917 11.619
7.7d1 2.694 41.414 25.179 -;3.63C 19.222 14.450 I .?1'4 2.558 41.415 29.331 -32.198 17.C10 12.536 7.2h~' 7.415 41,417 15.517 -42.455 15.017 10.M7M 7.261 2.769 41.417ln.716 4 -54.818 13.3tl 9.559 7.?h; ?.116 41.418 5.933 -69.461 12.2c2 8.664 7.25s 1.365 41.418 1.161 -H5.874 11.670 8.268 7.261 0.996 41.418 -3.601 251.325 11.e55 8.405 1.762 9.978 41.418 -8.359 t 141.753 12.123 9.060 7.?b> 0.947 41.417 -13.11H 22d.342 14.142 10.172 1.27!. 0.903 41.416 -17.H83 217.17t 15.961 11.656
cv2 RMIO VELl ALPHA1 PHI1 VINFl DV1 TABLE XIV. - Continued. TABULARDATA FOR TRAJECTORIES FROM 1.1 EARTHRADII CIRCULAR
PARKmG ORBIT TO 1.1 NEPTUNE RADII CIRCULAR PARKING ORBIT
CV i VIVt2 ALPPA7 VEL2 BETA ECCE RMID VELlALPHAl 4 PHIl VINFl DV1 I 7.27'0 4.169 12.579 1.304132.440 0.945 2.613 41.416 22.700 1 -27.830 18.073 13.444 7.?71 4.1~ 13.170 1.347142.303 0.942 2.474 41.417 11.862 -27.222 15.954 11.649 7.267 4.1U0 13.311 1.379152.160 0.939 2.331 41.418 13.047 -48.528 14.119 10.153 7.26' 4.079 ij.3~9 1.402162.020 0.937 ?. 183 41.419 8.251 4 -t2.085 12.6S7 9.041 7.261 4.03P 13.416 1.414171.880 0.936 2.032 41.419 3.472 -77.710 11. e42 8.395 7.261 4.006 13-3dU 1.416 181.740 0.936 0.999 41.419 -1.294 4 265.404 11.676 8.272 7.26c 4.013 lj.26n 1.408191.600 3.936 0.989 41.419 -6.053 245.068 12.225 8.682 7.265 4. Sb9 13.053 1.389 201.460 0.938 0.964 41.418-10.808 4 234.563 13.355 9.581 7.?6$ 4.114 12.755 1.361211.320 0.943 0.976 41.411 -15.564 Zii.346 15.C36 10.893 7.275 4.148 12.362 1.323721.180 0.943 0. q76 41.416-20.328 4 212.218 17 .OC6 12.533 I 7.281 4.ld4 12.049 l.Zd3 l29.rJ22 0.941 2.462 41.41524.401 4 -24.899 18.Rt7 14.132 7.274 4.141 12.284 1.329 138.882 0. 943 2.525 41.416 19.562 4 -23.721 16.672 12.251 7.?hti 4. IUH IL.467 1.365 14b.742 0.940 2.383 41.418 14.740 + -44.303 14.725 10.640 /.?h4 4.Ud4 12.589 1.391 156.602 0.938 2.237 41.418 Y.938 4 -C7.046 13.141 9.383 7.761 4.009 LL.647 1.401 168.462 0.936 2.087 41.419 5.154 -72.043 12.0t9 8.565 7.761 4. U6h 12.634 1.412 17a.322 0.936 1.934 41.419 0.384 -tr.636 11.651 8.254 7.761 4.0bE 12.536 1.408 1R3.182 0.936 0.994 41.419 -4.311 4 254.666 11.954 8.478 7.?6? 4.06D lL.352 1.393198.042 0.937 0.974 41.418 -9.133 239.415 12.921 9.213 7.267 4.152 1~.C73 1.368207.902 0.939 0.941 41.418 -13.889 226.39C 14.414 10.390 7.272 4.133 11.693 1.333711.762 0.942 rJ.895 41.416 -18.650 + 215.569 16.283 11.924 4 7.?Yl 4. I61 10.787 1.278129.321 O.C)47 2.661 41.415 24.297 -25.084 18.815 14.086 7 .?7? 4.13Y 11.066 1.324 13Y.182 0.943 2.524 41.416 19.453 -33.938 16.625 12.211 7.266 4. lu5 11.283 1.365 14'3.042 0.94Q 2.382 41.417 14.632 -44.562 14.685 10.608 7.754 4.tJ6Z 11.424 1.3B5 15d.YO1 0.73t: 2 -235 41.41n0.832 4 -57.354 13.111 9.360 7.251 4.007 11.4Y3 1.431 16t7.761 0.936 2.085 41.419 5.049 -72.395 12.052 8.552 7.ibC 4.Cb2 11.423 1.400 17n.621 0.936 1.932 41.419 0.279 4 -k5.CC8 11.650 8.253 7.201 4.U06 i 1. 3uO 1.401 18ti.481 0.934 0.994 41.419 -4.482 754.31c 11.568 8.489 7.262 4.n77 11.1EZ 1.360 198.341 0.937 0.973 41.418 -3.238 235.102 12.948 9.234 7.767 4.131 13.680 1.3622nu.201 0.939 0.940 41.417 -13.995 4 226.120 14.4k2 10.420 7.27' 4.132 13.463 1.32721d.041 0.942 q.893 41.416 -18.757 4 215.348 16.328 11.961 t 7.?di 4.1 In v. 52 7 1.274129.621 3.946 2.660 41.41524.185 -25.269 18.763 14.041 7.273 4.136 9.849 1.32013').48l 0.443 2.523 41.4161Y.344 -74.156 16.578 12.171 1.267 4. It13 I5.OY6 1.35214'2.341 3.940 2.380 41.41714.525 + -44.822 14.645 10.576 7.76? 4."79 1u.260 1.3d0 15').201 0.738 2.233 41.4189.726 4 -51.663 13.081 9.337 1.761 4.305 13.34r) 1.396lhq.ra61 0.936 2.083 41.4194.944 -72.749 12.036 8.540 7.26r 4.cb? 10.332 1.401174.921 0.976 1.930 41.4190.174 4 -€S.3RC 11.649 8.253 / -20 1 4 .-1 6 4 111.224 1.350188.781 r1.936 0.993 41.419-4.587 223.954 11.9e3 8.500 7.264 4.1.77 l\j.P12 1.331 1918.641 0.937 0.973 41.418-9.343 2?U.789 12.917 9.256 7.767 4.1u9 Y.687 1.356 20r.501 0.93') 0.939 41.417-14.101 * 225.863 14.450 10.451 7.?77 4.132 9.242 1.321218.361 0.942 0.892 41.414-18.865 4 215.128 16.373 12.000
7.28i 4.176 d.271 1.271174.923 0.946 2.661) 41.41524.074 4 -25.45t 18.710 13.996 7.772 4.134 8.63h 1.3i6 139.78~ 0.943 2.522 41.4161Y.235 -34.376 16.531 12.132 7.261 4.131 6.914 1.351 14'1.640 0.940 2.37'3 41.41714.417 -&5.085 14.6C5 10.543 7.?6? 4.i.17 9.OY') 1.3 16 159.503 0.937 2.732 41.4189.619 -57.975 13.052 9.314 7.?6:. 4.rJ63 9.1YC 1.391 16'9.360 0.936 2.081 41.4184.838 -i3.105 12.020 8.528 7.26i 4.'?J8 3.1H3 1.3')b179.220 0 -936 1.928 41.419 0.069 4 -09.754 11.649 8.252 1.261 4.C63 Y .C69 1.791 19').OtlU 0.936 3.993 41.418 -4.692 153.598 11.958 8.511 I.26? 4:1 /A d.642 1.376 19g.940 a. 937 0.972 41.418 -9.449 4 1?8.477 13.CC5 9.278 7.261 4.rJY') 3.494 1.351 7030. 80U 0. 940 0.938 41.417 -14.208 225.559 14.529 10.482 7.272 4.131 5.@lh 1.315 ?18.660 0.q42 0.R91 41.416 -18.973 4 214.9C7 16.419 12.038 4 I>V i vILIF? ALPt!A2 VtL2 dETA ECCE RYID VELlALPHAl 4 PHIl VINFl OV1 CV 2 VINI-2 Phl2 ALPkAZ VEL2 CETB ECCE RYI0 ALPHA1VELl PHI1 \'IriFI DV1
7.275 4.114 d7.r(O? 7.049 1.269 lb~.?19 0.946 2.659 41.414 25.962 -25.646 18.658 13.950 7.272 4.132 87.634(, 7.427 1.315 14'..979 0.941 2.521 41.41h 19.122 -24.598 16.484 12.092 7.266 /,.CY I 37.454 t 7.735 1.347 14?.939 9.940 2.37H 41.417 14.309 -45.349 14.565 10.511 7.762 4.?75 $7.3.14 I 7.941 1.372 15i.79'i 0.937 2.239 41.418 9.513 -5t.285 13.922 9.291 7. ibl: 4.lb1 37.262 t J.C42 1.3d7 lb'l.h59 0.736 2.07'3 41.418 4-732 4 -73.462 12.0C4 8.516 7.255 4.C>7 b7.251 8.S363 1.3)L 17'4.517 0.936 I .no0 41.418 -U.037 20S.81C 11.648 8.252 i.lbC 4.9bl 81.3?5 1.916 1.3do 18.f.37Y 3.936 9.993 41.418 -4.707 253.241 12.'!13 8.523 7.7h2 4.075 d7.475 1.675 1.311 197.239 0.931 0.972 41.418 -Y.555 i3t.164 13.024 9.300 7.2663 4.0L29 67.637 7.3u3 1.346 201.0'49 10.949 0.937 41.417 -14.315 225.336 14.567 10.513 7.27; 4.13187.847 6.79 I 1.311 217.75Y 0.943 O.fl90 41.416 -19.081 214.687 16./165 12.077
7.77'9 4.112 Yd.735 5. ROR 1.267 137.518 0.946 2.658 41.414 23.850 -,!.E35 18.6CS 13.904 7.272 4.13q 119.021 0.223 1.310 14.j.378 9.042 2.520 41.416 19.015 -34.82': 16.437 12.053 7.265 4.297 47.d'jl I 0.561 1.345 15'.?38 3.940 2.376 41.417 14.201 -G5.615 14.526 10.480 7.?6! 4.,i14 dl.724 t 6.7d7 1.369 lho.('9h 0.q37 2.223 41.41R 9.406 -5ti.605 12.993 9.268 7.26'; 4.i;bO 67.655 I 6.897 1.3d3 164.958 0.936 2.077 41.418 4.626 a -ij.821 11.Ye8 8.504 7.25; 4.9,,5 tI7.64h I 6.893 1.38817'f.818 0.93b 1.000 41.418 -0.143 a 765.494 ll.h49 8.252 7.261: 4.i;u? d7.101 . b.763b 1.363 189.blb 0.93h 0.992 41.418 -4.903 i52.884 12.029 8.535 1 .?h? 4.0/5 87.820 b. 51Q 1.367 194.538 0.137 0.971 41.418 -9.662 237.851 13.063 9.323 7 .?6t 4.394 Y+.(JOl U 6.114 1.342204.79n 0.940 0.936 41.417 -14.422 225.073 14.tC7 10.545 7.27; 4.131A4.243 '1.5b9 1.307 217.250 9.943 0. H89 41.416 -19.19d 214.46t 16.512 12.115
7.212 4.173 d8.614 4.577 1.26513:1.817 0.946 2.657 41.414 23.738 -2t.025 18.553 13.859 7.77 1 4.129 d9.409 5.g25 1.33> 14').577 9. 942 2.51" 41.416 1H.905 4 -35.044 16.350 12.~14 7.?66 4.096 Yd.?35 I 3.392 1.342 151.537 0.939 2.375 41.417 14.092 -45.88: 14.487 10.448 7.262 4.Cl? IY.111 I 5.631 1. 366 16'1.397 0.937 2.227 41.418 9.298 -5e.923 12.964 9.246 7.2bC 4.05') fiti.C't4 I '1. 158 1.381 170.257 0.936 2.075 41.418 4.519 -74.183 11.973 8.493 7.25; 4.3>4 U0.03R t 5.754 1.3d5 lH'I.117 0. 936 1.000 41.418 -0.24Y 265.115 11.649 8.253 7.2hC 4.060 89.093 * 5.620 1.37Y Ins.911 0.936 0.992 41.418 -5.010 252.521 12.045 8.547 7.2h2 4.U74 nR.212 3.348 1.364 19Y.637 0.937 0.970 41.417 -9.768 237.539 13.053 9.345 7.766 4.393 M8.392 4.929 1.339 20Y.691 0.940 0.935 41.417 -14.530 ii4.81C 14.646 10.577 7.271 4.i3l F!.b28 t 4.350 1.304 219.557 0.943 0.887 41.416 -1Y.299 I. 214.247 16.558 12.155 7.27t 4.lbA 88.785 3.347 1.264 171.116 0.946 2.657 41.414 23.626 -2t.216 l8.5C1 13.814 7.211 4.127 tIH.78h 5.834 I. 307 140.976 0.942 2.51R 41.416 1H.795 -35.270 16.343 11.Y74 7.2bt 4.094 HH.616 4.229 1.341 15rJ.836 0.439 2.373 41.417 13-984 -4t.153 14.447 10.416 7.262 4.071 (19.495 4.493 1.364 163.696 7.937 2.225 41.417 Y.191 -5'4.243 12.935 9.224 7.75s 4.0>8 8R.43d 4.6U4 1.370 170.55b 0.936 2.073 41.418 4.413 -74.543 11.558 8.481 7.25s 4.~54 88.426 4.620 1.382 18b.417 0.936 1 .000 41.418 -0.3S5 268.731 11.650 8.253 7.2bC 4.059 08.4d2 4.479 1.377 192.276 0.936 0.992 41.418 -5.116 252.169 12.962 8.560 7.262 4.174 fJH.631 4.191 1.361 [email protected] 0.978 0.973 41.417 -9.~75 237.227 13.122 9.369 7 .?bC 4.3~n88.779 3.748 1.336 20'9.996 0.940 0.934 41.417 -14.638 224.548 14.686 10.609 7.277 4.131M9.313 5.135 1.~2719.856 0.943 0.H86 41.415 -1Y.408 4 214.027 16,605 12.194 I 7.77s 4.16781.354 I 2.130 1.264131.416 0.946 2.656 41.414 23.514 -26.409 18.448 13.768 7.171 4.125H9.160 2.652 1.307141.216 0.942 2.517 41.416 18.685 -35.497 16.297 11 -935 7.265 4.033dR.YY4 3.074 1.340 151.136 0.939 2.372 41.41713.875 4 -46.42414.4~8 10.385 7.262 4.010dR.077 3.356 1.363 160.996 0.937 2.223 41.417 9.083 -59.564 12.907 Y. 202 7.255 4.05768.814 3.495 1.317 170.P5b 0.936 2.071 41.418 4.305 -14.9LC 11.943 8.470 7.255 4.053 rJa.811 3.497 1.381) lH(1.716 0.936 1 .ooo 41.418-0.462 I 260.35711.651 8.254 7JbC 4.359 88.868 t 3.343 1.375 19U.576 0.936 0.991 41.418 -5.223 251.811 12.079 8.573 lb.b5 7.262 4.074 a8.9863 t 3.C40 1.359 70'). 436 0.938 0.96'4 41.417-9.983 236.91513.153 9.392 I/.Yl 7.2tc 4.n9rl 89.163 t 2.572 1.334 213.296 0.940 0.933 41.416-14.74b 224.28614.726 10.641 l~.>l 7.272 4.137 89.401 1.9;15 1.299 22.3.156 0.943 0. R85 41.415-1Y.517 I 21?.8Ce16.6C2 12.234
VINF2Pk12 ALPHA2 SETAVEL2 kCCE RMID ALPHA1VELl PHI1 VINFl OV1 TABLE XIV. - Continued. TABULAR DATA FOR TRAJECTORIES FROM 1.1 EARTH RADII CIRCULAR*
PARKWG ORBIT TO 1.1 NEPTUNE RADTI CIRCULAR PARKING ORBIT
I'V 2 VIUtZ aLPPA? VEL2 t\ETA FC.CF RMID VEL1 ALPHA1 PHI1 VlNFl DV1 I
7.271 4.124 1.479 1.3d7 141.57> 0.942 7. 51541.416 18.574 -35.72516.250 11.896 7.2h5 4.332 1.927 1.33Y 151.43'1 0.939 2. 37041.417 13.766 -46.69714.369 10.353 7.261 4.?b> 2.226 1.362 101.295 n.937 2. 41.417221 d.974 -59.8e812.878 9.180 7.255 4 .v..- ~6 L. 3 74 1.375 171.155 3.136 7. 06941.418 4.197 -75.277ll.c)28 8.460 7.25; 4.L.53 2.377 1.37') 181.315 0.436 1.000 41.41R -0.569 2F7.976 11.653 8.256 7.26r 4.LJP 2.214 1.373 1918.875 9.936 0.991 41.418 -5.331 251.452 12.547 8.586 1 1.26; 4 .'3 7 4 1.BYT' 1.357 204.73> 0.93d 0.968 41.417 -10.091 236.603 13.1113 9.416 1 7. 26i 4.030 I. 404 1.332 710.53> 0.940 1.932 41.415 -14.655 .I 224.024 14.7 tl 10.674 llOC2 I 7.27.1 4.104 -u.477 1.21~6 132.fJ14 0.940 2.654 41.414 23.294 t -26.7~7 18. i46 13.680 17 1 7.?71 4.123 U.631 1.307 141.074 0.442 2.513 41.416 18.455 -25.913 16.2CO 11.854 1 7.261 4.363 I. 194 1.367 161.594 9.937 2.220 41. 417 8.866 -tC.214 12.850 9.158 1 7.254 4.d36 1.2hl 1.375 171.454 0.q3b 7.067 41.418 4.090 -75.645 11.q14 8.449 1 7.255 4.352 1.756 1.379 19!.314 O.Y3h 1.001) 41.418 -0.671 267.594 11.655 8.257 1 7.252 4.;,a l.nbB 1.37; 191.174 0.Y36 r1.9~1 41.418 -5.438 251.095 12.115 8.599 I 7.?6L 4.UYc) .I. 39 1 1.331 219.8'34 0.141) 0.931 41.416 -14.969 I 223.751 14. d09 10.709 1 7.272 4.133 -J.821 1.237 22u.754 0.943 O.883 41.415 -1Y.727 * 213.391 16.743 12.310
11052 1.27P 4.103 -1.487 1.267 132. 313 Q.94U 2.653 41.414 23.171 I -26.992 18.292 13.633 7.26< 4.330 -,J. 56fJ 1.349 15i. 633 0.939 2.3hH 41.417 13.553 -47.231 14.294 10.293 7.201 4..168 "I. cu5 1.302 161. d33 0.437 2.218 41.417 3.757 -6C.542 12. €22 9.137 7.254 4.G25 'J.77 3 1.373 171.753 0.936 ?.Oh5 41.4183.978 -76.029 11.900 8.439 7.255 4.027 J.?b? 1.3lU 181.615 2.436 1.000 41.418 -3.788 2ht.19e 11.658 8.259 1.2b~ 4.057 -J. 344 1.371 191.473 0.q36 0.99') 41.418 -5,545 ZSC.739 12.133 8.613 7.262 4.774 -u.658 1.336 201.333 0.938 0.967 41.417-1c.298 236.~07 13.243 9.462 l.?hl 4.107 -'J.Y14 1.331 711.19-3 0.940 ,1.933 41.416-15.073 4 222.501 14.849 10.141 7.77: 4.154 -1.h5tJ 1.237 221.053 0.943 n.Bn1 41.415-19.849 213.15~ 16. 756 12.355 t 7.277 4.163 -2.625 I.2bY 13/.612 0.945 2.652 41.41423.063 -27.19C 18.239 13.588 7.77c 4. 122 -1.Y5 1.33.3 147. 472 0.942 2.511 41.416lH.240 -36.422 16.110 11.119 7.2h7 4. cw -1.455 1.341 15L.332 0.939 2.366 41,417 13.436 -47.528 14.Z53 10.260 7.261 -1.12.1 1.363 161.1')Z 0.937 2.216 41.417d.649 -6L.87C 12.795 9.116 7.?55 -LJ.q39 1.375 172.052 0.936 2.06 3 41.418 3.873 -it.3El ll.ME7 8.429 7.72: -L.Y2c) 1.37d lH1.,412 0.'436 l.ono 41.418-9.893 ?66.825 11.661 8.261 7.2hi -1.116 1.371 1'31.772 0.956 0.990 41.418-5.655 25k.370 12.152 8.627 7.26i -1.435 1.356 201.632 ').q3a 0.966 41.417-10.416 225.669 13.2 i8 9.489 7.251 -2.~51 1. j3i 211 -492 n.440 1.929 41.416-15.183 223.240 14.890 10.774 7.27' -2.R35 1.297 721.357 9.143 1.880 41.415-19.960 I i12.932 16.045 12.396
cv2 I ALPFA2 VFL2 bET4 ECCF RCID VEL1 ALPHA1 PHI1 VIhF1 DV1 DV; VI'IFZ PPI2 ALPHA7 VEL2 dETA ECCE ?fa IO VEL1ALPHAl PHI1 v I ..I F1 ov 1*
7.281 4.1~7 Y3.948 3.534 1.247 121.400 0.948 2.706 41.414 25.442 -23.205 19.357 14.560 7.274 4.141 98.7.37 + 4.049 1.23.) 131.763 0. 'I44 2.570 41.415 20.602 -31.688 11.126 12.635 7.26~ 4.1'J5 lj9.54') 4.481 1.33U 141.12b 0.940 2.427 41.416 15.783 -41.836 15. I20 10.962 7.263 4.(174 aY.4C9 4.7tifI 1.357 156.Y80 0.938 7.280 41.417 10.983 * -C4.069 13.447 9.622 7.26C 4.002 88.377 4.462 1.375 16S.840 0.930 2.137 41.418 6.200 I -6E.587 12.251 8.102 1.755 4.C24 UH.ic14 'j.3uh 1.31Jj 176.703 0.036 1.977 41.418 1.428 -t4.929 11.6t1 8.216 7.25q 4.~56 68.3711 t 4.913 1.3t31 186.563 0.936 0.937 41.418 -3.334 4 TLt.246 11.626 8.383 7.261 4.U67 38.427 + 4. h9C 1.36Y 196.420 0.937 0.980 41.418 -b.094 4 i42.57C 12.658 9.011 7.265 4.CU8 48.3cn + 4.711 1.347 70b.780 0.939 0.947 41.417 -12.854 I i29.0i6 14.051 10.099 7.271: 4.118 81.7'25 . 5.712 1.116 716.140 0.942 0.qoh 41.416-17.620 217.736 15.053 11.565 7.27L 4.156 R9.'>56 3.075 1.277 131.b42 0.945 2.620 41.415 22.300 * -2E.54C 17.4.59 13.286 7.27C 4.117 HR.861 3.544 1.317 143.702 3.941 2,479 41.416 11.475 -3BmO5C 15.7S4 11.516 7 -264 4.067 tiP.711 3.913 1.348 155.562 0.939 2.334 41.417 17.h70 -49.506 13.989 10.050 1.761 4.066 M8.605 4.14 7 1,369 163.422 0.')37 2.184 41.418 7.881 -63.22E 12.608 8.972 7.755 4.355 88.557 4.244 1.380 173.292 11.936 2.032 41.418 3.106 -75.038 11.8CZ 8 366 7.25% 4.054 88.269 t 4.20L 1.3dL 183.14i 0.l36 0.99'1 41.418 -1.659 264.114 11.652 8.284 7.?6C 4.367 88.642 t 4.021 1.373 193.002 0.336 0.987 41.418 -6.41Y 247.873 12.253 8.734 7.765 4.079 88.776 5.667 1.325 701.h67 0.938 0.961 41.417 -11.177 233.523 13.507 9.669 7.26c 4.1a6 aq.9(,9 3.191 1.327 712.722 0.940 0.922 41.416 -15.943 221.467 15.182 11.012 7.274 4.142 89.216 t L.519 1.29~) 22Z.582 0.944 0.071 41.415 -20.717 211.469 17.171 12.618 I 7.276 4.154 89.425 1.e72 1.276 134.141 0.945 2.619 41.415 2Z.188 -28.142 17.R?8 13.242 7.265 4.115 87.241 + 2.373 1.316 144.001 0.941 2.470 41.416 17.365 -3E.288 15.149 11.479 7.264 4.1186 39.989 2.7bb 1.347 155.861 0.939 7.337 41.417 12.561 -49.792 13.952 10.021 7.261 4.765 88.9f?6 + 3.015 1.361 163.771 0.931 7.182 41.418 7.773 -63.563 12.583 8.953 7.251 4.055 88.944 3.108 1.378 173.581 C.936 2.030 41.418 3.000 * -74.405 11.742 8.358 7.255 4.053 88.953 3.077 1.319 183.441 0,936 0.999 41.418 -1.766 4 263.136 11.698 8.289 7.26C 4.062 ny.327 2. n84 1.311 191.302 0,936 0.987 41.418 -b.520 I 247.526 12.314 8.'750 1.?63 4-01'? 89.161 L.537 1.355 273.161 u.938 0.960 41.417 -11.286 233.227 13.540 9.695 7. 2bU 4.1U6 89.357 4 1.9'42 1.325 21 5.021 0.941 0.921 41.416 -16.051 221.21@ 15.224 11.047 7.774 4-14? Y9.5YY 1.790 1,288 722.881 0.944 0.H70 41.415 -20.821 211.260 11.226 12.119 8 1C97C 5c 7.269 4.114 119.613 1.211 1.316 144.301 0.941 2.477 41.416 17.255 4 -38.528 15.704 11.442 7.264 4.08s 89.464 1.627 1.346 154.161 0.939 2.331 41.417 12.452 -50.079 13.916 9.992 7.261 4.365 89.364 l.dY1 1.366 164.021 0.937 2.181 41.418 7.665 -63.901 12.558 8.934 7.75: 4.354 89.320 I 2.031 1.377 173.MBl 0.936 7.027 41.418 2.892 -i9.1t?5 11.7E2 8.351 7.255 4.~53 89.335 1.956 1.37ti 183.741 0.936 0.999 41.418-1.873 263.358 11.704 8.293 7.263 4.96289.4C.9 1.754 1.369 193.601 0.936 0.986 41.418-6.634 247.179 12.336 8.166 7.263 4.079 89.545 t 1.374 1.351 703.461 9.438 0.960 41.417-11.394 732.93C 13.574 9.121 7.274 4.143 a9.91n t 0.091 1.287 227.181 0.944 0.868 41.415-20.938 211.05C 11.215 12.761 I
7.27t 4.132 97.270 -Ll.H7h 1.276 174.740 0.945 2.618 41.41521.975 f -29.128 17.741 13.159 7.265 4.113 69.964 t iJ.1i)H 1.317 144.600 0.141 2.475 41.416 17.143 -38.773 15.658 11.404 7.264 4.08489.771 0. 846 1.346 154.460 0.939 2.328 41.417 12.332 -50.397 13.876 9.960 7.255 4.354 89.697 0.R92 1.376 174.180 0.936 2.025 41.418 7.784 -EL.l61 11.772 a. 343 7.755 4.c53 89.713 3.843 1.377 184.040 0.936 0.999 41.418-1.981 262.97e 11.711 8.298 7.763 4.0~0 89.866 J.433 1.350 203.760 0.938 0.959 41.417 -11.508 232.611 13.6 10 9.150 7.26t 4.137 90.1Y4 -d .6'3 3 1.323 213.620 0.941 0.919 41.416 -16.262 220.737 15.3C7 11.115 7.274 4.144 90.345 -1.111 1.286 225.480 0.944 0.867 41.415 -21.049 + 21C.841 17.325 12.803 c t LCATE TTIUF ov SUY OV? VIYF2 PHI2 ALPHA2 VEL2 BETA FCC€ RMID VEL1ALPHAl PHI1 VINFl OV 1 TABLE XIV. - Continued. TABULAR DATAFOR TRAJECTORIES FROM 1.1 EARTH RADII CIRCULAR
pM6(iNG ORBIT TO 1.1 NEPTUNE RADII CIRCULAR PARKING ORBIT
ECATE T r IMF r:v 7 VIVFZ ALPHA2 VtLZ HETA ECCE RMIO VELlALPHAl t PHI1 VINFl DV 1
7.276 4.131 -1.649 Id79 135.039 0.945 2.616 41.415 21.851 -25.354 17.685 13.111 7.26s 4.113 -1.057 1.31d 144.C99 0.941 2.474 41.416 17.033 -35.015 15.614 11.367 7.26C 4.064 -dm560 1.366 164.619 0.937 2.177 41.418 7.456 -64.557 12.511 8.898 7-25'> 4.354 -J..36h 1.376 174.479 0.736 2.023 41.418 2.681 -ti.521 11.763 8.337 7.25> 4.(153 -d.4>1 1.3771ei.33') 0.936 0.999 41.418 -2.082 + 2f2.621 11.718 8.303 7.2hG 4.9b? -r).d41 I. 36d 194.199 0.937 0.985 41.418 -6.838 246.522 12.378 8.797 7.26! 4 .I> a '1 -3.a9q 1.35dzn4.059 0.938 0.95R 41.417 -11.612 232.334 13.643 9.775 7.262 4. IU~ -1.492 1.322213.919 0.941 0.91b 41.416 -16.381 4 2iG.47C 15.353 11.153 7.274 4.145 -2.355 1.286 223.779 0.944 0. R66 41.415 -21.160 . 21C.631 17.374 12.846 7.77: 4.151 -2.826 1.Ldl 135.330 5.944 2.615 41.415 21.739 -;9.559 17.634 13.068 7.265 4.112 -2.lti4 1- 31') 14>. IYM 9.741 2.473 41.416 16.922 -3S.26C 15.5t9 11.331 7.264 4.~83 -1.71h 1.348 155.058 0.938 2.326 41.417 12.123 -!C.95? 13.807 9.906 7.26C 4. Jb3 -1.422 1-30 I 164.918 0.937 2. I75 41.418 7.339 -64.926 12.'tE5 8.819 7.25q 4.754 -1.279 1.377 174.178 0.936 2.021 41.4182.567 -e~.921 11.754 8.330 7.?5? 4.033 -1.355 1. 377 164.h33 0.936 0.999 41.418 -2.197 762.218 11.725 8.309 7-26:. 4-36? -1.597 1.3b3 194.49b 0.937 0.985 41.418 -6.956 246.138 12.4C3 8.816 7.76? 4.2Ml -2.021 1.351 204.35u 0.738 0.957 41.417 -11.721 232.0!7 13 .hi7 9.803 7.26i 4.139 -L. h47 1.323 714.21M 0.941 0.917 41.416 -16.491 )iC.221 15.3$7 11.189 7.272 4.147 -3.4d'J 1.286 224.2 Id 0.944 0.864 41.415 -21.272 1 21C.423 17.424 12.888 I 1.275 4.1>!7 -j.q6tl 1.234 135.631 9.944 2.614 41.41521.626 -29.766 17.583 13.024 7.765 4.117 -3.?97 1.321 147.4'47 0.041 2.471 41.416 lb.Hl1 -39.5C6 15.524 11.294 7.264 4.0a3 -2.830 1-34', 15:). 157 0.938 ?.324 41.41712.014 -51.247 13. 7i2 9.877 7.25C 4.253 -2.5~7 l.3hri 165.217 J. 13 I 2.173 41.4187.230 -65.271 12.401 8.861 7 .?5G 4.0>4 -2.38s 1. 37d 17i.i.71 0.936 2.019 41.418 2.45'1 -81.z9e 11.745 8.323 7.255 4.554 -2.42 1% 1.31a 18.t.931 C.936 0.998 41.418 -2.306 261.835 11.723 8.315 7.26C 4.567 -2.6a6 1.369 194.797 0.937 0.984 41.418 -7.067 245.79C 12.426 8.834 7.764 4.032 -3.135 1.351 204.651 0.918 n.957 41.417 -11.830 4 231.746 13.712 9.831 7.26~ 4.113 - 3. SG'J 1.323 214.517 0.941 0.916 41.416 -16.601 219.975 15.441 11.225 7.375 4.148 -4.677 1.237 ?24.317 0.944 O.fl63 41.415 -21.384 ilC.214 17.475 12.931 7.27? 4.15.I -3.99 7 l.7R7 135..?3b q. 744 2.612 41.415 21.513 -2S.975 17.533 12.981 7.26s 4.111 -4.4Gl 1.324 145.797 0.941 2.470 41.416 16.699 9 -19.755 15.480 11.257 7.264 4. Ja3 -3.e97 1.351 152.656 0.938 2.322 41.417 11.903 -51.545 13.7 26 9.849 7 .?6C 4.004 -3.5M2 1. 370 l03.51b 9.177 7.171 41.418 1.121 -t5.619 12.437 8.843 7.?5$ 4.024 -3.437 1.379 17'>416 0.931 2.016 41.418 2.350 -81.68C 11.737 8.317 7.255 4.554 -3.515 1.379 185.235 3.936 rJ.998 41.418 -2.414 261.454 11 -741 8.321 7.761 4.,104 -3.77,' 1.373 19>.39h 0.937 0.984 41.418 -7.176 245.443 12.449 8.852 7.204 4.(;63 -4.233 1.352 704. 956 3.938 0.956 41.417 -11.943 2?1.443 13.148 9.859 7.?65 4.112 -4.111 1.325 714.H16 9.941 0.915 41.416 -16.712 4 219.725 15.4t5 11.261 7.27' 4.130 -5.nZ5 1.2M4 224.676 0.944 0.062 41.415 -21.497 ilU.006 17.525 12.974
7.28? 4.1'97 -1.141 1.240 171. 376 0.94H 2.749 41.414 26.232 -21.Y52 19.736 14.893 7.27" 4. 14') -6.211~ 1.2.9C 130.236 3.544 2.611 41.415 21.400 -3L.185 17.4 E2 12.937 7.?hC 4.111 -5.469 1. 327 146.096 0.Y41 2.468 41.416 16.587 -LC.004 15.4?5 11.220 7.264 4.rld3 -4.97n 1.354 153:456 0.138 2.320 41.417 11.792 -51.844 13.7CO 9.821 7.761 4.0b4 -4.556 1.372 165.A16 3.931 2.169 41.418 1.012 1 -(:..9t7 12.414 8.825 1.259 4.035 -4.514 1.301 175.676 0.936 2.n14 41.418 2.241 -e2.064 11.729 8.311 1.25'> 4.05s -4.58C 1.3rll 187.536 c. 936 0.998 41.418 -2.523 261.072 11.750 8.327 7.261 4.'165 -4.847 1.372 195.396 0.937 0.983 41.418 -7.286 9 245.056 12.473 8.870 7.254 4.0d4 -7.3L.b 1.35 3 2n;. 256 3.93H 9.955 41.417 -17.051 231.147 13.784 9.887 7 .765 4.113 -o.:lz'J 1.326 215. I16 0.941 0.914 41.416 -16.824 219.478 15.S30 11.298
CV; VllFZ ALPHA? VEL2 BETA FCC€ RCID VELl ALPHAl PPI1 VINF1 DV 1 !
CV7 VIVFZ Pill2 ALPHA2 VLL2 SETA ECCE RM ID VEL1ALPHA1 .PHI1 VIUFl ov1 I I I 7.28? 4.1Y7 92.455 -6.769 1.250 12h.675 0.948 2.748 41.414 26.117 -22.134 19.681 14.844 7.272 4 * 149 92.274 -1.308 1.294 13b.535 0.944 2.610 41.415 21.287 -2i.39t 17.4?1 12.894 7.265 4.111 92.12i! -6.565 1.33'J 146.395 0.941 2 -467 41.416 16.476 -4C.256 15.351 11.184 7.264 4.0d3 92.008 -6.C51 1.357 156.25% 0.938 2.319 41.417 11.682 -52.143 13.665 9.193 7.261 4.064 91.92R t -5.708 1.373 160. 115 0.937 2.167 41.418 6.902 -tt.3lt 12.391 8.808 7.25s 4.055 91.897 I -5.567 1.384 175.972 0.V36 2.012 41.418 2.131 -82.445 11.721 8.306 7.255 4.054 91.918 -2.633 1.3133 1 H5.635 0.136 0.998 41.418 -2.633 2tC.6f9 11.759 8.334 7.261 4.066 91.994 I -j.?ll 1.374 195.695 0.9-37 0.983 41.418 -1.395 244.749 12.497 8.888 7.764 4 .0 86 72.122 -h.407 1.355 705.55s 0.738 0.954 41.417 -1Z.161 i3C.852 13.t1.20 9.916 7.265 4.115 92.2YR I -7.154 1.32d 215.415 0.941 0.912 41.416 -16.935 21S.231 15.515 .11.335 I 7.iH? 4.197 92.795 -9.3a2 1.255 12h.774 0.94ti 2.747 41.414 2t..002 -22.316 19.626 14.795 7.275 4.149 9?.61R -8.391 1.299 13o.Hj4 0.944 ? -609 41.415 21.173 -30.608 17.380 12.851 7.765 4.112 92.467 I -T.625 1.334 146.694 0.941 2.465 41.416 16.364 -LLS5C9 15.347 11.148 7.264 4.084 92.351 -7.c75 1.360 156.554 0.938 2.317 41.417 11.571 -52.447 13.630 9.765 7.2hl 4.065 '42.287 -b.747 1.37d 163.414 0.937 2.164 41.418 6.791 -66.671 12.368 8.790 7.75t; 4.956 92.253 -b.604 1.386 17t,.274 0.936 2.009 41.41H 7.022 -82.835 11.714 8. 300 7.255 4.057 92.175 -6.674 1.3~6 196.134 3.936 ,j.qqR 41.418 -2.74.3 * 2tC.305 11.7t9 8.341 7.261 4 d67 9?.351 * -0.967 1.316 19.j.914 0.937 0.9UZ 41.418 -7.505 244.4C3 12.522 8.907 7.76" 4.0d7 97.47~ t -7.476 1.358 7n.,.ti54 0.939 Q.951 41.417 -11.271 230.556 13.d57 9.945 7.?7i 4.117 92.6>2 -d.2iH 1 .331 215.714 0.741 0.311 41.416 -17.047 218.984 15.620 11.373
7 .?e: 4.lY7 '!?.I31 -13.475 1.261 12i.273 0.948 2.746 41.41425.886 8 -22.499 19..i?O 14.747 .1.775 4.13') 92.V56 -9.456 1-3\14 137.133 0.944 2.608 41.41621.057 I -3C.822 17.330 12.807 7.26s 4.112 ??.dl7 -n.h71 1.3jd 146.V93 3.941 2.464 41.417 16.251 -40.764 15.303 11.111 7 .764 4.3J4 92.7Q3 I -6.107 1. 364 15t>.f353 0.938 2.315 41.417 11.459 -12.752 13.595 9.738 7.261 4.256 Y7.634 -1.773 1.381 165.713 0.937 2.162 41.418 6.681 -17.026 12. 346 8.773 7 .75<8 4.,1>7 12.61)h -1.hiV 1.3~9176.575 n:Jw 2.007 41.418 l.Y12 -83.222 11.7C7 8.295 7.2bC 4.n5u 9?.h2Y -7.753 1.389 1nr;.+j3 0.936 0.997 41.416 -2.853 259.922 11.779 8.348 7.261 4 .'I 6'1 97.102 -6.GJ1 1.379 190.243 0.937 0.qfl2 41.41~-7.610 - 244.056 12.547 0.926 7.265 4 J89 92.W31 * -8.533 I. 361 ?no. 15 3 0 .93Y 9.v5-3 41.417 -12.3d3 236.262 13.854 9.974 * -'9.3'3* n.91') 1.271: 4.11'4 '93.t. -6.641 1.343 17n.r(lL '9.136 2.995 41.41R 1.801 -€3.611 11.7C1 8.291 7.?hc 4. )jO 92.7i,O -4.719 1. 392 180. 732 '2.134 o.qq7 41.418-2.963 251.537 11.789 8.356 7.2b~ 4:m 93.2'15 i -9.02a 1. 3d3 lq6. 59/ 0.537 0 .(28 1 41.413-7.727 s i43.71C 12.572 8.945 7.2bL 4.9il 'Y3.1H'l -4.576 1.354 7n6.451 0.03'1 1.957 41.417 -12.495 iZs.96i 13.931 10.003 7.77? '1.111 93.3il -1C.374 1.330 211,.312 0.~41 9.909 41.417-17.272 218.492 15.711 11.448
cv ,j v 1 'Yk7 PI.[? ALPHA? VFLL UEIA FCCF qrln VEL1 A\.PHbl PHI1 VI'IF1 DV 1 TABLE XIV. - Continued. TABULAR DATA FOR TRAJECTORIES FROM 1.1 EARTH RADII CIRCULAR
PARKING ORBIT TO 1.1 NEPTUNE RADII CIRCULAR PARKING ORBIT
pv ~ hLP11AZ ECCE QMIO V€L1 ALPHA1 . PHIl VINFl DV1 7.77~ ->.c31 0.'146 2.664 41.414 23.322 -2t.74C 18.359 13.691 7.771 -4.212 7. '942 7.523 41.416 ln.501 * -25.878 16.219 11.870 7 .?h > -3.72,; k1.939 2.377 41.417 13.698 * -4t.86t 14.345 10.334 7.?61 -,.344 0.937 2.227 41.417 (5.911 -6c.079 12.et2 9.167 7.25: -3.135 0. '136 2.n74 41.418 4.136 a -75.4E8 11.Y20 8.454 1.254 -3.111 3.9-?0 1.mg 41.418 -0.631 2t7.758 11.654 8.256 7.70 -3. 3,3 0.436 0.991 41.418-5.393 251.246 12.107 8.593 I..'hc -j.hu? 9. 938 1.948 41.417 -1d.155 236.417 13.202 9.430 7.267 -.?7l 0.9411 0.932 41.417 -14.924 223.855 14.752 10.695 / .?7 ? -3. )"7 .I. 94 3 3.883 41.415 -19.702 213.441 16.732 12.301
l.?;! -5.131 :I .'Q4 7 2.713 41.414 25.020 * -*
7.2H1 -/.7h? i).547 2.717 41.414 24.905 -24.076 19.102 14.337 7 .?7 a -6.31d 0. '343 7.573 41.415 20.079 -32.7CC 16.857 12.440 7 . .; c 7 ->.7.,5 0.940 2.429 41.417 I3.27L 1 -&:.d31 14.q24 10.802 I.?hl ->.?>I 5. 93ti 7.280 41.t11-11t5.482 -55.483 13.257 9.504 7.)5. -4.qhS 17.936 2.127 41.418 5.704 "lC.214 12.161 8.634 1.75, -4.?Ul 0.436 1.972 41.418 C.932 -t6.676 11.662 8.262 7.i5'3 -4.44." 0.13b ,7 .'I9 L, 41.418 -3.828 4 2>0.543 ll.dE2 B.425 /.?hi ->.3?2 0.',37 0.777 41.418 -8.590 241.04F 12.780 9.104 /.r'h' ->.Y64 c.93') 0.945 41.417 -13.357 * 221.73C 14.275 10.238 7.271 -L .b4 3 0.947 0. 900 41.416 -18.134 116.645 16.Ot6 11.742
7..ldI -0.3 /h 3.941 2.711 41.414 24.790 -24.265 19.C48 14.289 7.77: -1.432 0.043 2.572 41.416 1'1.966 -32.922 l6.ri47 12.398 7.2h7 -b. 114.' 0.941) 7.427 41.417 15.160 -47.295 14.8E2 10.768
7 .Ih e -0.3 j4 3.73* 2.274 41.41713J.371 -':.798 13.265 9.479 1.26. -0.01' 3.136 7.125 41.4185.594 -1C.578 12.142 8.619 /.;5: ->. 4i5 1.436 1.Y69 41.418J.826 -R7.065 11.059 8.260 7 . .: L L -t>n+2 0.936 n.995 41.418-3.937 250.167 11.895 8.435 7.>1;/ -3. $1, 1 9. Y37 "I.976 41.418-L.700 4 i4C.714 12.908 9.126 /.2b. -0. l>l 0 .9 3'1 1.q44 41.417-13.468 t 227.448 14. '64 10.269 7.771 - 1.727 ?.942 0.891 41.416-18.246 71t.41C 16.112 11.781
7.?~I "1.44' 0.947 2-71') 41.414 24.675 -i4.455 18.993 14.242 1.?7 1 -!>.7 34 0.'343 2.571 41.416 19.A53 -23.144 16.798 12.357 7.267 -7.1121 n. "40 2.426 41.417 15.048 -4'!.561 14.H40 10.733 7.2h' - /.34L 1.93~ 2.276 41.418lC.261 -56.115 13.233 9.454 7.?h - I. ''4 1. 'I. ? 3f> 2.123 41.418 '1.484 * -iC.943 12.123 8.605 7.?5* -6. '7t.I. 9 .9 3 f, 1.?67 41.41HC.716 -f!7.455 11.056 8.258 7 .?ha - I.:'O.I 5 .9 .3 b 9.995 41.41~ -4.047 * 255.7'3~ 11.909 8.445 7.;c. -7.441) 9.937 3.Y76 41.418 -&.Rll * i4t.381 12. e36 S. 147 7.2c' -d."22 0.137 0.943 41.417-13.579 227.166 14.3C3 IO. 301 7.271 -0. s4Y ij. 042 0. R9H 41.416-18.358 * 2lt.175 16.160 11.821
1:v < HLPHA,~ ECCI- RMIO VEL1 Al.PhAl PHIl VINFl DV 1 FC.CF QM IO VFLl ALPHA1 4 PHI1 VI'dF1 ov1 I*
0.747 2.700 41.41524.560 -24.645 18.539 14.195 3.443 2.569 41.4161~1.73~1 4 -?3.30e 16.749 12.315 q. 740 2.424 41.41714.936 -43.R29 14.758 10.699 ') .'I38 7.274 41.4181?.15U -56.434 13.ZC1 9.429 il.'43h 7.120 41.41R5.374 -11.31C 12.1C4 8 -591 0.036 1.964 41.418 1.606 -t7.a45 11.654 8.256 1. 936 (1.992 41.418 -4.15tJ 2.5.414 11.923 0.456 0.037 (I.77'1 41.418-4.92iL4C.04P 12.865 9.170 0.739 3.342 41.417-13.6~1 226.885 14.343 10.333 0. .26j + -i1.679 12.386 8.578 0.036 1.067 41.417 J.496 -Ee.23@ 11.652 8.255 .1.936 0.994 41.41R -4.268 255.C37 11.038 8.467 1.937 '1.975 41.418 -'1.032 235.715 12. e54 9.192 r3.Y39 0.941 41.417 -13.803 226.605 14.383 10.365 0.942 7.R9'i 41.416-19.584 215.7~5 16.255 11.900
0.941 P.707 41.415 24.3311 4 -il..O29 18.831 14.100 0.94 3 2.567 41.41619.512 + -33.820 16.651 12.233 0.940 2.420 41.417 14.712 -44.370 14.714 10.632 0.936 2.273 41.41H '1.926 -5i.Oel 13.127 9.380 0.Y36 2.116 41.418 5.152 -72.049 12.068 a. 564 G.935 1.959 41.419 2.385 -88.631 11.651 0.254 0.136 0.994 41.419 -4.37'9 254.t;tC 11.953 8.478 3.9-37 0.974 41.418-9.144 239.383 12.923 9.215 0.939 n.940 41.417 -13.915 + 226.325 14.423 10.397 0.042 0.894 41.417 -10.698 I 215.472 l6.3C3 11.940
7. 94 7 2.706 41.4152'1.214 -25.222 18.777 14.053 3.')43 2.565 41.416 1'9.398 -34.04e 16.hC2 12.191 3.940 2.417 41.417 14.599 -44.643 14.072 10.598 0.938 2.76R 41.418 0.814 4 -5'1.406 13.1C6 9.356 0.0.36 2.114 41.419 5.041 -71.422 12.351 8.5~1 d .'4 3 b 1.Q57 41.419 tJ.274 -H5.025 11 -650 8.253 0.936 0.994 41.417 -4.490 254.283 11.569 8.490 0.337 9.973 41.410 -Y.255 735.051 12.953 9.238 0. 937 0.V39 41.'418 -14.028 226-045 le...4 64 10.430 0.942 0.893 41.417-1tj.812 .+ 215.238 16.351 11.901 0.946 7.705 41.41524.099 -i5.417 18.712 14.006 :) .')4 3 2.564 41.417 19.284 -34.278 16.553 12.150 0.94i1 2.417 41.418 14.4~6 + -44.91e 14.631 10.564 o.93n 2.266 41.41R 9.702 -57.733 13.075 9.332 0.936 2.111 41.419 4.930 -72.7'96 12.C34 8.539 0.33h 1.954 41.419 0.163 [email protected] 11.649 8.253 0.936 0.093 41.419 -4.601 252.906 11.985 8.502 J.q37 0.973 41.418 -9.367 i3t.720 12.983 9.261 0.940 n.936 41.418 -14.140 225.767 14.5C5 10.463 0.942 0.892 41.417 -1b.926 215.005 16.4CO 12.022
ECCC RVIC VEL1ALPHAl PHI1 V INFl OV1 TABLE XIV. - Continued. TABULAR DATA FOR TRAJECTORIES FROM 1.1 EARTH RADII CIRCULAR
PARKING ORBIT TO 1.1 NEPTUNE RADII CIRCULAR PARKING ORBIT
Rr.+ln VEL1ALPHA1 . PHI1 VINFl OV1 2.704 41.416 23.983 -25.61? 18.ttM 13.959 2.562 41.417 19.173 * -?4.505 16.504 12.109 ?.415 41.418 14.373 -45.194 14.590 10.531 2.264 41.419 Y.590 4 -5C.062 13.C44 9.308 2. I09 41.419 4.Bll! -73.171 12.317 M. 526 1.952 41.419 2.052 -09.814 11.649 8.253 0.Y93 41.419 -4.713 753.529 12.c01 8.514 0.972 41.419 -9.47Y I 23E.385 13.014 9.285 0.937 41.418 -14.253 225.489 14.546 10.496 0.H90 41.417 -1'4.040 214.712 16.449 12.063
2.702 41.416 23.867 -~5.81C 18.614 13.912 2. 561 41.417 19.355 4 -34.742 16.455 12.Ob8 2.413 41.418 14.261) -L5.472 14.548 10.498 2.262 41.419 9.478 -5C.393 13.014 9.284 2.107 41.419 4.706 -73.552 12.[101 8.514 I .00l 41.413 -0.360 4 265.789 11.649 8.253 0.993 41.419 -4.M24 253.151 12.018 8.527 Q.971 41.419 -9.59% i3t.05k 13.,145 9.308 0.Wh 41.418 -1'1.361 Li5.21C 14.>t8 10.529 I 'J.889 41.417 -19.155 214.540 16.458 12.104
2.701 41.41623.751 -2t.ooe 16.560 13.865 7.557 41.417 ld.941 -14.975 16.407 12.027 2.411 41.418 14.14h -45.752 14.5C7 10.465 2.75'4 41.419 9.365 I -56.726 12.983 9.261 ?. 104 41.4194.594 * -73.931 ll.'3!24 8.502 I. -'?a 41.420 -~.172 265.38s 11.650 8.253 ".c192 41.413-4.936 252.774 12.3?6 8.540 3.771 41.419-9.705 4 237.72E 13.076 9.333 0.935 41.418 -14.4tli 224.9?3 14.629 IO. 563 'l.?R?l 41.417-19.27U 214.308 16.547 12.146 I 7.10P 41.416 23.634 -it.207 18.506 13.818 2.557 41.418 lri.826 -3'3.211 16.258 11.987 2. 4?)? 41.41914.333 -br.034 14.467 10.432 2.257 41.413 5.252 -!9.061 12.953 9.238 2.102 41-42] '1.481 -74.312 ll.Yt9 8.490 I .ooil 41.421) -'.284 2tt.SYl 11.651 8.254 '1.192 41.420 -5.349 * 252.397 12.C53 H.553 d.9 70 41.419 -4.MlLi * 237.398 13.1C8 9.357 1.93/+ 41.419 -14.593 t ii4.65t 14.b72 10.597 0.386 41.41ti -1Y.3H5 2111.016 16.557 12.187
RUIQ VtLl ALPHPl a PHI1 VIkF1 DV1 3v: tCCi QMID VEL1ALPhAI .t PHI1 VIGF1 ov 1 7. :r4 0.948 2.757 41.41525.023-22.2fl1 19.637 14.806 7.i7r. 0. "4C 2.618 41.416 21.201 -?L.557 17.1S3 12.862 7.2 TI 0.941 2.474 41.417 lh.796 -4i.437 15. 360 11.158 7.205 n. 938 2.324 41.418 11.600 -52.352 13.641 9.774 7.76. 0.f437 2.171 41.418 s.1329 -6t.552 12..377 8.797 7.2612 0.736 7.015 41.419 7.060 -eL.?CI 11.717 8.303 7. ?OL 0.936 0. 99H 41.419 -2.7n5 260.437 11. I66 8.339 7.7hi ?.,437 0.9R3 41.418 -7.46.) 244.517 12.514 8.901 7.762 0.03'1 u.954 41.41R -12.236 i3C.641 13.:146 9.936 I .?7 1 3.941 0.912 41.417 -17.017 715.042 15.608 11.363
7.77\ 2.945 7.669 41.4162/.891 -77.492 18.161 13.520 I.272 3 .'4 4 2 2.526 41.4171i.i181 -36.75e 16.344 11.724 7.iCii. 3 .9 3 I? 2.378 41.418 13.2Rh -47.91; 14.2C1 10.219 7.?6? q.937 2.226 41.418 8.505 -61.308 12.759 9.088 7.761 9.136 ?.e71 41.419 3.734 -71.865 11.371 8.417 7.79i '2.03b 1. 000 41.419 -1.031 itt.336 11.t66 8.265 7.?61 '1.93h 2).9R9 41.419 -5.799 2:$.914 12.178 8.646 7.?64 3.938 n.965 41.418 -1.J.562 235.2J5 13.322 9.524 7.76T ,2.940 ?.92H 41.417 -15.338 2iZ.87E 14.950 10.823 7.?7'. 3. '443 3.878 41.416 -2,'1.126 212.61C 16.418 12.458 I 7.?7< 1.945 2.667 41.416 22.776 -27.696 18.1C8 13.475 7.27; 0. 942 2.525 41.417 17.967 -?t,94$ 15.SS7 11.685 7.?L7 0.'43Y 2.376 41.41R 1.3.174 -48.2C1 14.162 1c. 188 7.ih? 0.537 7.374 41.419 Cg.393 -61.65C 12.732 9.067 7.261 7.436 2.1769 41.419 3.623 8 -77.249 11.85Y 8.408 7. ?5<. 7.736 1 .000 41.419 -1.142 265.942 11.610 8.268 7.262 0.936 0.q87 41.419 -5.907 I 245.541 12.158 8.662 7. ?bL 0.938 0.965 41.418 -10.675 234.938 13.355 9.550 7.76S c. 940 0.927 41.418 -15.451 i2~.612 14.'153 10.858 7.27G 0.943 0.n77 41.417 -20.241 . 212.387 16.968 12.501 7.27'7 0.945 2.666 41.416 27.661 -17.90C 18.055 13.429 7.212 0.942 2.573 41.417 17.853 -37.242 15.950 11.646 7.267 0.93Y 2.375 41.418 13.061 -48.452 14.123 10.157 7.?6? 0.937 2.277 41.419 3.281 -t1.4S4 12.7C5 9.046 7.261 0.036 2.06 7 41.419 2.512 -77.634 11.H46 8.398 7.261 0.936 1.000 41.419 -1.254 265.547 11.674 8.271 7.26~ 0.936 0.1R9 41.419 -6.019 245.leC 12.218 8.677 7.265 0.l78 0.964 41.419 -1!1.787 234.621 13.3E9 9.576 7.77c 0.943 3.926 41.410 -15.564 222.347 15.C37 10.894 7.276 ?.')44 2).R75 41.417 -2U.356 212.165 17.019 12.543
7.28C 0.945 2.665 41.416 ?2.545 * -28.106 18.CG2 13.383 7.77? 0. 942 2.521 41.417 17.739 -37.486 15.9C3 11.607 .7.26 7 0.93Y 2.373 41.418 12.948 -4t1.7e5 14.2) e5 10.126 7.%6? 0.937 2.223 41.419 8.169 -t2.335 12.677 9.026 7.261 0.936 2.064 41.419 3.400 -7t.021 11.834 8.389 7.261 0.936 0.999 41.419 -1.366 2~5.151 11.619 8.275 7.?6i 0.136 0.90~ 41.41.9 -6.131 248.814 12.239 8.693 7.2h'. 0.938 0.963 41.419 -10.900 234.305 13.423 9.603 7.27C 'I. 940 0.925 41.418 -15.67'9 12i.080 15.DE1 10.930 1.277 0.944 0.874 41.417 -20.471 211.943 17.C70 12.587
cv i ECCE RH1 0 VEL1 ALPHA1 PHI1 VIhFl ov 1 TABLE XIV - Concluded. IX~~UMKunln ruK IKAJEC'I'ORIES FROM 1.1 EARTH RADII CIRCULAR
PARKING ORBIT TO 1.1 NEPTUNE RADII CIRCULAR PARKING ORBIT
VCL? BETA KFlIO VELl ALPHAl PHll VlVF1 ov1
1.3jb 134.d19 7.663 41.417 22.430 a -28.313 17.950 13.338 1.37,l 144.1r19 2.520 41.418 17.625 -37.732 15.056 11.568 1.396 154.539 2.371 41.419 12.834 -45.075 14. C46 10.095 1.415 164. '197 2.214 41.4194.056 -62.687 12.651 9.005 1.423 175.259 2. 062 41.420 3.786 -7e.4C9 11.822 8.381 1.421 18i.llY 0.799 41.420-1.47d 264.755 11.6e5 8.279 1.42J 175.979 0.988 41.419-b.243 24e.447 12.761 8.709 1.400 ?O 3.H 3Y '7.962 41.419-11.313 4 233.985 13.458 9.630 1.354 213.691 3.924 41.418-13.792 221.818 15.125 10.966 1.354 123.55'4 r).a73 k1.417-20.587 211.722 17.121 12.630
1.344 135.110 2.662 41.417 2?.314 a -2e.521 17.857 13.293 1.37~144.Y78 2.510 41.418 17.510 -37.979 15.8C9 11.529 1.453 154.t'jo 2.369 41.419 12.721 -4q.376 14. IC8 10.065 1.421 164.099 ?.215 41.419 7.044 4 -t3.036 12.624 8.985 1.431 174.555 7.05Y 41.420 3.175 -it.801 ll.@ll 8.372 1.433 164.418 9.99'2 41.420 -1.590 264.35e 11.6YU 8.283 1.427 104.773 0.987 41.420 -6.356 I L4e.OEl 12.283 8.726 1.412 204.13,' 0.962 41.419 -11.12b 233.674 13.453 9.658 1.3.4L' ?15.99? 0.927 41.418 -15.907 221.554 15.169 11.002 1.3tJ1 ?23.PSI! 0.a71 41.417 -2tj.703 4 i11.5C1 17.172 12.674
1.3>> 17',.417 2.661 41.41722.197 -it.7?C 17. P44 13.247 l.3db 143.771 2.516 41.41811.395 -3e.228 15. I63 11.491 1.411 15c.1 37 2.367 41.419 12.6CI -49.674 13.470 10.034 1.428 !64.?Yl 2.?13 41.420 7.831 * -t3.3f7 12.558 8.965 1.438 174.">7 7."57 41.420 3.062 -75.193 11.0co 8.364 1.43'9 lHG.711 I?. 99c1 41.420 -1.702 263.961 11.557 8.288 1.433 lS4.511 U.S87 41.420 -0.468 * 241.715 12.3C5 8.742 1-41,> 204.437 0.961 41.419 -11.240 233.36C 13.228 9.685 1. 3>7 )14./'4)1 0.921 41.419 -1n.022 fi 221.2Yl 15.714 11.039 I. 3h.l 724.15 I 3.079 41.418-2~.ii:Y 711.28C 17.224 12.718
1.301 13'>.?10 7 .h59 41.41721.081-2e.941 17.7S1 13.202 1.394 14j.510 2.514 41.415 17.20U -3k.47E 15. 716 11.452 1.415 153.430 2.365 41.419 1/.494 -45.974 13.,132 10.004 1.430 165.29i 2.711 41.420 1.716 -63.741 12.512 8.945 1.4'1? 17,>.156 2.354 41.420 /.94Y * -75.586 11.7t9 8.356 1.4'to 16,.-15 3.'7')3 41.420 -1.~15 I 2~3.562 11. IC3 8.292 1.44 1 19%.d 16 0.986 41.420 -b.50L 747.35C 12. 328 d. 760 1.427 ,'Q4. 730 ".94i) 41.425 -11.354 233.U46 13. i t4 9. 713 1.4J4 714.5Y'> 0. 92.2 41.419-16.137 /il.oze 15.2t0 11.076 I. J I> 224.45h '1. Hb? 41.418-2'.935 C11.06C 17.276 12.762 a !. 37d l?b.'J16 ?.h5H 41.410 21.965 -29.153 17.739 13.157 l.'+Jc 14,.47:, 2.513 41.413 11.165 -3t.73C 1S.6iO 11.414 1.42b 15,. I>' 2.763 41.420 1?..379 * -:C.276 13.e54 9.974 1.443 16s.59:. 2.20' 41.470 7.604 -64.OLj6 12.546 8.YZ6 1-45.' I71.47t 2 251 41.420 2.836 4 ->\.see ll.ii9 d.349 L.433 Id,. 31'> Q.9'4Q 4i.421 -1.92d * 263.162 11. 710 8.298 :.'+f+l19>.1rt, n. 386 41.420 -6.695 4 246.995 12.3L;l 6.177 1.43/ 7( ',.:'3b '7.951 41.423 -11.46~ * ?32.732 13.hCO 9.742 1.411 ?1~.:90 '1.919 41.411 -16.252 9 ~20.7tC 15 .?05 11.113 1.1d.. 7,s. 752 '3.hh7 41.418 -21.052 .9 /1(.84C 17.328 12.8il6 JrLi
12054121!9. 7 7.291- 4.237 17.224 -23.375 1.341 126.455 0.949 2.796 41.417 26.663 1 -21.291 19.947 15.078 t7 12120.'7 7.2R1 4.1~3 '?7.11Jo -~2-C17 1.367 13b.315 0.745 2.656 41.418 21.84a t -25.365 17.6E6 13.112 121 17.J 7.274 4.143 96.992 -23.749 1.411 146.175 0.q41 2.511 41.419 17.050 -26.984 15.623 11.375 12140.~J 7.26s 4.113 96.'il:h t -2b.168 1.435 156.035 0.93Y 2.361 41.420 12.263 -50.515 13.857 9.945 121.i0.0 7.265 4.0Y3 96.849 -IY.bb!' 1.451 165.895 0.937 2.206 41.420 7.491 -64.453 12.521 8.906 1211.0.0 7.264 4.06) 96.~21+ -1'3.470 1.46J 17>. 755 3 ..? 36 7.049 41.421 2.723 -8C.376 11.710 8.342 121 (3.0 7.264 4.i)UZ 76.855 * -19.46'3 1.461 lR>.61? 0.936 0.999 41.421 -2.041 it2.766 11.718 8.303 121.50.0 7.265 4.0Y1 96.901 -1Y.763 1.454 194.41> 0.937 0.985 41.421 -6.809 24t.62C 12.374 8.195 12liO.0 7.?6' 4.111 96.992 -2u.38~ 1.440 735.335 !).c)30 3.958 41.420 -11.582 232.420 13.636 9.770 122!.0.n 7 -274 4.140 Y1.12:I -21.212 1.41fl 215.195 0.941 n. 91 A 41.419 -16.368 .+ 220.505 15.351 11.151 121C4 121CO.O 7.29C 4.234 91.52? "~4.211 1.352 120.754 0.949 2.795 41.417 26.544 -21.474 19.850 15.028 1712ll0.0 7.2R1 4.185 97.403 -22.R41 1.389 136.614 0.945 2.655 41.418 21.732 -29.58C 17.634 13-06? 12151c.o 7.?74 4.1+5 YI.290 -21.774 I. 420 146.474 U.041 2.509 41.419 16.935 -39.239 15-57? 11.331 121JO.9 7-26? 4.115 '27.215 -2~l.991 1.443 156.334 0.939 2.358 41.420 12.151 -5C.885 13. H19 9.915 12220.') 7.266 4.09'5 97.161 + -1L1.4b.3 1.459 166.19't 0.937 2.204 41.421 7.377 -t4.812 12.496 8.887 12210.0 7.264 4.0d5 97.140 -2U.246 1.467 17b.054 0.936 2.046 41.421 2.609 -tC.772 11.760 8.335 12220.3 7.264 4.9d5 07.176 -2Cl.2l.i 1.46H 185.914 0.036 0.999 41.421 -2.156 + 262.364 11.726 8.309 122!r).? 7.266 4.0Y4 97.216 -2u.603 1.461 195. 774 0.Y37 0.985 41.421 -6.923 i4b.255 12.398 8.813 12240.0 7.265 4.114 47.306 + -21.190 1.447 20>.634 0.939 0.958 41.420 -11.697 232.108 13.673 9.799 122517.0 7.274 4.143 117.432 -22.C71 1.426 215.494 0.941 0.917 41.420 -16.484 . 22L.244 15.357 11.189 1215412210.0 7.19c 4.235 91.R18 -25.029 1.362 127.055 0.949 2.793 41.417 26.426 -21.658 19.1133 14.977 33 122jn.n 7.282 4.187 07.703 t -23.655 1.3119 136.913 0.945 2.653 41.419 21.615 a -2S.795 17.5e1 13.022 122 30.0 7.275 4.147 Y7.6L'l -2L.5d3 1.429 146.773 1.941 2.507 41.420 1b.81Y I -25.495 15.531 11.299 12240.9 7.27C 4.118 '31.521 -21.798 1.452 150.633 0.939 2.356 41.420 12.036 + -51.193 13.782 9.886 12250.0 7.266 4 .0 9 I1 '91.47'7 -11.290 1.467 166.493 0.937 2.201 41.421 7.263 -t5.172 12.471 8.868 12253.'3 7.26' 4.UdR Y7.450 -21.056 1.475 170.353 0.936 2.044 41.421 2.496 * -81.171 11.751 8.328 12270.0 7.265 4.CHP 97.467 -21.C05 1.476 186.213 0.936 0.998 41.421 -2.270 261.964 11.734 8.315 122io.n 7.266 4.c,98 97.527 -21.428 1.46') 196.075 0.137 Q.984 41. 421 -7.037 245.891 12.423 8.831 12290.9 7.27C 4.117 97.616 -22.C26 1.455 20 J. 933 0.939 0.957 41.421 -11.812 4 231.756 13.710 9.828 123'0.3 7.27: 4.147 97.740 -12.926 1.454 214.793 3.q41 0.916 41.420 -16.609 21S.984 15.443 11.227
12204li250.0 7.291 4.237 )d.111 -25.827 1.372 127.352 3. 049 2.792 41.418 26.307 -21.843 19.776 14-92? 831227U.9 7.287 4. ltiq 98.ch0 -24.450 1.408 137.212 0.945 2.652 41.419 21.498 -30.011 17.529 12.977 122L0.O 7.275 4.150 97.902 -23.375 1.438 141.012 0.941 2.505 41.420 16.703 -35.153 15.4E5 11.261 122'70.0 7.27C 4.1LO '97.825 -22.589 1.460 15&.932 0.939 2.354 41.421 11.921 + -51.502 13.745 9.856 123C0.3 7.267 4.100 Y7.716 -LL.Odl 1.410 16h.792 0.937 2.199 41.421 7.149 -65.535 12.447 8.850 12310.0 7.265 4.0Y1 97.IiH -21.852 1.483 176.652 9.936 2.041 41.422 2.382 * -C1.571 11.743 8.322 12320.0 7.265 4.llY1 91.775 t -L1.897 1.484 186.512 0.936 0.998 41.422 -2.384 261.564 11. 143 8.322 12330.3 7.267 4.131 97.836 -C2.237 1.477 196.312 0.931 0.984 41.421 -7.151 245.527 12-44? 8.850 12340.') 7.27C 4.121 97.424 -22.H48 1.463?06.23i 0.939 0.956 41.421 -11.927 2?1.485 13.147 9.858 12350.0 7.275 6.151 98.046 -25.760 1.442 216.092 0.941 0.915 41.420 -16.71b + 215.725 15.450 11.265 t ECATE TTIHF Cv SUM CV? VINt7 PHI? + ALPHA2 VtL2 t!ETA ECCE RMID VEL 1 AI.PHA1 PHI1 VINFl DV1 To Sun 4 4 of influence
Loca I horizontal ____
Figure 1. - Earth departure showing change from geocentric to heliocentric coordinates.
Figure 2. - Heliocentric legs of an outbound transfer with respect to an Earth-planet opposition.
18 5 of influence
Loca I horizontal -
Figure 3. - Target planet encounter showing change from heliocentric to planetozentric coordinates.
186 /"-.+'Sphere of \ / I \
...... ,. . \ \ '~2 'H,P \I
0
(a) Dark side retroqrade. (b) Twilight posigrade.
f 0 0 (c) Sun side posigrade. (d) Twilight retrograde.
Figure 4. - Types of flyby trajectories.
187 ‘--.--” ‘--.--” LParkingorbit at 1. 1 planet radii
T 0 (a) Reference low retrograde circular parking orbit.
,-Sphere of influence I
(b) Elliptic parking orbit, retrograde orbit, and dark side periapsis.
Figure 5. - Parking orbits.
188 I Planet at launch--/ Y
Figure 6. - Outbound mission profile.
189 U i "I"
90-
180" c
270-
Reference opposition -,-O"O 270
0 d m .-E I-
90 180 270 Reference opposition -' Heliocentric travel angle, D, deg Figure 8. - Impulsive velocity increment AV contour chart for Earth to Saturn trajectories into 1.1 planet radii circular paking orbit. (Opposition angle, 0, 0"; conjunction angle, C, 180". ) 0 l3;18000
180 -f C 0 "0 8: 180 --C U 0 "0 i -- 180 "C m .x> 0 "0 k 180 --C + -: 0--0 p 180 --C m 0 "-0 s 180 -+C m L 2 0"-0 .-m IE 180 -LC 0 u 0--rO 180 -LC 0 -ro 180 -r C 0 "10 180 -+C 0 "0 180 -+C 0 "0 180 -- C 0 "0 18090 -- - c
Reference ~ i7k """-"""- opposition-"' 0 40 80 120 160 200 240 280 320 360 Heliocentric Travel angle, p, deg Figure 9. - Impulsive velocity increment AV contour chart for Earth to Uranus trajectories into a 1.1 planet radii circular parking orbit. (Opposition angle, 0, 0"; conjunction angle, C, 180". ) 14 OOo -- -"" Departure transferI" rHohrnann -7"- Travel
0" 0 180"- C 12 OOO "- 0" 0 0" 0 0" 0 " 0" 0 0" 0 0" 0 10 ooo " 0" 0" 0
0" 0 " 0" 0 0" 0 0" 0 8 OOO====" 0" 0 0" 0 0" 0 0" 0 0" 0 0" 0 0" 0 0" 0 0" 0 0" 0 0" 0
40 120 0320 40 280 240 160 200 360 Heliocentric travel angle, p, deg Figure 10. - Impulsive velocity increment AV contour chart for Earth to Neptune trajectories into 1.1 planet radii circular parking orbit. (Opposition angle, 0, 0"; conjunction angle, C, 180".) rl. 1 Planet radii circular parking
200 400 600 aoo 1200 1000 Traveltime, To, days Figure 11. - One-way probe impulsive velocity requirements as function of travel time and parking orbit. Earth to Jupiter;periapsis at 1.1 planet radii.
194 4i
38
34 ...-2 E I Y !
10
Traveltime, TO, days Figure 12. - One-way probe impulsive velocity require- ments as function of travel time and parking orbit. Earth to Saturn; periapsis at 1.1 planet radii.
6 I1I 1 I 12 1000 2000 uxw) 4000 5000 6ooo 7000 8ooo Traveltime, To, days Figure 13. - One-way probe impulsive velocity requirements as function of travel time and parking orbit. Earth to Uranus; periapsis at 1.1 planet radii.
19 5 parking orbit
6 2000 4000 60008000 10 000 12 OOO 14 000 Travel time, To, days
Figure 14. - One-way probe impulsive velocity require- ments as function of travel time and parking orbit. Earth to Neptune; periapsis at 1.1 planet radii.
Figure 15. - Nonpropulsive flyby target planet encounter.
196 I
‘\ ’LReferenceopposition
‘“Planet at Earth return
Figure 16. - Return mission profile.
Opposition I
Figure 17. - Symmetric round-trip geometry.
197 Figure 18. - Arrival and departure geometry for reference low circular parking orbit.
Figure 19. - Relation of turning angle to arrival and departing asymptotes.
198 v-. 2 v-. 3
than Hohrnann for non- propulsiveflyby (0 = 0; va= I&).
Flyby trajectories. Trip time greater than Hohmann.
Sun side posigrade 0 passage (nonpropulsive).
Figure 20. -Target planet passage for symmetric flyby round trip.
199 ;p 105
"-" Sphere of influence 17"" /
1
IHohmann timej.2 planet equatorial radius -. (Conjunction) , (Oppo7,t~n~lone way1 I .1 800 1800loo01600 1400 1200 Zoo0 22M) Round-triptravel time, TT, days Figure 21. - Round-trip impulsive velocity requirement andperiapsis radius for symmetric nonpropulsive flyby round trip to Jupiter with atmospheric braking at Earth return.
200 -"" 600 Sphere of influence ?"- I I \ I \
E Y
.- 1000 2000 3000 4000 5000 Round-trip travel time, TT, days Figure 22. - Round-trip impulsive velocity requirement and periapsis radius for symmetric nonpropulsive flyby round trip to Saturn with atmospheric braking at Earth return.
201 Sphere of influence
I i I I
i6 ,A- a, \ dd >a, d a, 8.2 ._> \ v) d - 0' a=I ?/ .-E >r r) -)r c 1 .-a -L .8 -a .6 c .4 7n ,d radius Eauatorial I Required periapsis radius for gravity .2
7Q /I/ f / /l/Ll.fl/ I//If 8.Y f .-1 5000 6000 7000 8000 9000 10 000 11 MI0 12 000 Round-trip travel time, TT, days
Figure 23. - Round-trip impulsive velocity requirement and periapsis radius for symmetric nonpropulsive flyby round trip to Uranus with atmospheric braking at Earth return.
202 1000~105 ""_ 0- Sphere of influence I 800 I 600 I 400
Id 200 I 53 100 i- 80 0 60 r 40
2
1 .a .6 .4 Equatorial radius
less than planet equatorial radius '///V///Y///X// 1 I ! .I HI 11 000 13000 15000 17 OOO 19000 21 000 23000 Round-trip travel time, TT, days Figure 24. - Round-trip impulsive velocity requirement and periapsis radius for symmetric nonpropulsive flyby round trips to Neptune with atmospheric braking at Earth return.
203 Turning due to planet's gravity, 67 h' \ p' \ / "d
12t ;Total;;;iry/'.\\,\ , .a 0 200 400 600 800 1000 Travel time, To, days Figure 25. - Variation of total required turning and gravity turning obtained with transfer time for minimum AV Earth to Jupiter tra- jectories with periapsis at 1. 1 planet radii. (Turning required from parking orbit, u=cp-b.)
r Total turning \y'' required, cp
2.8 Q\
.- Turning due to , planet'sgravity, 6 .a J I I 0 4 a 12 16x10' 1'2uiipTime, To, days
Figure 26. - Variation of total required turning and gravity turning obtained with transfer time for minimum AV Earth to Saturn tra- jectories with periapsis at 1. 1 planet radii. (Turning required from parking orbit, u=cp-d.)
204 3.2r
%%,- Total turning required, p 0 h 0 b 2.4 0
2.0
m .-(5,c E a 1.2 I
Figure 27. - Variation of total required turning and gravity turning obtained with transfer time for minimum AV Earth to Uranus trajectories with periapsis at 1. I planet radii. (Turning required from parking orbit, (I = cp - 6. )
205 0
Ll-. I. I I 2 4 6 8 10x103 Travel time, To, days Figure 28. - Variation of total required turning and gravity turning obtained with transfer time for minimum AV Earth to Neptune trajectories with periapsis at 1.1 planet radii. (Turning required from parking orbit, u = cp - 6.)
2 06 \ Sphere of influence
/ I""'
T 0
Figure 29. - Elliptic parking orbit for symetric round-trip mission.Retrograde orbit; dark side periapsis.
Days in parking orbit 0 25 n 50 0 100 0 1. 1 Planetradii circular I parking orbit
2 I 11 I 1 1300 400 500 600 700 8M) 900 loo0 Traveltime, TO, days Figure 30. - Variation of impulsive velocity increment AV ai arrival for entry into elliptical parking orbits at Jupiter for symmetric round trips.
207 Days in 2832L I parking orbit 0 25 0 50 A 100 0 1.1 Planet radii circular parking orbit
2 08 Days in parking orbit 0 25 A 50 100 0 1. 1 Planet radii circular parking orbit 4
I I I I 2 3 4 5 6 Travel time, To, days Figure 32. - Variation of AV at arrival for entry into parking orbits at Uranus for symmetrical round trips.
2 09 I I Ill
I
Days in parking orbit m c 0 25 W A 50 0 100 V .-c circular0 radii 1.1 Planet parking orbit
.-
n E
ll- Hohmann jtiie
8 10 l2 14 16x103 Travel time, To, days Figure 33. - Variation of AV at arrival for entry into parking orbits at Neptune for symmetrical round trips.
Length of stopover, 22 - days .....: 0 100 E A 200 Y 20- 0 400 >- \ a Symmetric WWh \\ " c 18 \ opposition roundof trips class a3 4 E \ \ this synodicperiod> L V .-c x, > / c V "A -0 I W > 14- \ I \ / /-o 6"- / l2- -Y/', P' (Conjunction) 3P , -m I 0 (Opposition) c
Round-trip duration, TT, days Figure 34. -Total impulsive velocity increment for symmetric stopover round trips to Jupiter with atmospheric braking at Earth return.
2 10 Length of stopover, days 0 100 A 200 0 400
1. 1000 2000 3000 4000 5000 6000 Round-trip duration, TT. days Figure 35. -Total impulsive velocity increment for symmetric stopover round trips to Saturn with atmospheric braking at Earth return.
70 - Length of .: stopover, E days 60" T >- 0 100 \ 200 Ll Ll a 400 " \ 0 5 50- E \ m .-L \ Lz 40- \ cU -0 >al & F 30- \ 2 .-E \ .-CL L + 20- zc \ 3 w0 & I I =W=Fr *** loo 2 4 6 a 10 12 1'4 I5Ld Round-trip duration, TT, days Figure 36. - Variation of XAV with trip duration for symmetric stopover round-trip trajectories from Earth to Uranus withatmospheric braking at Earth return.
211 I I 111
8 VI 6o r 1 E Y
\ 40t \ \ \ \ \ b
Round-trip duration, TT, days Figure 37. - Variation of CAV with trip duration for symmtric stopover round-trip trajectories from Earth to Neptune with atmospheric braking at Earth return.
Intersection of ecliptic plane ;' ;' andplanet's equatorial plane
6AVa Apoapsis of - VC VC parking orbit - -vveh "'veh AVa Path Path A AVa B Avb (a) Circularize parking orbit atapoapsis and coast to intersection of ecliptic and equatorial planes.
Figure 38. - Interlunar trajectories -transfer from parking orbit to firstmoon.
2 12 Ecliptic - Ecliptic plane plane itransfer /{ (transfer orbitto . orbit to node)-"/& node) Posigrade moon% 54 D\ Posigrade moon. \ e Path A Path B
(5) Transfer from ecliptic plane to equatorial plane from retrograde orbit (path A) or posigrade orbit (path B) into posigrade circular orbit.
\Coast
(c) Posigrade Hohmann transfer to posigrade target moon following coast from intersection of ecliptic and equatorial planes.
Figure 38. - Concluded.
213
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