5- 13^ 2 ! N Asa Cr-132492

5- 13^ 2 ! N ASA CR-132492

DEVELOPMENT OF TECHNOLOGY FOR MODELING OF A 1/8 SCALE DYNAMIC MODEL OF THE SHUTTLE SOLID ROCKET BOOSTER (SRB)

by A. Levy, J. Zalesak, M. Bernstein, and P.W. Mason

July 1974

Final Report - Prepared Under Contract No. NAS 1-10635-14

by Grumman Aerospace Corporation

Bethpage. New York 11714

Langley Research Center Hampton, Virginia 23665

NATIONAL AERONAUTICS AND SPACE ADMINISTRATION DEVELOPMENT OF TECHNOLOGY FOR MODELING OF A 1/8- SCALE DYNAMIC MODEL OF THE SHUTTLE SOLID ROCKET BOOSTER (SRB)

Prepared under Contract NAS 1-10635-14

:-'-:\i-:'--'.'"" ^'' _ fo.r tne ^3 e^";^v;.c

Langley Research Center National Aeronautics and Space Administration ;'.•', v:. Hampton/Virginia 23365

' --:" ''-• V ••-•••• by

- ' -J • " " , . ''. , . ' •.. .;. ,' ' ' ' \ '.''"•' '. A. Levy, J. Zalesak, M. Bernstein, and P. W. Mason

Grumman Aerospace Corporation Bethpage, New York 11714

July 1974 GRUMMAN A page 2 of 2

BETHPAGE. NEW YORK 117ia

• Page 22, The column vector on the right of the first matrix equation should be changed to indicate that it represents reaction forces at the support points as follows:

Rx FT

from Rg to

• Page 32, Reference in the first statement, change from Reference 5-1 to Reference 5-5 • Page 34, Reference 5-6, delete and change to: MacNeal, R. H. "The NASTRAN Theoretical Manual" NASA SP 221(01) December 1972. 14

ABSTRACT

This report describes a NASTRAN analysis of the solid rocket booster (SRB) substructure of the space shuttle 1/8-scale structural dynamics model. The NASTRAN finite element modeling capability was first used to formulate a model of a cylinder 10 in. radius by a 200 in. length to investigate the accuracy and adequacy of the proposed grid point spacing. Results were compared with a shell analysis and demonstrated relatively accurate results for NASTRAN for the lower modes, which were of primary interest. A finite element model of the full SRB was then formed using CQUAD2 plate elements containing membrane and bending stiffness and CBAR offset bar elements to represent the longerons and frames. Three layers of three-dimensional CHEXAI elements were used to model the propellant. This model, consisting of 4000 degrees of freedom (DOF) initially, was reduced to 176 DOF using Guyan reduction, and solved in Rigid Format 3 to obtain undamped modes and frequencies. The fundamental NASTRAN mode was 56.4 Hz compared to 58.4 Hz calculated for the beam model. The model was then submitted for complex Eigenvalue analysis under Rigid For- mat 7. After experiencing considerable difficulty with attempts to run the complete model, it was split into two substructures. These were run separately and combined into a single 116 degree of freedom A set which was successfully run and are reported herein. The calculated modes included: • First bending at 56.1 Hz with a critical damping of 2.8% • First torsion mode at 168.3 Hz with 13.6% of critical damping. The NASTRAN model in the form of IBM cards, listings, and drawings has been delivered to the NASA Langley Research Center Structures and Dynamics Division.

in 14

TABLE OF CONTENTS .

Section Page 1 Introduction 1 2 . Description of the 1/8-Scale Solid Rocket Booster 2 3 NASTRAN Finite Element Model of SRB 16 4 Observations and Conclusions 32

Appendixes NASTRAN Data for SRB - Aft Half Model Al-1 NASTRAN Data for SRB - Forward Half Model A2-1 NASTRAN Data for SRB Copy Run A3-1

NASTRAN Data for SRB Combined Model-Phase II, Part 1-212 Degrees of Freedom A4-1

NASTRAN Data for SRB Combined Model, Phase II, Part 1-116 Degrees of Freedom A5-1 NASTRAN Data for SRB Combined Model, Phase II, Part 2-116 Degrees of Freedom A6-1 Complex Eigenvalue Summary From 116 Degrees of Freedom, Phase n, Part 2 Run A7-1 LIST OF FIGURES Figure Page 1 Mated Space Shuttle Flight System (Grumman Proposed Design 619 3 2 Mockup of 1/8-Scale Shuttle Model During Vertical Suspension 4 3 Prototype SRB Inboard Profile 5 4 Assembled 1/8-Scale Model of the Space Shuttle Solid Rocket Booster 6

IV 14

LIST OF FIGURES (Cont) Figure . Page 5 Assembled View of 1/8-Scale Model of the Solid Rocket Booster 7 6 1/8-Scale Solid Rocket Booster Forward Skirt H 7 End View of Propellant Cylinders for 1/8-Scale Model of Solid Rocket Booster . 12 8 1/8-Scale Model Solid Rocket Booster Aft Skirt 13 9 WLF and Experimental Shift Factors for UTP 6055/1141 In'ert Propellant 15 10 NASTRAN Idealization of 1/8-Scale Solid Rocket Booster Model 17 11 Frame and Longerm Sections - Schematic 18 12 NASTRAN Model of Solid Rocket Booster 19 13 Idealization of 1/8-Scale Solid Rocket Booster Forward Skirt ... 20 14 Shapes for SRB Modes 24 15 Shapes for SRB Bending Modes 25 16 1/8-Scale Model SRB Finite Element Representation - Forward Half . . 27 17 1/8-Scale Model SRB Finite Element Representation - Aft Half . ..._... 28 18 1/8-Scale Model SRB Underformed Plot. 30 19 1/8-Scale Model SRB First Bending Mode 31

; LIST OF TABLES No. Page 1 Drawing Descriptions of 1/8-Scale Model Solid Rocket Booster 8 LIST OF TABLES (Cont)

No. . Page

2 Pertinent Scaling Relations for 1/8-Scale Model of SRB !)

3 Summary of Propellant Cylinder Weights 12 4 Inert Propellant Properties of UTI-610 (UTP 6055/1/41) 14

5 Summary of SRB Vibration Analysis (Full Propellant Load (Lift-off) 29 6 Weight and Residual Error Comparisons 33

VI ABBREVIATIONS

DOF degrees of freedom

ET external tank NASTRAN Nasa Structural Analysis System

SRB Solid Rocket Booster

vn 14

DEVELOPMENT OF TECHNOLOGY FOR MODELING OF A 1/8-SCALE DYNAMIC MODEL OF THE SHUTTLE SOLID ROCKET BOOSTER (SRB)

By A. Levy, J. Zalesak, M. Bernstein, and P. W. Mason GRUMMAN AEROSPACE CORPORATION Bethpage, New York 11714

INTRODUCTION

This report discusses work that was performed under Master Agreement Con- tract NAS 1-10635, Task Order 14 for the Structural Mechanics Branch, Structures and Dynamics Division, NASA Langley Research Center, Hampton, Virginia.

The basic objectives of the task were: (1) Formulation of an analytical NASTRAN representation of the significant dynamic characteristics of the 1/8-scale model of the shuttle solid rocket booster as specified by drawings and design details developed under NAS 1-10635-11 and later revised under a Rockwell Internation- al task

(2) Construction of the solid rocket booster models

(3) Participation in a comparison of experimentally determined structural dynamic characteristics with results of the analysis, and proposing modifications in analysis technology as required. Part (3) of this task was later modified because of unavailable experimental data and the necessity to devote the time to other analytical tasks. 14

DESCRIPTION OF THE 1/8-SCALE SOLID ROCKET BOOSTER

The 1/8-scale shuttle dynamic model is based on Grumman's parallel-burn Space

Shuttle Design 619 shown schematically in Figa 1, A moekup of the 1/8-scale Shuttle model basic configuration is shown in Fig. 2, A detailed structural arrangement of the prototype SRB is shown in Fig. 3, In simplifying the design, a major objective was to keep the model fabrication cost within target while retaining as many of the significant structural dynamic characteristics as possible. For the alloted funds it was thus impossible to consider a replica at the small scale necessary for testing in the existing NASA/Langley facilities. Hence, only the general characteristics of the major SRB components were simulated without attempting to model local details. The 1/8-scale solid rocket booster model shown assembled in Fig. 4 and schematically in Fig. 5 consists of three separable parts: • A forward skirt • A propellant cylinder • An aft skirt. The design is described in Reference 5-1 and in the drawings listed in Table 1. The model described, provides a basis for comparison with the analytical NASTRAN model. The scaling relationships that must exist between the model and the prototype are shown in Table 2. These directly follow from a dimensional analysis of the various parameters that influence the dynamic behavior of the structure, and from the choice of the model material,, Extrapolating prototype behavior from model test data is accomplished by using these scaling relationships directly. It should be noted however, that because of design expediency, some of the scaling rules have been com- promised. Some liberty has also been taken in modeling the stiffness characteristics in so far as some lumping was necessary in order to avoid the large expense of exact scaling of very small dimensions. Thus, stiffeners have been lumped to some extent but not eliminated completely. 14

97 FT

AFT THRUST TERMINATION PORT SRB SEPARATION ROCKETS

SRB SEPARATION \ 156 IN.DIA SRB (2) ROCKETS \ SRB THRUST SUPPORT

FWD SRB SUPPORTS FWD THRUST TERMINATION PORTS

QMS

318 IN.DIA, WET A-A COLD & PRESSURIZED

PAD SUPPORT 4 PER SRB OR BITER INSERTION EXTERNAL TANK C.G. _ ORBITER BURNOUT C.G. (505 SEC) 88 FT

ABORTSRB TANK DRAG ATTACHMENT

\ LIFTOFF C.G. -TANK SKIRT U \qMAXC.d.(64SEC) SRB BURNOUT C.G. (119.5 SEC) SRB STAGED C.G. (119.5 SEC) -SKIRT -12 IN. SEPARATION 162 FT PLANE -150 FT • -188.2 FT-

3-55 T14-1 Fig. 1 Mated Space Shuttle Flight System (Grumman-Proposed Design 619) 14

S-3 T14-2

Fig. 2 Mockup of 1/8-Scale Shuttle Model During Vertical Suspension AFT STAGING 1 T.T. PORT INSULATION ROCKET MOTOR PACKAGE FWD. STAGING SRM'S (5) PIN RETAINER BAND ASBESTOS SILICA * TANKOML(REF) SPHERICAL WASHER FILLED NBR -PAD SUPPORT CAGE STEEL D6AC J/P(N Jf ft HOLD-DOWN FITTING I" RINGS/ r-.571 X / .SEPARATION BOLT NUT, 1 "tPAD EXPLOSIVE INSERT 156 DIA INOM)

DROGUE 157.63 DIA PILOT MORTAR" FWD. THRUST MOUNT V (MAX) FORWARD THRUST INTERFACE PLANE LUBRICATE FITTING 4 AFT MOUNT FRAME COMMAND CONTROL SURFACE DETAIL LINER (065NOMA^ - 3.0sm&^ F - ANTENNA ITYP) (2) RETAINER BAND SEPARATION BOLT PBAN PROPELLANT (SEE SECT. A-A FOR LOC.) / .PULL-AWAY RECOVERY SECTION CONNECTOR AFT T.T. PORT. M5LH AFT SKIRT SPLICE (ROTATED 20°) CHUTE RELEASE - (PINNED CLEVIS JOINT EXPLOS. BOLT a RETAINER STRAP) MAIN CHUTE FITTING (31 (SEE SECT A-A FO LOCATION) FWD THRUST MOUNT

SHAPED CHARGE ITYP] 1 MAIN CHUTE STOWAGE ,T. PORT COVER THROAT SECTION DROGUE SWIVEL FITTING 69

MORTAR MAIN CHUTE PILOT MAIN CHUTE STOWAGE (3 CANISTERS) (1 CHUTE PER DEPLOYMENT BAG/CANISTER) SHAPED CHARGE (TYP. PIN JOINT W. RETAINER RING~~~~ f 96

NOSE FAIRING PINNED CLEVIS SPLICE EQUIPMENT BAY SEGMENT (TYP) (2) IfiS 260 (SEE SECT. A-A FOR LOC) FWD CLOSURE SEGMENT 14 SEGMENTS) AFT CLOSURE SEGMENT PINNED CLEVIS SPLICE FWD. THRUST SKIRT ELECTRICAL POWER a RECOVERY SYST. INSTRUMENTATION » FLIGHT SAFETY

TRACKING (C-BANDI ANTENNA (4).*. FWD THRUST FITTING 4. AFT T.T. PORT (SWING-AWAY BI-POD AFT ELECTR. COMPARTMT NEAR-ORBITER SIDE) TANK HORIZONTAL 4 (SQUIB FIRE CIRCUITS) ~ ELECTR POWER ft RECOVERY SYST PAD SUPPORT 4 VERTICAL (Z) ft HOLD-DOWN FITTING (LEFT-HAND SRM) MAIN CHUTE TYP 4 PLACES 4 MAIN CHUTE CANISTER (TYP) FITTING A A D-D E E RECOVERY SECTION FORWARD MOUNT AFT MOUNT

Fig. 3 Prototype SRB Inboard Profil 11

T14-4 Fig. 4 Assembled 1/8-Scale Model of the Spaqe Shuttle Solid Rocket Booster 14

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Table 1 Drawing Descriptions of 1/8-Scale Model

Drawing Number Description AD 383 •500 A Model Assembly Suspended (3 Sheets) -501 A Shuttle Model Assembly 502 A External Tank Assembly 503 A SRB Assembly -504 N/C Orbiter Assembly

-505 N/C LO2 Tank Assembly (2 Sheets) -506 N/C Intertank Skirt Assembly

-507 A LH2 Tank Assembly (2 Sheets) -508 N/C Aft Skirt Assembly -510 N/C SRB Forward Skirt Assembly -511 N/C SRB Propellent Cylinder Assembly 51 2 A SRB Aft Skirt Assembly

-514 N/C LH2 Tank Fitting Installation -51 5 A Rings for External Tank -516 A Intertank Skirt Frame Assembly

-517 N/C LH2 Tank Frame Assembly -518 N/C External Tank Aft Skirt Frame Assembly -520 A SRB Rings -521 N/C SRB-to-External Tank Thrust Fittings 522 A External Tank-to-SRB Thrust Fitting 525 N/C Orbiter Forward Section Assembly and Installation -526 N/C Orbiter Payload Bay Cover Assembly and Installation -527 N/C Orbiter Payload Module Installation -528 N/C Orbiter Aft Section Assembly -529 A Orbiter Wing Installation -530 A Orbiter Fuselage Side and Bottom Skin Panel Assembly and Installation -531 N/C Orbiter Keel Assembly and Installation -532 N/C Orbiter Wing Beam Carry-Through Assembly -533 N/C Orbiter Aft Interstage Fitting Assembly -534 N/C Orbiter Engine Support Bulkhead Assembly (2 Sheets) -535 N/C Orbiter Fin-Stub Installation 536 A Orbiter Fuselage Forward Frame Assembly -537 N/C Orbiter Abort SRB Installation -538 N/C Model Cosmetic Lines (2 Sheets) 539 N/C Orbiter Engine Bulkhead (Station 180.009) Fittings -541 N/C Intertank Skirt Assembly (NAR Configuration) -542 N/C Frame Installation Intertank Skirt (NAR Configuration) -543 N/C SRB Forward Skirt Assembly (NAR Configuration) -544 N/C Thrust Fitting-lntertank Skirt (NAR Configuration) -545 N/C Thrust Pin (NAR Configuration) -546 Comparison NAR Shuttle Configuration and 1/8-Scale Dynamic Model

T14-KTI NOTE: (1) Copies of each of the above drawings have been submitted separately to NASA/Langley and to North American Rockwell (2) These drawings are available from the Structural Mechanics Branch, Structures and Dynamics Division, NASA/Langley Research Center, Hampton, Virginia, 23365. 14

Table 2 Pertinent Scaling Relations for 1/8-Scale Model of SRB

Magnitude Physical Quantity Propellant Structure*

Length (Overall) and Displacement 8Lm=Lp 8Lm=Lp Mass Density 3 »m = Pp Modulus of Elasticity Em=Ep 3Em=Ep Area 82Am = Ap m p Area Moment of Inertia 84|m='p m p Volume 83Vm=Vp 83vm = 3Vp Weight

Longitudinal Stiffness 82E A E A 82 E A E A m m= P p m m = p p Bending Stiffness

Frequency fm = 8fp "Aluminum Used in Model to Represent Steel Prototype T14-2IT) II

While accurate modeling of the prototype was desirable for extrapolating basic Shuttle dynamic characteristics, another prime object of the study was the NASTRAN dynamic analysis and its correlation with model test data. A complete static and dynamic analysis was made using NASTRAN with the structure modeled to a degree of refinement considered sufficient for preliminary design purposes. Therefore, the need for direct scaling of the prototype design to obtain an exact model in every detail was not considered to be crucial. It should also be pointed out that the Shuttle design was still in a state of flux at the beginning of this study, thus any attempt to model the then current vehicle exactly was not overly beneficial to the Shuttle Project. Forward Skirt - The forward skirt shown in Fig. 6 is designed to typify the solid rocket booster/external tank (ET) interstage connection of the proposed Rockwell Inter- national configuration of Nov. 29, 1972. This was a modification to the original design for the 1/8-scale shuttle model. It is constructed of aluminum, consists of a cylinder 19.5 inches in dia and 21 inches long containing one longeron along the azimuth where it is fastened to the ET. In that local area the skin is increased in two steps from the basic 0.040 in. thickness by a riveted doublcr which itself is chem milled. The net result is a multi-step variation in thickness from 0.040 in. to 0.188 in. at the KT connection point. Refer to Fig. 13 for adeveloped view of the forward skirt. The single longeron is designed to distribute the axial loads. It is a variable cross-sectional area, being a maximum at the forward ring where a single pin is used to fasten the SRB to the ET. Around the top and bottom of the cylinder are frames consisting of two back- to-back channel members separated and fastened by cylindrical inner spacers. A ring riveted to the bottom of the forward skirt contains provisions for machine screw fasteners every 0. 66 in. for attaching to the propellant cylinder. Propellant Cylinders - Three sets of propellant cylinders were formed and loaded with inert solid propellant to represent different weight configurations. All had a 0.1875 in. thick aluminum shell and were 19.5 in. in dia and 147.32 in. long. This length included the machined rings riveted to the ends for fastening the skirts. The length of propellant material in these cylinders is about 145.4 inches. The propellant weight configurations simulated were for lift-off, maximum dynamic pressure, and end burn. The simulated propellant which consisted of inert PBAN described in

10 14

T14-6

Fig. 6 1/8-Scale Solid Rocket Booster Forward Skirt more detail later was supplied by United Technology Corp (UTC). A photograph showing end views of the two heavier pairs of cylinders for the lift-off and mid-burn weights is presented in Fig. 7. The weight of each cylinder before and after pouring of the simulated propellant as recorded by UTC is shown in Table 3.

Aft Skirt - The aft SRB skirt shown in Fig. 8 is constructed of aluminum and consists of a short cylindrical section and a longer conical section. Skin thickness is 0.062 inches. At the intersection of the conical and upper cylindrical section is the U-shaped ring used for mounting the fittings for the struts attaching the SRB to the ET. At the top of the conical section is the machined ring which mates with the propellant cylinders. The conical section contains four longerons made of double channel sections which terminate in the fittings used to fasten the entire model to the base support structures. At the bottom of the aft SRB skirt, the conical skin is fastened to a ring made of four segments of a channel.

11 11

T14-7 Fig. 7 End View of Propellent Cylinders for 1/8-Scale Model of Solid Rocket Booster

Table 3 Summary of Propellent Cylinder Weights

Propellant Weight of Weight of Weight of Cylinder Empty Container with Loaded Cylinders, Serial No. Container, Ib Liner, Ib Ib

1 172.5 179.0 542.0 2 172.0 179.5 580.0 3 172.5 177.0 1720.0 4 173.0 179.5 1 706.0 5 173.0 178.0 2526.0 6 172.0 178.5 2520.0

T14-3IT)

12 14

Fig. 8 1/8-Scale Model Solid Rocket Booster Aft Skirt

Propellant Characteristics - The most significant characteristics of the solid propellant for vibration are the complex moduli corresponding to the range of frequencies encountered. The simulated propellant used for the 1/8-scale model was inert UTI-610 manufactured by United Technology Center Division of United Aircraft Corp. in Sunnyvale, California. This consists of essentially the same binder-fuel-curative components as UTP-3001 propellant used in Titan. Inert sodium chloride and inert ammonium sulphate were substituted for the ammonium perchlorate in the inert UTI-610. Batch 400-1384 which was used in the 1/8-scale model, yielded samples having a density of 0.0627 Ib/cu in., a stress at maximum load of 132 psi and a strain at maximum load of 40 per cent. Estimated tensile and shear properties believed applicable were furnished by UTC (Reference 5-2) and are listed in Table 4.

1:1 II

The moduli vary with both frequency and temperature. The variation with temperature is shown in Fig. 9. The data is applicable for 18 C since the value of at is 1.0. If the temperature should be 5 C higher, then the value of at becomes 1.58, because the log 1.58 = 0.2. To determine the modulus for this temperature at a specific frequency, form the product and find the corresponding value in Table 4. For the analyses described, the Modulus of Elasticity E, was taken as 25,000 and the loss factor, P , as 0.52. Four containers of propellant were poured as samples during the filling of the SRB cylinders. Each sample contained about 8 Ib (two quarts) of propellant. These were delivered to the Langley Research Center with the 1/8-scale SRB model.

Table 4 Inert Propellant Properties of UTI-610 (UTP 6055/1141) *

E=E' + iE" G = G' + iG" G" P= aTf (Hz) E' (psi) E" (psi) G' (psi) G" (psi) G-

5 9,618 6,110 3,206 2,037 0.64 10 12,831 8,191 4,277 2,730 0.64 20 17,052 9,429 5,684 3,143 0.55 30 19,313 10,140 6,438 3,380 0.52 40 20,995 10,978 6,998 3,659 0.52 50 22,537 1 1 ,830 7,512 3,977 0.52 60 24,048 12,592 8,016 4,197 0.52 70 25,540 13,214 8,513 4,405 0.52 80 26,996 13,678 9,000 4,559 0.51 90 28,375 13,991 9,465 4,664 0.49 100 29,719 14,167 9,966 4,722 0.48 200 38,354 12,285 12,785 4,095 0.32 300 41,744 9,560 13,915 3,187 0.23 400 43,231 7,622 14,410 2,541 0.18 500 43,988 6,282 14,663 2,094 0.15 "Taken from Ref. 5-2. T14-4IT) E = Complex Modulus of Elasticity; G = Complex Shear Modules

1 i 14

- o o

-40 -20 0 20 40 60 80

O= EXPERIMENTAL SHIFT FACTORS TEMP C

T14-9 Fig. 9 WLF and Experimental Shift Factors for UTP 6055/1141 Inert Propellant

15 11

NASTRAN FINITE ELEMENT MODEL OF SRB

The idealization of the solid xocket booster, shown in Fig. 10, is a NASTRAN generated plot of the outer shell. The locations of the frames and longerons of the experimental model are indicated by the number and symbol key. The dimensions used to model the frames and longerons are shown in Fig 11. Figure 12 shows the complete finite-element idealization including: • All the properties • Geometry of the model

• Tie down points • Summary of the type and number of elements. Plate elements (CQUAD2) containing membrane and bending stiffness are used to represent the outer skin. The thickness of the plate elements in the forward skirt includes the effects of the doubler and various straps and plates. Figure 13 shows a developed view. Offset bar elements (CBAR) are used to represent the frames and longerons. Three heavy frames exist: the first at STA 44.5 which is the forward skirt-propellant cylinder connection; the second at STA 191.820 which is at the aft skirt-propellant cylinder connection; and the third at STA 196.250 which is the transi- tion to the conical section of the aft skirt (also the SRB/ET interstage connection). Three-dimensional elements (CHEXAI) are used to model the propellant. Three layers of elements (in the radial direction) are used in the full propellant load (lift- off) condition. The incompressibility of the solid fuel is approximated by using a Poisson ratio of 0.49.

A preprocessor has been developed to generate the finite-element model. This program generates: (1) A cylindrical shell (2) A cylindrical shell with a solid cylindrical interior

(3) A cone-shaped shell (used for the aft skirt) o

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Minor changes are made in the forward skirt model to adjust the thickness o£ the various elements. In order to obtain a guide for the accuracy of the NASTRAN program and the adequacy of the SRB finite-element model, the SRB was modeled as a cylinder of radius 0.25 m. (10 in.) and length 5.08 m. (200 in.). The finite-element idealization consisted of 21 bays along the length and 12 bays around the circumference. The following table represents a comparison of results between NASTRAN using theGivens method (Rigid Format 3), Grumman's STARS-2V program (Ref. 5-3) and NASA Langley's SRA program (Ref. 5-4). The STARS -2V and SRA programs are based on thin-shell orthotropic theory. The accuracy of the NASTRAN results are relatively good for the lower modes, which are of primary interest, and depend upon the relative complexity of the Eigenvectors.

Empty Cylinder Vibration Analysis Frequency, Hz NASTRAN Stars-2V SRA (Givens method) % Error

52.0 (n = 2, 1st) 51.56(n = 2, 1st) 55.2 6 52.4 (n = 2, 2nd) 51.66(n= 2, 2nd) 54.9 5 66.6 (n = 2, 3rd) 66.04 (n = 2, 3rd) 73.9 11 119.3 (n= 1, 1st) 1 20.46 (n= 1,1st) 122.5 3 120.4(n = 2, 4th) - 171.8 42 147.1 (n = 3, 1st) - 165.1 12

n = number of circumferential full waves; 1st, 2nd etc. = number of lateral half waves.

T14-7IT)

After establishing confidence in the number and spacing of the grid points, a model was formulated representing the complete SRB including full propellant elements, forward skirt, and aft skirt. This was submitted for NASTRAN real Eigen- value analysis using Rigid Format 3. As part of this analysis, an equilibrium check

21 14 itsJ yllsnoilnsSfli

is made on the entire SRB model (skin plus propellant) after the generation of the reduced stiffness and mass matrices. For this purpose, temporary rigid body supports are included as shown below:

T14-20 Equilibrium matrices for the free degrees of freedom are formulated and represent the resultant forces about a chosen point (0). These resultants are compared to the overall resultants at the support points (shown below).

F 1.0 0.0 0.0 0.0 -1.0 0.0 X 0.0 1.0 0.0 1.0 0.0 0.0 f\V,

F7 0.0 0.0 1.0 0.0 0.0 0.0 z _ M o.0.0o -z1 o.o -z2 o.o o.o X Z Mv 1 0.0 R 0.0 -Z2 Z3 0.0 R Xz . 0.0 0.0 3 _

where

i Node Rj Z| «i

1 6907 9.75 0.0 25.242 2 7805 9.75 90.0 196.25 3 7813 9.75 -90.0 196.25

T14-8(7)

A detailed description of the DMAP Alter package used for this purpose is presented in Ref. 5-5. The undamped vibrational modes for the full cylinders are listed in the tables that follow. The model consisted of 4, 000 DOF which were reduced to 1 76 DOF after a Guyan reduction was employed. The modes of most interest are the 1st and 2nd

22 14

bending modes and the longitudinal rod and thickness shear mode. The latter involves extension of the outer case and extension and shear deformation of the propellant. Figure 14 shows shematie crosH-soeMomil views of (he lalmil ;itul Imi^itudiiiMl vilint tional motion, and Fig. 15 presents orthographic views of the motion obtained from the NASTRAN analysis. The table titled Vibration Analysis of Full Propellant Cylin- der-Undamped, includes the results for simple beam theory for the modes of interest (bending and longitudinal) based on the composite properties of the SRB cylinder. Using a structural damping factor of 0.52 for the propellant elements which is the material property determined from Table 4, the complex Eigenvalues for the low- est bending and longitudinal modes were obtained using Rigid Format 7. These are compared with the undamped modes as tablulated in the second table below. Simple beam theory (no shear) predicts a value of 1/Q = 0.028, which agrees with the bending mode damping coefficient, c/cc. The difference between this value and that for the longitudinal mode is due to the thickness shear effects. (Refer to Fig. 14b).

Vibration Analysis of Full Propellant Cylinder - Undamped

Frequency, Hz Mode NASTRAN Simple Beam Theory

n = 1, m = 1 56.4 58.4 n = 0, torsion 171.4 — n = 1, m = 2 173.0 161.0 n =.0, longitudinal 196.1 180.2

T14-9(T)

Vibration Analysis Using Damped Solid Finite Elements

Frequency, Hz Damping value, Mode Undamped Damped 1/Q'

Bending — 1st 56.38 56.39 0.027 Longitudinal — 1st 196.0 197.1 0.056

*1/Q = TJ -where TJ is the equivalent damping constant.

T14-10(7)

23 14

STA 118.16 UNDEFORMED DEFORMED (FREQUENCY = 56.4 Hzl

FREQUENCY 56.4 Hz

la) FIRST AND SECOND FREE BENDING MODES

AFT FORWARD SKIRT SKIRT

INNER RADIUS OF PROPELLANT SKIN LINE

\ \ INNER RADIUS LL \ \ V^ PROPELLANT ^CENTER LINE OF SRB

(bl FREE LONGITUDINAL ROD MODE SHOWING LONGITUDINAL THICKNESS SHEAR DEFLECTION 1196.0 Hz)

Fig. 14 Shapes for SRB Modes

24 14

(a) FIRST FREE BENDING MODE. (b) SECOND FREE BENDING (c) LONGITUDINAL MODE 56.4 Hz MODE. 173.0 Hz SHOWING SOME TOR- SION. 196.1 Hz

T-14-15 Fig. 15 Shapes for SRB Bending Modes

25 14

After these initial two Eigenvalues and Eigenvectors were obtained, the NASTRAN model was submitted unsuccessfully several times in an effort to calculate other modes. The model during these submissions had 3,114 degrees of freedom (DOF) in the F set and was set up to omit 2,902 coordinates with 212 remaining. The OMIT Set was finally eliminated but the run took 70 min of CPU time. Attempts to run from the checkpoint tape were not successful, therefore the model was split into two parts. The forward portion consisted of 2,508 DOF in the G set (1,746 in the F set) and 282 in the A set. The NASTRAN data used in this submission is listed in Appendix A. This portion of the model is shown in Fig. 16. The aft portion consisted of 2,310 DOF in the G set (1,548 in the F set) and 266 in the A set. The NASTRAN data used is also included in Appendix A. Figure 17 presents a view of the aft portion of the model. In order to keep the computation time at a reasonable level, these half structure models were not per- mitted to proceed into the Eigenvalue routines, as may be noted from the alter statements in the Executive Control Data which effectively eliminates all steps between 89 and 162, and 164 through 167. Instead, the submissions were scheduled for EXIT after DMAP statement 88. The reduced models of both portions of the SRB were then copied onto tapes. The DMAP statements and data for the tape copy run are also listed in the appendix. The combined NASTRAN model was then reduced to 116 DOF and successfully ran in Rigid Format 7. Twelve Eigenvalues were obtained (Table 5), using 17 CPU min of computer time. A description of each mode is also shown in the table. NASTRAN plot capability has not been extended to Rigid Format 7. The DMAP Alter statements in the Executive Control Cards for this submission did include statements designed to plot the real part of the complete Eigenvector but they did not function pro- perly for this run, and only two plots were generated. The undeformed model is shown in Fig. 18, and the first bending mode in Fig. 19. These views are included to demonstrate that the DMAP alter statements will work.

26 14

O U- c O

0h8_) Q. 0) CC

0) .*;

{Q OC

CD 5

27 14

I C O

ffI C 0)

m or i

eo 14

Table 5 Summary of SRB Vibration Analysis (Full Propellant Load [Lift-Off])

Mode Frequency Damping Number (Hz) (c/cc) Description

1 56.15 0.028 . 1st Bending Mode about Z Axis 2 56.15 0.028 1st Bending Mode about Y Axis 3 136.65 0.056 2nd Bending Mode about Y Axis 4 136.67 0.056 2nd Bending Mode about Z Axis 5 168.29 0.136 1st Torsion Mode 6 195.11 0.053 1st Axial Mode 7 224.28 0.067 3rd Bending Mode about Y Axis 8 224.42 0.067 3rd Bending Mode about Z Axis 9 245.65 0.005 Local Mode of Aft Skirt Longerons 10 269.35 0.005 Local Ring Mode of Aft Skirt 11 320.87 0.116 4th Bending Mode about Z Axis 12 321.21 0.116 4th Bending Mode about Y Axis

T14-5(T)

29 14

zo •a 0)

O "S •o

CO cc

1 ~^ 00 T-

00 5

30 14

OBSERVATIONS AND CONCLUSIONS

The NASTRAN model weight was not changed by the Guyan reduction pro- cedure. Table 6 compares the output of the Grid Point Weight Generator (MO) with the weights determined from the reduced mass matrix (MOGG). The latter is determined from the L set (Reference 5-1). The NASTRAN model reduced stiffness matrix has adequately low value for the (X) Matrix. This indicates no constraint errors as discussed in Sub- section 3.5.5 of the NASTRAN Theoretical Manual (Ref. 5-6). Experience has indicated that NASTRAN Eigenvalue problems should be kept to less than 250 DOF in the A set for both an IBM 370-165 with less than 400K core and a CDC 6600 with less than 300K (octal) core. This is parti- cularly true of the Inverse Power or Determinant methods which are to be used as required in Rigid Format 7. The complex arithmetic in Rigid Format 7, while necessary to calculate the damping, results in using two storage locations for each DOF, therefore these numbers would have to be halved, leaving 125 as the practical upper limit. ; The large Guyan reductions required, limit the adequacy of the model, partic- ularly for shell modes. The model does riot take advantage of symmetry since the original intent was to use substructuring procedures to couple this model to the remainder of the shuttle. Subsequent work at Langley has shown that limiting the model to 90° between vertical and lateral planes of symmetry (and/or antisymmetry), employing harmonic reduction, and planning for modal coupling, would allow more adequate definition of the shell modes. No work was done in comparing analysis with experiments. This task was modified to eliminate that objective due to unavailable experimental data and the necessity to devote the time to other analytical tasks.

32 14

Table 6 Weight and Residual Error Comparisons

Combined SRB SRB Forward Half SRB Aft Half Phase II -116DOF Direction MO MOGG MO MOGG MOGG

X 1253.79 1253.78 1267.57 1267.56 2521 .34 Y 1253.7& 1 253.79 1267.57 1267.57 2521.37 Z 1253.79 1253.78 1267.57 1267.56 2521.34 6 6 6 6 6 Rx 2.5399x1 0 2.5399x1 0 2.222x10 Z2219x10 4. 761 85x1 0 . 6 6 7 7 7 RY 8.8320x1 0 8.8322x1 0 2.988x1 0 2.9879x1 0 3.871 Ox10 6 7 7 Rz • 8.6925x10* 8.6923x1 0 3.0086x10' 3.0086x1 0 3.8778xT0

Weight Comparison MO = Weight from Grid Point Weight Generator for Original Model Before Reduction MOGG = Weight from Reduced Mass Matrix Used in Dynamic Analysis

* Combined .SRB Parameter SRB Forward Half SRB Aft Half Phase II-116DOF

X None>10-6 None>10-6 None > 10'6 Ext None>10'6 None>10'4 None > 10'4

Residual Error Comparison X = Rigid Body Stiffness Matrix (Ref. 5-6), Should = 0 Ext = Resultant about Arbitrary Origin of X (Ref. 5-5), Should = 0

T14-6IT)

33 14

REFERENCES

5-1 Bernstein, M. et al, "Design of a Space Shuttle Structural Dynamics Model, " NASA CR 112205, Rev. A, 1973. 5-2 United Technology Center Letter, GRS-27-73M, 13 April 1973.

5-3 Svalbonas, V., "Numerical Analyses of Stiffened Shells of Revolution - Theoretical Manual for STARS-25 -2B -2V Programs, " IOM 000-Sf MECH- 038, Grumman Aerospace Corp., 10 May 73. 5-4 Cohen, G. A, "User Document for Computer Programs for Ring-Stiffened Shells of Revolution", NASA CR 2086, 1973. 5-5 Bernstein, M. et al, "NASTRAN Analysis of the 1/8-Scale Shuttle Dynamic Model", NASA TMX 2893. . 5-6 McCormick, C.W., 'The NASTRAN Users'Manual", Level 15.5.

34 I

APPENDIX

The Appendix contains the following information: • NASTRAN data for SRB Aft Half Model - 32 pages • NASTRAN data for SRB Forward Half Model - 30 pages • NASTRAN data for SRB Copy Run - 5 pages • NASTRAN data for SRB Combined Model - 212 DOF for Phase II, Part 1-17 pages . • NASTRAN data for SRB Combined Model - 116 DOF for Phase n, Part 1-17 pages • NASTRAN data for SRB Combined Model - 116 DOF for Phase II, Part 2-14 Pages • Complex Eigenvalue Summary from 116 DOF Phase n, Part 2 Run - 1 page.

A-i SOLID ROCKET BOOSTER AFT HALF NASTRAN DATA Z703218

N AS T R AN executive CONTROL DECK ECHO

ID PHASE! SRMRIA CHKPNT YES TIME 60 APR DISP SOL 7.0 D1AG 2.7.6.13. l'4. 19. 21 .22 ALTER 2.2* PARAMETER DEFAULTS . PARAM XXC.N.NOP/V.Y.NOSUB»O PARAM XXC.N.NOPXV.Y.TPCOPY*-! PARAM X/C .N.NOP/V. V.SUt)GK*-l PARAM XXC.N,NOPXV«Y.SUBK4*-1 PARAM XXC.N.NOPXV.Y.SUBa*-! PARAM XXC.N.NOPXV.N,TRUE*-I ALTER as.27 CHKPNT EST.GEI . PARAM XXC.N.SUBXV.N.COUPLEXV.V.NOSllfclXC.N.I PARAM XXC.N.NOPXV.N.NOK4C.G*-! PURGE KGGX.K46G.C.HST .OGPSTXNOS1MP _. CHKPNT KGGX.K4GG.6PST.OGPST COND L30.NOSIMP CONO L25A.GENEL COND L2bB.COUPLt LABEL L25A PURGE OGPSTXTHUfc CMKPNT OGPST LABEL L25B ALTER 30.31 _:_ CHKPNT KGGX.K4GG.GPS1 LABEL L30 ALTER 34.3& PARAM PARAM XXC.N,ANDXV.N,NORK4XV.Y.SUBGKXV.Y.SUaK4 PARAM XXC.N.ANpXV.N.NDK4XV.N.NaRK4XV.N,NOK»G& COND L34A.NQMGG JUMP L34B LABEL L34A . ^ . . COND ERRORS.COUPLE LABEL L34H Pi«GE_ BNN..BJFF, 8AA.8GGYXNOBG PURGE K4GGY.K4NN.K4FF.K4AAXNUK4 CHKPNT *3GGY.K4GGY,K4NN.K4FF.K4AA.MGG.BGG.nNN.HFF.t)AA ALTER 37.37 • I COND LBL1 .NOM&G ALTER 42.42 * IF COUPLING RUN.COMBINES SUBSTRUCTURES. PURGE CPGI.KI.MI.KGGI.MCGI.KGGS.MGGS.KGT.MGT/COUPLE PURGE K4GGS.K4(iGI .K4GT.GIK1 ,K4 I 1 .K4 1 XCOUPLt PURGE. HI .SGGS.IIGCI . HGT .GFAC .KF AC.UFACXCOUPLE COND LPC*»..CUUgL.F..._», SK1P.NUT A COUPLING RUN _ INPUTTI X»...XC»N.-3XC.N.9XV.Y,TPNAME9 * LIST TAPE C REMIND

Ai-i N A STRAN EXECUTIVE CONTROL DECK ECHO

PARAM X/C.N,NOPXV.N,PAi>S#l $ INITIAL LOOP PASS PARAMK 1ER PURGE K4GGS.K4GGI ,K4GT .GIKI .K41 1 ,K41 .GFAC.KFACXNORK4 PURGE GIKI .GFACXSUBGKXK4I .KFACXSU8K4/BGGS.BGGI .BGT .BFAC/SUHa JUMP LOOPC LABEL LOOPC i TOP OF LOOP PARAM XXC.N.SUUXV.N.PASS1XV.N.PASS/C.N.2 INPUTT1 /CPGI .Kl .HI . ./C.N.O/C.K.9 * COND LPC1.PASS1 . JUMP LPC3 LABEL LPC1 MERGE. . . >KI .CPGI .XKGGSXC.N.-IXC.N.2/C.N.6 MERGE . . . .Ml .CPGI .XMGGSXC.N,-1XC.N.?XC .N.6 COND LPC2.NORK4 MERGE. ... .CPGI .XK4GGSXC.N, -IXC. N.2/C. N.6 LABEL LPC2 COND LPCJ.SUBrt MERGE . .. ..CPGI ,/UGGS XC.N.-1XC,N.2XC.N.6 LABEL LPC3 COND LPC4.PASS1 . . . MERGE • . . ,KI .CPGI ./KGGIXC.N.-l XC.N.2XC.N.6 MERGE . ...MI .CPGI ,/MG

PARAMR //C.N.COM(>Lex/C.N.O.O/V»N.GlH/C.N.O.OXV. N.(.l S ADD Kl ./GIK1XV.N.GI * LABEL LPCS COND LPC6.SUBK4 . PARAML KFAC/.XC.N*DMIXC.N.I/V.N.PASS/V.N.K4R % PARAMR X/C.N.K(vXC,N,O.OXC.N.O.OXV.N.K4RXV.N.OUrCXV.N. 1NCI/V.N.INC2X V.N.NOK41 1. PURGE K41XNUK41 COND INPUT Tl XK41 . . . .XC.N.OXC.N.9 * LABEL LPC6. • ADD GIKI .K4IXK4I 1 . MERGE. . ,.K4I I .CPG1 ./K4GG1/C.N.-1XC.N.2XC.N,(, ADD K4GGS.K4GGIXK4GT EOUIV K4GT.K4GGSXTWLIE LABEL LPCT COND LPce.suoe . . . • . ' . . •

Al-2 N A S T R A EXECUTIVE CON! R 0 L DECK £ C H U

PARAML BFAC//C»N.DMI/C.N.1/V.N.PASS/V.N.BIR « PARAMR //C.N,EO/C.N.O.O/C.N.O.O/V,N.BIR/V.N,OUTC/V.N.1NC1/V.N.JNC2/ .VjJNLtMQBJ-JL __1 . •. -..'.. . CONO LPCB . NOB I INPUT 11 /Bl«••.'C.N.O/C.N.9 » MERGE. . . «BI .CPGI.XBGG1/C.N.-1/C.N.2/C.N.6 _..•„.._ ADD BGGS.BGG1/BGT » EOUIV BGT.BGGS/TRUE LABEL LPCB ' PARAM //C.N.ADD/V.N.PASS/V.N.PASS/C.N.i PARAM //C.N.bUB/V,N.SKIP2/V,Y.NOSUB/V.N.PASS CONO LPC9.Sk 1P2 : : i .REPT LOORC »2O ' . LABEL LPC9 CHKPNT K6CS.M6GS.K4GGS.BGGS ADD KGGX.KGGS/KGGY t CHKPNT KGGY ADD MGG»MbGS/NOt»Y t CHKPNT MGGY CONO LPC11.NOK4 ADO K46G.K4GGS/K4GGY . _' CHKPNT K4GGY LABEL LPC1I COND LPC12.NOBG ADO 8GG.BGGS/8GGY CHKPNT BGGY LABEL LPC12 EQUIV KGGY.KGG/NOGLNL $ ALTER 45.45 SMA3 GEI.KGGY/KGG/V.N.LUSET/V.N.NOGENL/V.N.NOSlmrl t _ ALTER 51.53 PURGE GM/MPCFI/GO/OMIT/KFSXSINGL'E • EQUIV KGG.KNN/MPCFI /MGGY . MNN/MPCFI/F)GG V.. UNNXKPCF 1 /K 4GOY . K4NN/MPCFI CHKPNT GM.RG.GO.KFS.USET.KNN.MNN.BNN.K4NM COND L53A.NUMGG ADD, MGG./WGG/C.Y

Al-3 N A SIN A N 1-. .X C C U T I V t C 0-N T H U L O "C. r. r. M 11

ALTER 87 LABEL L87 • ...••- . ' . • . PURGE CPARL.CPFOA.CPNSF.CPGMN.EQR.EOL.EOA.EQO.EOF . E ON. tOM. HOG/RE ACT PURGE EX. EXT .EOMT.tONT .LOOT . EOGTC .MOGG . MUGG Y/RF ACT PURGE KLL ,KLI<,KHH .LLL.ULL.DM.X ,t ORT.DMI .GOT .GMTXRFACT COND LCP5. REACT 1 R-SET MUST BE DEFINED TO GF.NFUATE COG RBMG1 USET.KAA./KLL.KLK.KRR... * RBMG2 KLL/LLL.ULL RBMG3 LLL.ULL.KLR.KRR/DM . . CHKPNT KLL .K.LM.KMR .DM TRNSP tOR/tUWl MATGPR GPL .USe T .SI L.I: OH F//C .N.fl MPVAD KLR.DM.KHR/X/C.N. 1 » . . MATGPR GPL.USET.SIL.X//C.N.R MPVAD fcOR.X./CX/C.N.O/C.N« t/C.N.O » TRNSP EX/KXT MATGPR GPL.UStl.T.blL.LXI//C ,N,« PUHGE CPFUA/UMlT/CPNi-F/SINGLC/CPUMN/MPCFl PURGE EOO/OM1T/F.OM/MPCK1 ....'. PURGE GOT/OMIT/GMT.EOMT/MPCFI VEC USET/CPARL/C.N.A/C.N.R/C.N.L * ' TRNSP DM/DMT MPYAD EOH.OMT./EOL/C.N.O/C.N. 1/C.NtO MERGE EOR..EUL..CPARL./b()A/C.N.1/C.N.?/C.N.2 EOUIV EGA, EOF /OMIT COND LCP1.0M1T VEC USET/CPFOA/C.N.F/C.N.O/C.N.A * TRNSP GO/GUT MPYAD EOA.GOT./L'OO/C.N.O/C.N.I/C.N.O MERGE EOQ, ,f.OA. .CPFOA./PUF/C.N. 1/C .N.2/C .N.S LABEL ' -LCPI '. ' •' • • • • • ' ' •' ' ' '' . • • ' EOUIV EOF. CON/SINGLE CQND_._ LCPJt. SINGLE , .

MERGE . ..EOF..CPHSK './IION/C .N. l/t.,N,?/C.N.? LABEL LtP2 TRNSP EON/EONT MATGPR GPL.USET .SIL.EONT//C.N.N EOUIV EON.EOGXMPCFl CUND LCP3.MMCFI VEC USLT/CPGMN/C.N.G/C.N.M/C.N.N * TRNSP GM/GMT MPVAD EON.GMT./EOM/C.N.O/C.N.I/C.N.O M6RGF. EOM..FON. .CPGMN./EOG/C.N«I/C.N.?/O«N.? . - TRNSP EOM/EUMT MATGPH GPL.USL1 .i>IL.tOMT//C >N.M LABEL LCP3 CHKPNT CPFOA.CPNSr .CPGMU.CPARL . . .CHKPNT EOG TRNSP EOG/EOGT

Al-4 N A S T R A N EXECUTIVE CONTROL DECK ECHO

ADD EOGT./EQGTC/C.Y,ALPHA»X386.4.O.On * * ASSUME CONVERSION OF MASS TO LBS * 386.4 PURGE MOGG/NOMGG/MQGGY/COUPLE ._.. .'..'. COND • LCP4.NUMGG SMPVAD tOG.MGG.EOGTC.../MOGG/C.N.3/C«N.1/C.N.O 1 LABEL LCP4 _ COND LCP5.COUPLE SMPYAD KOG.MGGY.EOGTC.../MOGGY/C.N.3/C.N.1/C.N.O LABEL LCP5 MATPRN MOGb.MUGGY...// 1 CONO LCPU.TPCOPY SEEMAT KAA....//C.N.PRINT SEEMAT MAA....//C.N.PNINT OUTPUTl GM.GO.KFS.KAA.//C,N.-I/C.N.O/V,Y.TPNAME OUTPUT 1 MA A....// S ; '. CONO LCP7.NOK4 SEEMAT K4AA,,,,//C.N.PR1NT OUTPUTl K 4 AA ,_.;,. XX * LABEL LCP7 COND LCP8.NOBG SEEMAT BAA....//C.N.PklNT OUTPUTl BAA....// * LABEL LCPB ALTEH 8^.162 ; ALTER 164.167 ENDALTER CEND

Al-5 N A S T R A N 'EXeCUIIVE CONTROL. DECK ECHO

ECHO OF FIRST CARD IN CHECKPOINT DICTIONARY TO Bt PUNCHFO OUT FUR THIS PROULFM

HfcSTAHT PHASK1 tbHMRIA . B/ 7/73. 34

Al-6 . PHASE 1 XpART 1 a SRM fc PHOPELLANl AI-T HALF

CASE CONTROL DECK ECHO CAKU .COUNT. .... • ._ „_ , • 1 TITLE * PHASE 1 XPART IB 2 SUBTITLE » SRM & PROPELLANT AFT HALF 3 MAXLINES » 600OO ,; 4 SPC * 1 5 HE.GIN BULK

*** USER INFORMATION MESSAGE 2O7, BULK DATA NOT__SOBTED.XSORT WILL RE-DBDER DfeCK.

Al-7 PHASE 1 XPAR7 J U "1 SRH f, PRUPELLAM7 AFT HALF S O R 7 t D HULK DATA -ECHO CARD COUN7 1 2 3 » . 4 . . 6». 7 .. 8 .. 9 .. 10 ! 1- ASET1 123 7290 • THRU 7292 2- ASET1 123 7294 THRH U 7296 3- ASE 71 123 7298 T..Ry_.. . 73OO, 4- ASE 71 123 7302 THRU 7304 5- ASE 71 123 7306 THRU 7308 6- ASE 71 123 731O 7HRU 7312 7- ASE 1 1 123 7314 7HHU 7316 8- ASE71 123 7318 7HRU 7320 9- ASETI 123 7322 THRU 7324 ------, 10- ASE 71 123 7326 THRU 7328 1 1- ASE 71 123 733O THRU 7332 12- ASE 71 123 7334 THRU 7336 13- ASETI 123 7385 7388 7397 14- ASE 71 123 7400 7409 7412 7421 7424 748 1 7484 15- ASETI 123 7,496 ,7bO5. ';._ 75O8_ , 7517 7520 780J 16- ASETI 123 7803 7805 7806 7809 781 1 7813 7814 17- ASE 71 123 7865 7867 7869 787O 7873 7P75 7877 18- ASE 71 123 7878 8352 8355 . i 19- ASETI 123456 7289 7293 7297 73OI 7305 7309 7313 20- ASETI 123456 7317 7321 7325 7329 7333 21- CBAR 4001 101 7577 7581 1.0 .O .0. ' .1' -. CCBOI 22- CCH 01 O.365 0.365 23- 4002 101 7585 1.0 .0 .0 1 &CBO2 24- E.C802 0.365 0.365 25- C8AR 4003 101 , 7585 7589 1.0 .O ..o..- •:• 1 &CBO3 26- C-CBO3 0.365 0.365 27- C3AR „ 4004 7589 7593 1.0 • 0 1 CCB04 28- &CH04. O.365 0.365 CIJAH 40Ob 101 7593 7597 l.O .0 .0 1 ECB05 3O- JiC3t)I._ O.36!> 0.365 31- 4006 ioi 7597 7601 l.O .0 .0 G.CB06 32- CCHO6 0.365 0.36f> 101 7601 76O5 1 .0 .0 •0 1 CCU0.7 34- CCH07 0.365 O.J65 3b- CBAW 400H 101 76O5 7609 l.O .O .0 1 tcnos 36- t.caoe O .365_ _ 0.365 37- CBAR 4OO9 ~To?~ "" 7609 7613 1.0 .0 .0 1 CCB09 38- 0.365 0.365 39- CBAR 4010 101 7613 7617 1.0 .0 • o I ... CCB10 40- tcsio 0.365 0.365 41- CI3AR 4011 101 7617 7621 1.0 .0 .0 1 GCB.l 1 42- tCBll 0.365 0.365 43- CBAR 4012 101 7621 7577 1.0 .O .0 1 &CB12 44- CCB12 0.365 0.365 CgAH ___40|3 78O1 7602 •o. 46- CUAH 4014 102 7802 7803 .0 .0 .6 47- CKAH 4O15 102 7803 7804 .0 .0 .0 48- CBAW 4O16 102 78O4 78O5 .0 .O .0 CBAW 401 7 1O? 78O5- 78O6 .0 • 0 .0 SO- CBAR 4O1 8 102 7806 78O7 .0 .O .0

Al-8 PHASE 1 XPAK1 I II

S O. R T E D B U L K DA T A E C H O : CARlT ' COUNT 1 .. 2 .. 3 4 .. 5 .. 6 .• . -7 .. .. _ e . 9 . . 10 Sl-CBAR ' 4019 102 78O7 78O8 .0 .0 .0 52-CBAR 4020 102 78O8 7809 .O .0 .0 53-CQAR 4021 102___ 7809. _ .. 7810 .0... • 0 .0 S4-CBAR 4022 102 78 1O 781 1 .0 .0 .0 55- CHAR 4023 102 7811 7812 .0 .0 .0 . 56-COAH 4O24 102 7012 7813 .0 .0 .0 57-CBAH 402S 102 7813 7814 .0 .0 .0 58-CSAR 4026 102 7814 7815 .0 .0 .0 59-CBAR 4027 102 ._ 78J5 7816 «0 .0 .0 . 6O-CBAR 4O28 102 7816 7801 .0 .0 .0 bl.-CSAR 4O29 103 7865 7866 .0 .0 •0 SCB29 62-CC829 -O.78 -O .78 63-CBAR 4030 103 7866 7867 i.a .0 .0 1 6CB30 64-&CB30 -O.78 -O .78 65-C8AR 4O31 103 . 7867. .--78.68.. . .1,1} .0 .0 . 1 CC33I 66r£CB31 -0.78 -O .78 67-C3AR 4032 103 7«68 7869 1.0 .0 .0 1 tC332 68-tC832 -O.78 -0.78 69-CBAR 4O33 103 7869 7870 1.0 .0 .0 . 1 CCB33 TO-CCB33 -0.7B -0 .78 71-CBAR 4034 103 7870 7871 1.0 .0 • 0 1 CCR34 72-UCB34 -0.7B -O .VB 73-CUAR 4O35 103 7B 71 7872 1 .0 .0 .0 1 tCB3b 74-UCB35 -O.78 -O .7B 75- CHAR 4O36 103 7872 7873 1.0 .0 .0 1 6CR36 76- CCB36 -0.78 -O .78 77-CBAR _*P.37____UW !._ _.. 78.7.3,. .7874 __ l_.0 .. .0 .0 1 &CB37 78-CCS37 -O.78 -0.78 79-CBAR 4038 103 7874 7875 1.0 .0 .0 1 tCB38 80-I.CB38 -O.78 -O .78 81-CBAR 4039 : 103 7875 7876 l.O .0 .0 1 CCB39 82-CCB39 -0.78 -O .78 83-CBAR 4O4O 103 7876 7877 1.0 .0 .0 1 CC340 84-&CB4O -O.78 -O .78 85- CHAR 4O41 103 7H77 7878 1 .0 .0 .0 1 &CB41 86-&CB41 -O.78 -O .78 87-CBAR 4042 103 7878 7879 l.O .0 . 0 1 &C342 88-&CB42 ' -0.78 -O .78 89-C8AR 4043 _ .103 7879 7880 l.O .0 .0 1 CCB43 90-tC843 -0.78 -0 .78 91-C8AR 4O44 103 7880 7H6b 1.0 .0 .0 1 CCB44 92-&CB44 -0.78_ -0 .78 93-C8AR 4101 104 7803 7819 .9659 .0- -0.3588 1 CCBIO1 94-CC31O1 0.7727 -0.2071 O.7727 -0.2071 95-CBAR 4102 »04 7819 7835 .9659 .0 -0.2588 1 &CB1O2 96-UCB1O2 0.7727 -0.2071 0.77? 7 -0.2071 97-CBAR 41 03 104 7835 7851 .9659 .0 -O.2588 1 6.CB1O3 98-&.CB1O3 0.7727 -0.2071 0.7727 -0.2071 99-CBAR 4IO4 1O4 7851 7867 .9659 .0 -0.?5B8 1 &C8104 100-CCB104 0.7727 -0.2071 0.7727 -0.2O71

Al-9 PHASE 1 XI'AHl 1 u SUM t PWUOCLLANT API MALI1

S (J P T t I) HULK DA T 4 E C H O CARS CHUNT 1 . . P .. 3 . 4 .. b 6 .. 7 .. 8 . . 9 .. 1O 101- CBAK 4.1O5 1 O4 7006 7822 .96b9 .0 -O.2588 1 CC3105 102- tCV< 1 Of> 0.7727 -0.2O71 0.7727 -0.2071 1O3- C.^AW 11 0<> 1O4 7*22 7638 .9659 .0 -0.258« 1 &CB106 lf>4- L.C '3 I O6 0.7727 -0.2071 0.7727 -0.2071 105- C'.-*AR 4 lil 7 1 O4 7S36 7654 .9659 .0 -O.2588 1 tCB 107 106- tCH107 0.7727 -0.2071 0. 7727 -O.2O71 107- ceA« 41OH 1O4 7854 7870 .96b9 .0 -0.2588 1 OCB1OB 108- tO. til OB 0 . 772 7 -0.2071 0.7727 -0.2071 109- C3AR 4IO9 104 781 1 7827 .9659 .0 -O.258« 1 £,CB109 1 10- £.C-«10-J 0.772? -0.2071 0.7727 -0.2071 111- t_-:3AH 41 1 O 1O4 7327 7843 .9659 .0 -0.2588 1 CCB11O 1 11- tcai 10 O.7727 -0.2O71 0.7727 -O.2O71 1 12- CyAF« 4111 104 7843 7859 .9659 .0 -0.2588 1 C.C3 111 1 14- ECbll 1 1 O.7727 -O.2O71 0.7727 -0.2071 115- C'JAW 41 12 1 04 78 59 767b . 9659 .0 -O.2t88 1 6CB1 12 1 16- £.C 31 12 0.7727 -0.2071 0.7727 -0.2071 1 1 7- C''AR 4113 104 7814 783O .9659 .O -0.2568 1 CCH113 116- J.C'J1 13 0.7727 -0.2071 0.7727 -0.2071 1 19- CbAli 4114 1O4 7830 7846 .9659 .0 -O.2588 1 tCH 114 120- fcC'.K 1 1 4 0.7/27 -O.2071 0.7727 -0.2071 121- CUAIi 41 1 t> 1 04 7846 7862 .96f-9 .0 -0.2S8P 1 tC31 15 122- L CHI I'D O.7727 -0.2071 0.7727 -O.2O71 12.?- CHAH 4116 1O4 7662 78/8 .9659 .0 -O.2588 1 CC8116 l.'«4- fcC'31 16 P. 7727 -O.2O71 0.7727 -0.2071 12S- CHtXAl 1217 1OOO 7290 7338 7342 72.94 7289 7337 C.HX1217 126- &HX1217 7341 7293 127- CHtXAl 12J8 1000 7291 7339 7343 7295 7290 7338 &HX1218 12K- J.HX1 218 7342 7294 12-=<- CHEXA1 1219 1 OOO 7292 7340 7344 7296 7291 7339 CHX1219 13G- i.HX121S> 7343 7295 131- CHFXA1 1220 1OOO 7294 7342 7346 7298 7293 7341 &HX1220 1 32- C.HX1220 7345 7297 133- CHEXA1 1 221 100U 72 9 b 7343 7347 7299 7294 7342 J.HX1221 134- GHX1221 7346 7291? 135- CHtXAl 1222 1OOO 72P6 7344 7348 7300 7295 7343 &HX1222 136- C.HX1222 7347 7299 137- CHKXA1 1223 1000 7298 7346 735O 7302 7297 7345 &HX1223 13H- tHXl 223 7349 7301 13V- CHfiXAl 1224 1OOO 7299 7347 73'J1 73O3 7298 7346 &HX1224 140- tHXl 2ii4 7350 7302 141- CHFXA1 122b 1000 7300 734ft 7362 7304 7299 7347 OHX1225 142- tHX122b T3f>l 7303 143- CHEXA1 1226 1000 7302 73bO 7354 73O(i 7301 7349 G-HX1226 144- &HX1 226 7353 7305 145- CHGXA1 1227 1 000 7303 73til 7355 7307 73O2 735O 6HX1227 1 46- tHX1227 7354 73O6 147- CHtXAl 12.2H 1000 7304 73b2 7356 7308 7303 7351 CHX1228 14K- M)X1 228 7365 73O7 J4<>- CHKXA1 IJ'29 1000 7306 73S>4 7358 731O 73O5 7353 C.HXI229 IbO- GHX1229 73!>7 73O9

Al-10 1

S O K T E O a U L K DATA E C H 0 ARO pUNl . 1 .. 2 .. 3 .... 4 ,.... :>_»• 6 .7 .. 8 ... 9 .. 10 151- CHEXAI 1230 1 OOO 73O7 7355 7359 731 1 7306 7354 &HX123O 152- &HX123O 7358 7310 153^ CHEXAI .. J 23 1 1 000 7308 7356 . 7360 7312 7307 7355 &HX1231 154- (.HX1231 7359 7311 155- CHEXAI 1232 1 OOO 7310 7358 7362 7314 73O9 7357 C.HXI232 156- E.HX1232 7361 7313 157- CHEXAI 1233 1OOO 7311 7359 7363 7315 7310 7358 C-HXI233 158- CHX1233 73&2 7314 159- CHEXAI 1234 1000 . 73.12 7360 __ 73.64. . 7316 731 1 7359 &HX1234 16O- EHX1234 7363 7315 161- CHEXAI 1235 1OOO 7314 736? 7366 7318 7313 7361 CHX1235 162- C.HX1235 7365 7317 163- CHEXA1 1236 100O 7315 7363 7367 7319 7314 7362 6-HX1236 164- &HX 1236 7366 7318 165- CHEXAI 1237 1000 7316 7364 7368 7320 7315 7363 &HX1237 166- &HX1237 7367 73 1« 167- CHEXAI 1238 1000 7318 7366 7370 7322 7317 7365 CHXI238 168- 6HX1238 '7369 7321 169-;CHEXA1 1239 1 OOO 7319 7367 7371 7323 7318 7366 &HXI239 170- 6HX1239 737O 7322 171- CHEXAI 1240 10OO 7320 7368 7372 7324 7319 7367 &HX1240 172- 6HX1240 7371 7323 173- CHEXAI 1241 1OOO 7322 737O 7374 7326 7321 7369 &HX1241 174- &HX1241 7373 7325 175- CHEXAI 1242 100O 7323 7371 7375 7327 7322 7370 G-HX1242 176- &HX1242 7374 .7326 177- CHEXAI 1243 1 OOO 7324^ 73.72 ._ 7376 7328 7323 7371 CHX1243 178- 6HX1243 7375 7327 179- CHEXAI 1244 1OOO 7326 7374 737H 7330 7325 7373 CHX1244 ISO- 6.HX1244 7377 73?9 181- CHEXAI 1245 1000 7327 7375 7379 7331 7326 7374 GHX1245 182- irHX124b 7378 733O 183- CHEXAI 1246 1 OOO 7328 7376 7380 733? 7327 7375 CHX1246 184- tHX1246 l^'t't 7331 1«t>~ CMEXA1 1247 100O 7330 7378 738? 7334 73?9 7377 E.HXI247 166- jUHX124V_ f38l 7333 187- CHEXAI 1248 1 OOO 7331 7379 7383 7335 7330 737H &HXI24H 188- CHX1248 7382 7334 189- CHEXAI 1249 1000 7332 7380 7384 7336 7331 7379 C.HXI249 190- &HXI249 /3B3 733f» 191- CHEXAI 1250 1000 7334 7382 7338 7290 7333 7381 C.HX1250 192- G.HX1250 _ 7337 728O 193- CHEXA~f 1251 100O 7335 7383 7339 7291 7334 7382 £HX12S1 194- CHXI251 7338 729O 195- .CH_EXAJ[ 1252 10OO 7336 7384 7340 7292 7335 7383 &HX1252 196- &HX1252 7339 7291 197- CHEXAI 1253 1 OOO 7338 7386 7390 7342 7337 7385 E.HX1253 198- &HX12S3 7389 7341 199- CHEXAI 1254 1 OOO 7339 7387 7391 7343 7338 7386 CHX1254 200- &HX1254 7390 7342

Al-11 PHASE 1 XPAK1 1 11 SRM t. PHOPELUAN1 AF1 HALF

— . - s ii w T r i) II U L K D A 1 A t C II (1 CAWO

COUNT 1 • • ^ .• 3 .. 4 . 5 .. 6 . . 7 .. B . . 9 • . 10 • 201- CHEXA1 1255 1000 73*0 7388 7392 7344 7339 7387 CHX1255 202- &HX1255 7391 7343 203- CHEXA1 1256 1000 7342 7390 7394, 7346 734 I 7389 CHXI256 2O4- CHX1256 7393 7345 2O5- CHEXA1 1257 1000 7343 7391 7395 7347 7342 7390 CHX1257 206- C.HX1257 7394 7346 207- CHeXAl 1258 1OOO 7344 7392 7396 734H 7343 7391 GHX1258 2OB- CHX1258 7395 7347 209- CHEXA1 1259 .1000 7346 7394 7398 7350 7345 7393 CHX1259 210- CHX1259 7397 7349 211- CHtXAl 1260 1OOO 7347 7395 7399 7351 7346 7394 C-HX1260 212- C.HX1260 7398 7350 213- CHEXA1 1261 1000 7348 7396 7400 7352 7347 7395 CHX1261 214- E.HX1261 7399 7351 215- CHEXA1 1262 100O 7350 7398 7402 ' 7354 7349 7397 &HX1262 216- &MX1262 7401 7353 217- CH6XA1 I2(>3 1000 7351 7399 7403 735.5 7350 7398 GHXI263 218- GHX1263 7402 7354 219- CHEXA1 1264 1OOO 7352 7400 7404 7356 7351 7399 CHX1264 220- &HX1264 7403 7355 221- CHEXA1 1265 1000 7354 7402 7406 7358 7353 7401 6HX1265 222- CHX1265 7405 7357 223- CHEXA1 1266 1000 7355 7403 74O7 7359 7354 7402 C-HX1266 224- C.HX1266 7406 7358 225- CHEXA1 1267 tooo 7356 7404 7408 736O 7355 74O3 tHX 126 7 226- CMX1267 7*07 7359 227- CHeXAl.. J26S 1 OOO 7358, __7406 . 74 1 0 7362 7357 7405 CHX1268 228- 6.HX1266 7409 7361 22y- CMEXA1 1269 1 OOO 7350 7407 741 1 7363 7358 7406 CHX1269 230- tHX1269 f<\ 1O 7362 231- CMEXAl 1270 1OOO 7360 7408 7412 7364 7359 7407 CHX1270 . 232-6HX1270 741 1 7363 233- CHEXA1 1271 1000 7362 7410 7414 7366 7361 74 O9 C.HX1271 234- &MX1271 7413 7365 235- CHEXA1 1272 100O 7363 741 1 7415 7367 7362 74 1O CHX127? ?3b- tMX1272 7414 7366 237- CHEXA1 1273 1000 7364 7412 7416 736H . 7363 7411 CMX1273 238- tHX1273 /415 7367 239- CHEXA1 1274 1000 7366 7414 7418 7370 736b 7413 tMX 12 74 240- CHX1274 741 7 7369 241 - CHI£XA1 12T'j 1000 7367 7415. 7419 7371 73<>6 7414 C.HXI275 242- GMX1275 7418 7370 243- CHEXA1 1276 1000 . 7368 7416 7420 737? 7367 74 1 S GHX1276 244- L.HX1276 7419 7371 24S- CrtEXAl 1277 1000 7370 7418 7422 7374 7369 7417 &HX1277 246- G.HX1277 7421 7373 247- CHEXA1 127M 1000 7371 7419 7423 7375 7370 7418 CHX1278 24»- »,HX1278 7422 7374 249— •CMEXA1 1279 1000 7372 742O 7424 7376 7371 7419 CHX1279 2SO- CHX1279 7423 /375

Al-12 PMASfc 1 XPARt 1 n SRM f. PROPtLUANT AFI HALF

SORT F D 8 U L K DATA E C H n CARD COUNT . 1 .>• ..2_ _._ 3 .. . 4_,... 5 .9 • t> • • 7 .. H *. 9 .. 10 . 251- CHEXAI 1280 1000 7374 7422 7426 7378 7373 7421 CHX1280 252- tHX12HO 7425 7377 253- CHEXAI . 1 28 1 1000 7375 ,7423 :. 7427 7379 7374 7422 CHXI281 254- tHX12Bl 7426 7378 255- CHEXAI 12H2 IOOO 7376 7424 7428 73SO 7375 7423 tHXl?82 256- (rHX1282 7427 7379 257- CHEXAI 1283 IOOO 7378 7426 7430 7382 7377 7425 GHX1283 258- &HX1283 7429 7381 259- CHEXAI JL2H4 IOOO...... 737? _ 7427. 7431 7383 7378 7426 GHX1284 260- £HX1284 7430 7382 261- CHEXAI 1000 738O 7428 7432 7384 7379 7427 C.HX1285 262- GHX1285 7431 7383 263- CHEXAI 1286 100P 7382 7430 7386 7338 7381 7429 GHX1286 264- C-HX1286 7385 7337 —£*&^CHEXAI 1287 IOOO 73.83 _ .7431 7387 7339 7382 743O GHX1287 266- EHxl2b7 7386 7338 267- CHb' XA1 1288 IOOO 7384 7432 7388 7340 738J 7431 CHX 1288 tltX }28U /387 1000

iddb i 3lef 74 J9 739 i 272- E.HX12OO 7438 7390 273- CIIRXA1 1291 1000 7388 7430 7440 7392 7387 7435 EHX1291 274- t.HX1291 7439 7391 275- CHEXAI 1292 IOOO 7390 7438 7442 7394 7389 7437 GHX1292 276- CHX1292 7441 7393 JL.293 1000 7391. 7439 _7443 739b 739O 7438 6-HX1293 278- CMXI293 7442 7394 ?79- CHEXAI 1294 1000 7392 744O 7444 7396 7391 7439 GHX1294 280- CHX1294 7443 7395 281- CHEXAI 1295 IOOO 7394 7442 7446 7398 7393 7441 G.HX1295 282- CHX1295 7445 7397 _.2_83~_CHEXA1 .._ 1296 1000 7395_ _7443 7447 7399 7394 7442 GHX1296 P84- GHXI296 '7446 7398 285- CHEXAI 1297 IOOO 7396 7444 7448 74 OO 7395 7443 GHX1297 286- 6HX1297 __74.47_. ._ 7399 287- CHEXA1 ^1298 1000 7398 7446 7450 7402 7397 7445 GHX1298 288- &HX1298 7449 7401 289--.CHeXA|_ . 12^9 JOOO 7399 7447 7451 7403 7398 7446 CHX1299 ?90- &HX1299 7450 7402 291- CHEXA1 13OO IOOO 7400 7448 7452 7404 7399 7447 GHX1300 292- CHX1300 7451 7403 293- XHEXA1 1301 IOOO 7402 7450 7454 7406 74O1 7449 GHX1301 294- 6HX1301 7453 74 O5 29S- CHEXAI -J.3P.2 I-PPP - 7J.0.3; 7451 _. 7455 74O7 .7402 745O G-HX1302 296- GHX1302 7454 7406 297- CHEXAI 1303 1000 7404 7452 7456 74 O8 7403 7451 GHX1303 298- 7455 7407 299- CHEXAI 13P4 IOOO 7406 7454 7458 7410 7405 7453 CHX1304 3OO- &HX1304 7457 7409

Al-13 pHASt I XPAR1 I u SUM (, PRUPELLANT AFT HAUK

S 0 B T E D B U L K D ATA E C H O CARD COUNT . 1 2 .. 3.. 4 • • 5 .. 6 . 7 .. 8 ..9 .. 10 301- CHEXAI 13OS 1000 74O7 7455 7459 7411 7406 7454 C.HX13O5 302- &HX13O5 7458 7410 303- CHEXAI 1306 1000 74 O8 7456 74 6O 74 1 2 74O7 7455 C.HX1306 3O4- C.HX13O6 7459 7411 3O5- CHtXAl 1307 1OOO 7410 7458 7462 7414 7409 7457 CHX13O7 306- &HX1307 746 1 74 1 3 3O7- CHEXAI 13OR 1000 7411 7459 7463 7415 7410 7458 &HX13O8 . 308- t-HX 1308 7462 7414 309- CHEXAt 1309 1000 7412 7460 7464 7416 7411 7459 C.HX1309 31 O- &HX13O9 7463 7415 31 1- CHEXAI 1310 ,1000 7414 7462 7466 7418 7413 7461 &HX1310 312- C.HX1310 7465 7417 3 13- CHEXAI 1311 1OOO 7415 7463 7467 7419 . 7414 7462 C.HX131 1 3I4-6HX13I1 7466 7418 315- CHEXAt 1312 1000 7416 7464 7468 7420 7415 7463 CHX1312 316- LHX13I2 7467 7419 31 7- CHEXAI 1313 1OOO 7418 74b6 7470 ?A22 74 If 7465 &HX1313 318-tHXI3l J 7469 7421 3 I 9- CHEXAI 1314 . 1OOO 7419 7467 7471 7423 7418 7466 CHX 131 4 320-&HX1314 747O 7422 : 32 1 -CHEXAI 1315 1OOO 7420 7468 7472 7424 7419 7467 tHX1315 322- CHX 131 5 7471 7423 323- CHEXAI 1316 100O 7422 7470 7474 7426 7421 7469 &HX1316 324-C.HX1316 7473 742S 325- CHEXAI 1317 1OOO .7423 7471 7475 . 7427 7422 747O &HX1317 326-CHX1317 7474 7426 327- CHEXAI 1318 1000 7424 7472 7476 7428 7423 7471. &HX1318 328-CHX1318 747S 7427 329- CHEXAI 131<* 1OOO 7426 7474 7478 74 JO 7425 7473 tH*l 319 330-CHX1319 7477 7429 331 -CHEXAI 1320 1OOO 7427 7475 7479 7431 7426 74T4 C-HXI32O 332-6HX132O - ' 7478 7430 333- CHEXAI 1321 1000 7428 7476 7480 7432 7427 7475 &HX1321 334- CHX 1321 747'* 7431 335- CHEXAI 1322 1OOO 7430 747H 7434 7386 7429 7477 CHX1322 336- CHX 1322 7433 7385 337- CHEXAI - 1323 1000 7431 7479 7435 7387 7430 7478 CHX 1323 338 -CHX 1 323 7434 7386 _ 339- CHEXAI _13_24 _|00.0_ 7432 --7480 _ 7_436 . 73881 7431.. 7479. &HX1324 340-GHX1324 7435 7387 341- CHEXAI 1325 1000 7434 7482 7486 7430 7433 7481 &HX1325 342- CHX 132 5 7485 7437 343- CHEXAI 1326 1000 7435 7483 7487 7439 7434 7482 &HX1326 344 -CHX 132 6 7*86 7438 34b- CHEXAI 1327 10OO 7436 7484 7438 7440 743S 7483 . tHX1327 346-£HX1327 7487 7439 347- CHtXAl 1 J^rt .1 000 7438 7486 7490 7442 7437 7485 &HX1328 348-CHX1328 7489 7441 34 9- CHEXAI 1329 1000 7439 7487 7491 7443 7438 7486 CHX 1329 350- CHX 1329 749O 7442

Al-14 PHASE 1 XPAwT 1 u SUM t PROPELLANT AFI HAi-F

S O » T 1E O H U t- K O A 1 A C C H a. CARD COUNT 1 . 2 . . . 3 _.....,•4 • « 5 .. b .. 7 ... . 8 ..._ .9. . . 10 . 351-CHEXA1 1330 1OOO 7440 7488 7492 7444 7439 7487 tHX I 330 352- tHX 1330 7491 7443 353- CHEXA1 ..1.33.1... 1000.- 7.442 7490 7494 7446 7441 7489 tHX 1331 354- tHX1331 7493 7445 355-CHEXA1 1332 1000 7443 7491 7495 7447 7442 7490 CHX1332 356- tHX 1332 7494 7446 357-CHEXAI 1333 tOOO 7444 7492 7496 744.8 7443 7491 tHX 1333 358-6.HX1333 7495 7447 359- CHE X Al -L334 _._JLOOO.,.-. 74.46 -«_7494 - 7498 7450 7445 7493 tHX 1334 360- tHX 1334 7497 7449 361-CHEXA1 1335 1OOO 7447 7495 7499 74 bl 7446 7494 tHX1335 362-tHX1335 7498 7450 363-fcHEXAl 1336 1000 7448 7496 7500 7452 7447 7495 tHX 1336 364- tHX 1336 7499 7451 • 365-CHEXA1 1337 100O 7450 7498 _ 7502 7454 7449 7497 tHX1337 366-tHX1337 7501 7453 367-CHEXA1 1338 1000 7451 7499 7503 7455 7450 7498 . tHX1338 368-tHX1338 75O2 7454 369-CHEXA1 1339 1000 7452 75OO 7504 7456 7451 7499 tHX 1339 37O- tHX 1339 75O3 7455 371-CHEXA1 1340 1OOO 7454 .. 7502 75O6 7458 7453 7501 tHX 1 34 O 372- E.HX 1340 75O5 7457 373-CHEXA1 1341 1000 7455 7503 7507 7459 7454 7502 tHX 1341 374- tHX 1341 75O6 7458 375-XHEXA1 1342 1OOO 7456 75O4 7508 7460 7455 7503 tHX 1342 376- tHX 134 2 75O7 7459 377-CHEXA1 1343 1000 7458 . 75.06 7510 7462 74.57 ..7505. tHX 134 3 378- tHX 1343 7509 7461 379-CHEXA1 1344 1000 7459 75O7 751 1 7463 7458 7506 tHX 134 4 _ 7510 .7462 381-CHEXA1 1345 10OO 74 6O 7SO8 7512 7464 7459 7507 tHX 134 5 382-jieHX134S 751 1 7463 383-CHEXAl 1346 1000 7462 7510 7514 7466 7461 7S09 tHX 1346 384 -tHX 1346 7513 7465 385-CHEXA1 1347 1000 7463 751 1 7515 7467 7462 7510 tHX 1347 386- tHX 134 7 7514 7466 3B7-CHEXA1 1348 1000 7464 7512 7516 7468 7463 7511 tHX 134 8 388- tHX 134 8 7515 7467 389-CHEXA1 1349 1000 7466 7514 7518 7470 7465 tHX 1349 39O- tHX 1349 7517 7469 391-CHEXA1 1350 1000 7467 7515 7519 7471 7466 7514 tHXI35O 392-tHX135O 7518 74 7O 393-CHEXA1 1351 10OO 7468 7516 7520 7472 7467 7515. tHX 1351 394- tHX 1351 7519 . 7471 395-CHEXA1 1352 ' 1OOO 74 7O 7518 7522 7474 7469 7517 tHX 1352 396- tHX 1352 7521 7473 397- CHEXA1 13S3 1000 7471 7519 7523 74 7S 7470 7518 tHX 1353 398- tHX 1353 . 7522 7474 399-1 tHEXAl 1354 1000 7472 7520 7524 7476 7471 7519 tHX 1354 400-tHX1354 7523 7475

Al-15 1 XpART 1 a SUM C PROPELLANT AFT HALF '• s a iR T t C1 B U L K . 1DATA e c H 0 CARD 2 . 3 .. 4 .. t COUNT . 1 • • > .. 6 7 .. 8 .. 9 10 . 401- CHEXA1 1355 1000 7474 7522 7526 7478 7*73 7521 CHX 1355 402- CHX 1355 7525 7477 *O3- CHEXAI 1356 1000 7475 7S23 7527 7479 7474 7522 &HXI356 4O4- CHX 1366 7526 7478 405- CHEXAI 1357 10OO 7476 75?4 7528 ' 7480 747S 7523 CHX1357 406- C.HXI357 fb27 7479 407-CHEXAI 1358 1OOO 7478 7526 7*82 7434 7477 7525 SHX1358 40B-6HX13S8 7481 7433 409- CHEXAI 1359 1OOO 7479 7527 7483 7435 7*78 7526 &HX1359 4IO- CHX 1359 74 82 7434 411- CHtfXAI 1360 1000 7480 7528 7484 7436 7*79 7527 E.HXI360 412- CHX1360 7483 7435 41 3- CHEXAI 1361 1000 7482 7530 7534 7486 7*81 7529 CHX 1 36 1 *I4-CHX136I 7533 7485 * 15- CHEXAI 1362 iboo 7483 .753.1 . 7535 7487 7*82. 7530. CHX 1362 416- CHX 1362 7534 7486 417- CHEXAI 1363 1000 7484 7532 7536 7488 7483 7531 CHX 1363 418-&HX13&3 7535 7487 4 19- CHEXAI 1364 10OO 7486 7534 75318 7490 7485 7533 CHX 1364 420-CHX136* 7537 7489 421- CHEXAI 1365 1000 7487 7535 7539 ,7491 7486 .. 753* CHX 1365 422- CHX 1365 7538 7490 423- CHEXA1 1366 1000 7488 7536 7540 749? 7487 7535 CHX 1366 424-&HX1366 7539 7491 425-CHEXAI 1367 1000 7490 7538 7542 7494 7489 7537 CHX 136 7 426-CHX1367 7541 7493 42 T-^CHeXA 1 .*.3*8 1000 7491 7539 7543 7495 7490 75 3fl CHX 1368 428- CHX1 3f>8 7542 7494 429- CHKXA1 1369 1000 7492 7540 7544 7496 7491 7539 &HXI-369 43O- CHX1369 7543 7495 431-CHEXAI 1370 1000 7494 7542 7546 7*98 7493 7541 6HX137O 432- 6HX 1370 7545 7497 433- CHEXAI 1 371 IOOO 7495 7543 7547 7499 7494 75*2 CHX 1371 434- CHX1371 7546 7498 435- CMEXAl 1372 1000 7496 7S44 7548 75OO 7495 7543 CHX 1372 436- CHX13/2 7547 7499 437— CHEXAI 1373 IOOO 7498 7546 7550 7502 7497 75*5 &HX1373 *38-GHXi3T3 75*9 7501 439- CHEXAI 1374 IOOO 7499 7547 7561 7503 7498 75*6 CHX 1374 440- CHX 1374 7550 7502 441- CHEXAI 1375 1000 7500 7548 7552 7504 7499 7547 CHX 1 375 442- CHX1375 7551 7503 443- CHEXAI 1376 IOOO 75O2 755O 7554 7506 75O1 7549 CHX137fo 44 4 -CHX 1376 7553 7505 445- CHEXAI 1377 IOOO 7503 7551 7555 75O7 7502 7550 CHX1377 446- CHX1377 7554 7506 447- CHE XA1 1378 1000 7504 7552 7556 7508 7503 7551 CHX 1378 44 B- CHX 13/8 7555 7507 449- CHEXAI 1.379 IOOO 7506 7554 7558 751 O 7505 7553 CHX 13 79 450- CHX 1379 7557 7509

Al-16 PHASE 1 XpART 1 n SUM fc PMUPULLANT APT HALF .

SORTED 8 U L K DATA E C H O CAKD COUNT . 1 • . 2 . . 3 . . A• . ' j .. ..._7 „. ..._.. 8....»»- 9. • • 10 . A51-CHEXA1 1380 1000 7507 75S5 7S59 751 1 7 SO 6 7554 CHX13BO 452- &HX 1380 7558 7510 AS3- CHEXA1 1381 1000_. . 7508 7556 JTSftP 7512 .7507 .7555 fcHX 1381 4i>4-fcH X138 1 7559 7511 455- CHEXA1 1382 IOOO 75 I O 7558 7562 7514 7509 7557 CHX1382 456-&HX1382 7561 7513 457-CHEXA1 1383 IOOO 7511 7559 7563 7515 75 1O 7558 CHX1383 458-6HX1383 7562 7514 _4S?-CHF.XA1 1.3«4 _. JPOP . 7512 _ 7560 756* 7516 7511 7559 fcHX 1384 4t>0- &HX1384 7563 ?S1S 46>- CHEXA1 I3US 1000 7514 7562 7566 75 1H 7513 7561 CMX13B5 462- 6HX 1385 7565 7517 463-CHEXA1 1386 1000 79 IS 7563 7567 7S19 7514 7562 CHX1386 464- CHX 1386 7566 7518 465-CHEXA1 13H7 JOOO . 75|6 T.5A*..__7568 7520 .. 7515 7563. tHX1387 46&-fcH XI 38 7 7567 7519 467- CHEXAl 1388 IOOO 7518 7566 7570 7522 7517 7565 fcHX 1388 468-fcH X138 8 7569 7521 469- CHEXAl 1389 1000 7519 7567 7571 7523 7518 7566 fcHXI389 47O-6MX1389 7570 7522 471-CHEXA1 1390 . 1 OOP 7520 7568 7572 7524 7519 7567 fcHXl390 472-fcH X139 0 7b71 7523 473- CHEXA1 1391 1000 7522 7570 7574 7526 752 1 7569 fcHX 1 39 1 474-&HX1391 7573 7525 4 75- CHEXAl 1392 1000 7523 7571 7575 7527 7522 757O fcHX 1392 '476-fcH X 1392 7574 7526 477- CHEXAl JL39.3•___ _ 1 005 75_24 _7.572. _7576_ 7528 _ .7523 7571 fcHX 1393 478- £HX1 393 7575 7527 479- CHEXAl 1 394 . 1 OOO 7526 7574 7530 74 H2 7525 7573 CHX1394 48O- fcHX 1394 7529 74 HI 48I-CHEXA1 U9S 1000 7527 fsTS ""7531 7483 7586 7B74 6HX1395 482-fcH X 1395 75»30 7482 . __483^CHe_XA' 1396 .1 1000 752B 7576 _ 7532 7484 7527 7575 fcHX 1 396 484 -fcHX 1396 7531 74H3 48t>- CHEXAl 1J97 1000 7530 7578 7582 7534 7529 7577 fcHX1397 4b6-f.HX1397. 7581 75.13 487- CHEXAl 1398 1000 7531 7*79 ~7583 7535 7530 7578 fcHX 1398 488-fcH X139 8 7582 7534 j48?Jz£HEXAJ _ 1.399___lpOO 7532__ 7S8O _7584 7536 7531 7579 CHX 1 399 49O- fcHX 1399 7583 7535 491-CHEXA1 1400 1000 7534 7582 7586 753R 7533 7581 CHX1400 4<»?- C.HX14OO 7585 7537 493-CHEXA1 1401 IOOO 7535 7583 7587 7539 7534 7582 fcHX1401 494-&HXI401 7586 7538 495- CHEXAl 1402 1000 7536 7584 7588 7540 ?53_5 75.8 3 _ fcHX 1402 496-&HX1402 7587 7539 4^7- CHEXA1 1403 IOOO 753B 7586 7590 7542 7537 7585 fcHXI403 As»W- UHX14O3 7589 754,1 499-CHEXA1 1404 IOOO 7539 7587 7591 7543 7538 7586 fcHX 14 04 5flO-fcHX1404 7!>90 7542

Al-17 PHASE 1 XPART in SUM I PHOPELLANT AFT HALF

SO»1tD BULK O A 1 A E C H O CARD COUNT . 1 >. 2 .. 3 . . 4«« 5 .. 6 « 7 a .. 9 , 5O1- CHEXAl 1405 IOOO 7540 7588 7592 7544 7539 7587 C.HX14O5 502- E.HX14O5 7S91 7S43 503- CHEXAl 1406 IOOO 7542 7590 7594 754 6 _.. 7589 6HX1406 . 5O4- &HX1406 7593 7545 5O5- CHEXAl 1407 IOOO 7543 7591 7595 7547 7542 7S9O &HX1407 5O6- &HX14O7 7594 7546 507- CHEXAl 1408 1000 7544 7592 7596 7548 7543 7591 CHXI4O8 5O8- &HX1408 7595 7S47 509- CHEXAl. '409. „_ ! POO 7546_ 7_594 7598 7550 7545 7593 .CHX14O9 510- &HX14O9 7597 7549 51 1- CHCXAl 1410 1000 7547 7595 7599 755 1 7546 7594 G-HX141O 512- tHX 14 10 7598 7550 "" 513- CHtXAl 1411 1000 7548 ~ 7596 760O 7552 7547 7595 &HX141 1 514- CHX1411 7599 7551 _ 315- CHF.X.A1. 1412 IOOO 7550 . 7S9» 7602 7S154 7549 7597 CHXI4I2 516- £.HXI4l? 7601 7553 517- CHtXAl 1413 IOOO 7SS1 7599 76O3 7555 7550 7598 OHX1413 518- C.HX1413 7602 7554 519- CHEXAl 1414 1000 7552 ..7600 . 76O4 7556 7561 7599 CHX1414 520- &HX1414 76O3 7555 521- CHEXAl 1415 IOOO 7554 7602 755B 7553 760 1 CHX14I5 522- f,HX1415 76O5 7557 523- CHEXAl 1416 IOOO 7555 7603 7607 755«» 7564 7602 C.HX1416 524- &HX1416 76O6_ 7558 525- CHEXAl* 1417 • IOOO 7556 7604 76O8 7560 7565 7603 EHX1417 526- tHX1417 76O7 7559 527- CHEXAl I4ia___ .loop :7558 _'. 7606 7610 7562 ; 7.557 7605 •CHXI418 528- {,HX14la 7609 7561 529- CHfXAl 1419 IOOO 7t>59 76O7 761 1 7563 756fl 76O6 CHX141M 53O- C.MX1419 7610 7562 531- CHEXAl 1420 . 1000 756O 7608 7612 7564 7569 7607 CHX1420 532- (.HXI42O 7611 7563 .J?33.r.CHEXAl 1000 7562 7t>10 7614 7566 7&61 7609 &MX142I 534- t.HX14iM 7«>I3 75 6 f. f.35- CHEXAl 1422 IOOO 7563 7M I 7615 7567 7562 7610 GHXI4?? 536- 7614. 7566 537- CHEXA? 1423 IOOO 7564 7612 7616 7568 7563 76 1 1 CHX1423 638- CHX1423 7615 7567 539- CHEXAl. J 424 IOOO 7566 7618 7570 7565 7613 C.HXI424 540- LHX1424 7617 7569 541- CHEXAl 1425 1000 7567 7615 7619 7571 7566 7614 &HXI425 • 542- S.HX1425 7618 7570 543- CHEXAl 1426 1000 7568 7616 7620 7572 750 7 7615 CHX1426 544- CHX1426 7619 7571 545- CHEXAl . 1427 1000 7570 _ 7618 7622 7574 7569 7617 &HX1427 546- 7621 7573 547- CHEXAl 142H 1000 7571 7619 7623 7575 7570 7618 CHX1428 54B- 7622 7574 549- CHEXAl 1429 1000 7572 7620 7624 7576 7571 7619 &HX1429 550- 6HX1429 7623 7575

Al-18 pHASt 1 XPAKT 1 u

SORTED HULK DATA ECHO CAHO COUNT . 1 * .« 3 T . 4 i.. b ,.... . 6 .. 1 «» 8 ...... 10 . 551-CHEXA1 1430 1000 7574 7622 7578 7530 7573 7621 CHX1430 552- CHX1430 7577 7529 553- CHEXA1 JA31 AOOO 757.5. 7623 7579 7531 7574 7622 6HX1431 554- C.HX1431 7578 7530 555- CHEXA1 1432 IOOO 7576 7624 7580 7532 7575 7623 CHX1433 556-&HXI432 7579 7531 55T- CONROO 3001 7805 83S2 1OO .308 558- CONROO 3OO2 78O9 8355 100 .308 559- CONROO 7813 100 56O- CURD2C 100 696 74.738 -30.494 6. 138 200.0 -30.494 6.138 CCSSRM 561- tCSSRM 74.738 0.0 O.6 562- CURD2R 101 696 74.738_ -3O.494 6.138 74.738 r28. 57O1.1 5.6963 fcWSSRM 563- 6RSSHM 200 • -3O.494 6.136 564-CORD2R 696 0 -81. 5663. O 35.59£ -80.2278.0 57.5136 CRSTANK

566- CUUAD2 73 100 7289 7337 7341 7293 .0 567- CQUA02 74 100 7293 7341 7345 7297 .0 568- COUA02 75 100 7297 7345 7349 7301 .0 S69-COUAD2 76 100 7301 7349 7353 7305 .0 576— COUAD2 77 100 7305 7353 7357 7309 .0 57 1 - COUAD2 78 100 7.309 7357 ; 736.1. 7313 .. O 572- COUAO2 79 100 7313 7361 7365 7317 .0 573- COUAD2 80 100 7317 7365 7369 7321 .0 574-CUUAO2 81 100 _ 2321 .7369_. .._ I3JT3 7325 . .0 575- COUA02 82 100 ~7325 7373 7377 7329 .0 576- COUA02 83 100 7339. 7377 73R1 7333 .0 577- COUAD2 84 100 . .7393— 7381 7337 7289 .0 578-CQUAO2 100 7337 7385 7389 7341 .0 579- COUAD2 86 100 7341 7389 7393 7345 .0 580-COUAO2 87 too 7345 7393 7397 7349 .0 581-COUA02 88 too 7349 7397 7401 7353 .0 582-CQUAO2 89 too 7353 74O1 7405 7357 • o 583- CQUAD2 .100 7357 74O5 74O9 7361 •o 584-CQUAD2 91 100 7361 7409 7413 7365 .0 585- COUAU2 92 100 7365 7413 7417 7369 .0 586- COUAO2 93 100 ..7369 -?*17_. 7.421. 7373 ,0 ; S87- COUAO2 94 too 7373 7421 7425 7377 .0 . . 588-COUAD2 95 100 7377 7425 7429 7381 • o 589- COAJAD2 _100 7381 .. 7429 7385 7337 .0 .. ... 590- COUA02 97 100 7385 7433 7437 73B9 .0 591- COUAO2 98 100 7389 7437 7441 7393 .0 592- COUAD2 99 100 7393 7441 7445 7397 .0 593- COOA02 100 100 7397 7445 7449 7401 .0 594- COUAO2 101 100 7401 7449 7453 74O5 .0 595- COUAD2 _|O2 too 7405_._ 7453 _ 7457 74 O9 ..0 596- COUAD2 103 " too 7409 7457 7461 74 13 .0 597- CUUAO2 104 100 7413 7461 7465 74 17 .0 598- CUUAD2 1OS 100 7417 7465 7469 712 J .0 S99-COUAD2 106 tod 7481 7469 7473 7425 . .0 600-CUUAD2 107 100 7425 7473 7477 7429 .0

Al-19 PHASE 1 XPAHj 1 SUM fc PHOPELIANT .AFT HALF

S o H i \: D n u u K r> ATA U C H 0 CAHD COUNT . 1 .. 2 .. 3 .. 4 .. 5 .. 6 ». 7 • • 8 » . 9 601- COUAD2 108 . too 7*29 7*77 7433 7385 .0 602- CUUAD2 109 100 7433 "7481 7485 7437 • 0 603- COUAO2 110 100 7437 7485 7489 7441 .0 604- COUAO2 111 100 7441 7489 7493 7445 .0 605- COUA02 112 too 7445 7493 7497 7449 .0 606- COUAU2 113 100 7449 7497 7S01 7453 .0 . 607- COUAO2 114 . 100 7*53 7SO1 7505 74S7 .0 608- COUAD2 vis 100 7457 7SO5 7509 7461 .0 609- CQUAO2 too 7461 7509 7513 7465 .0 610- COUAO2 117 too 7465 7513 751 7 . 7469 .0 6.1 1 - CUUAU2 11H 100 7469 7517 7521 7473 • O 612- COUAO2 119 100. 7473 7521 7525 7477 .0 613- COUAO2 12O too 7477 7525 7481 7433 .0 61 4-; COUAD2 , 121 100 7481 7529 7533 7485 615- COUAD2 122 too 7*85 7533 7537 7*89 .0 616- COUAD2 123 100 7489 7537 7541 7*<>3 .0 617- COUAO2 124 too 7493 7541 7h45 7497 .0 618- CQUAU2 100 7497 754S 7501 .0 619- COUAO? 126 1 00 7501 7549 7553 750S .0 620- COUAD2 127 100 750S 7S53 7557 7909 .0 621 - COUAO2 128 100 7509 7557 7b61 7513 .0 -: 622- CUUAU2 129 100 7513 7561 /b65 7!>17 .0 623- COUAD2 130 100 7517 7565 7569 7521 .0 624- COUA02 131 100 7521 7569 7573 7525 .0 - 625- COUAD2 132 100 7525 7573 7529 7481 • .0'.- ' ; • -•. 626-' COUAD2 133 100 7529 7577 7581 7533 •o 627- COUAD2 134 100 7533 7581 7585 7537 .0 ".'• • • ' " 628- CQUAO2 135 100 7537 7585 7589 7541 .0 629- COUAU2 136 100 7541 7589 7593 7545 .0 630- COUAO2 1J7 100 7545 7597 7549 •o 631- COUAD2 138 100 7549 7597 7601 7553 .0 632- COUAD2 139 100 7553 7601 7605 7557 .0 633- COUAD2 140 100 7557 76O5 76O9 7S61 .0 634- COUAO? 141 100 7561 76O9 7613 7565 .0 635- CUUAO2 142 100 7565 7613 7617 7569 .0 636- CUUAU2 143 100 7569 /017 • 7621 7573 .0 637- COUAU2 144 100 7S73 7621 7577 7529 .0 638- COUAD2 201 2OO 7577 7801 78O2 : 7S81 639- 202 200 7SH1 7802 78O4 7585 640- COUAO2 203 200 7585 78O4 78 O5 7589 641- COUAO? 204 200 75R9 7805 7807 7593 642- COUAD2 205 200 7593 7807 7808 7597 643- COUA02 ' 206 200 7597 7800 7809 76 Ol 644- COUAU2 207 2OO 7601 7809 7810 .76 O5 645- CQUA02 2O 8 200 7605 7810 7812 7609 . 646- COUAU2 209 200 7609 7812 7813 7613 647- CUUAO2 .210 2OO 7613 7813 7815 7617 648- COUA02 21 1 200 7617 7815 7816 7621 6*9- COUAO2 212 2OO 7621 7816 7801 7577 6SO- COUAU2 213 3OO 7801 7817 7818 78 O2 .0

.'•-,

Al-20; PHASE. 1 XPART 1 u AUGUST 1973 NASTRAN SHM fc PROPELLANT AFT HALF

S 0 R T E D 8 U L K D ATA ECHO CARD COUNT . 1 • • 2 .. 3 4 .. 5 .. 6 .. 7 • • B • • 9 10 651- COUAO2 214 300 7802 7818 7619 7803 .0 652- COUAD2 215 300 7803 7819 782O 7804 .0 6S3--CQ.UAP2-. -2JLfe-_. ^. 30.0 7804 7820 7821 7805 .0 654- COUAD2 217 300 7805 7821 7822 7800 .0 655- CQUAD2 218 300 7806 782? 7B?3 7807 .0 6S6- COUAD2 219 300 7807 7823 7824 780H .0 657- COUAO2 220 3OO 7808 7824 7825 7809 .0 658- CQUAO2 221 300 7809 7825 7826 7810 • 0 659- CQUAD2 222 300 78J.O 7826 7827 781 1 .0 660- COUAD2 223 300 7811 7827 7828 7812 .0 661-COUAD2 224 300 7812 7828 7829 7813 .0 662- CQUAO2 225 300 7813 7829 783O 7814 .0 : 663-1COUAD2 226 30O 7814. 7830 7831 7815 .0 664- COUAO2 22T 300 7815 7831 7832 7816 .0 665- CdUAD? 228 7816 7832 fSir 7801 ..0 666- COUAO2 229 300 7817 7«33 7834 7818 .0 667- COUAD2 230 3OO 7818 7834 7835 7819 .0 668- COUAD2 231 300 7819 7835 7836 7820 .0 669- COUAD2 232 300 7820 7836 7837 7821 .0 670- CQUAD2 233 30O 7821 7837 7838 7822 .0 671- COUAD2 -234 _ . 300 7822 .7838 7839 7823 .0 672- COUAD2 235 300 7823 7839 784O 7824 .0 673- COUAD2 236 3OO 7824 7B4O 7841 7825 • O _ J>74 -_COUAO2. _.237 300 7842 T r 78?5 . 7841 7H?6 .0 675- cou*6a 23B 300 78 ?6 7842 7843 7B?7 .0 676- COUA02 239 300' 78*T 7843 7A44 7028 .0 6ri-i.f.OUAP? .Z40 . 300 7028 7044 7B4t> 7H29 . ,o" ;. ' - . 678- CGUAOi* 241 300 7BJ") 7H4S 7846 7HJO .O 679- COUAU2 242 300 7fl30 784 1> 7B47 /H.M .0 __68 O - _C OU AD2 _ .2,43 3pO 7831 T«47 7848 7F».«? •0 681- COUAD2 244". •' ' 300 7832 7848 7833 7617 .0 682- COUAD2 245 3OO 7833 7849 7850 7834 .0 683- CQUAD2 246 300 7834 7850 7851 7835 .0 684- COUAO2 24 T 300 7835 7851 7852 7836 .0 68b- CQUAO2 248 300 7836 7B52 7853 7837 .0 686- COUAD2 249 3 OP 7837 7853 7854 7838 .6 687- COUAD2 250 300 7838 7854 7855 7839 • 0 , 688- COUAD2 .251 300 7839 7855 7856 7840 •° . 689- COUA02 252 300 784Q 7856 7857 7841 *d . 690- COUAD2 253 300 7841 7857 7858 7S42 .0 691- COUAD2 254 300 7842 7858 7859 7H43 .0 692- CQUA02 255 300 7843 7859 7860 7844 .0 693- COUAD2 256 300 7844 7860 7861 7845 .0 694- COUAD2 257 300 7845 7861 7862 7846 .0. 695- CQUAO2 258 3OO 7846 7862 7863 7847 .0 696- CQUAO2 259 300 7847 7863 7864 7H48 • O 697- COUAD2 260 3OO 7848 7864 7849 7833 .0 69»- CQUAD2 261 300 7849 7B65 7866 7850 .0 699- COUAD2 262 300 7850 7866 7867 7851 • 0 >00~ COUA02 263 3OO 7B51 7867 7868 7852 .b

Al-21 PHASE 1 XPAHT 1 a SRM & PROPELLANT AKT'HALf

t -- ' • ' -

S 0 R T E 0 nut. K DA T A ECHO CARD COUNT . 1 .. 2 .. 3 4 b . • 6 ..7 .. R .. 9 .. K >O1- COUADZ 264 300 78S2 7868 7869 7853 .0 702- CQUAO2 265 300 78 53 7869 7870 7854 .0

7O3- COUADZ _2661 !_300 7854,. 7870 7871 7855 .0 7O4- COUAOZ 267 300 7855 7H7 1 7872 78!>6 .0 70S- CQUAD2 268 .300 7B56 7872 7873 7857 .0 7O6- COUAD2 269 300 7857 7873 7874 785B . 0 7O7- CQUAD2 270 3OO 7858 7874 7875 7859 .0 708- COUAD2 271 300 7859 7875 7876 7860 .0 . 709- CUUAD2 272 3OO 7860 __7876 7877 786 1.0 710- COUAOZ 273 300 7861 7877 7878 7862 .0 711- COUAD2 274 300 7862' 7878 7879 7863 ."0 71 2- COUAOZ 275 3OO 7863_ 7879 7880 7864 .0 713- CQUAOZ 276 , 300 786* "raab"' 7865 7849 .0 714- DM1 HFAC 0 2 . - 1 S ' ' "._ 1 1 71 5- DM 1 8FAC 1 1 1.0 716- OMI CPAJC O 2 1 1 1 1 717- OMI CPAJC 1 1 i.o 71 a- DM I EOR 0 2 i 2 6 <* 7» »-i' OKI' EOR 1 1 .O12047 -.980338.196959 33.0854 -21 . b697tEOl 720 -DEO 1- -109.382 7Z1- ONI EOR 2 -1. .05985 .197328 .978504 -26 .0 164-107. 1 60CLO3 722- 6EQ2 23.2OIO 723- OMI EOR 3 1 .99HKI .1 -.OtilOS l.i'/HU 34.71^6? f.ro'3 724- C.UO3 20. 1)966 ; 725- DM I ". eon " " 4 1 .99813 3 -.OblOS .9IJ934 43.5110 Dt()4 726- 6.EO* 14.0423 727- DMI EOR' s 1 -, 012047. 980338 -.196959-28.411836.9790 CEO5 728- &EO5 185.7937 729- OMI EOR 6 I .O5985 .197328 .978504 -2O .96O8-1 83 .71 4C.F. O6 73O- Gt.llfe 3H.3298 731- DM! EQ« 7 1 .99813 3 -.06105 1.14885 24.3945 t.tO7 73Z- 6E07 18.7829 733- OMI EOR 8 1 -.O12O47.98O338 -.196959-6.9482536.979 CEOB 734- &EO8 104.6032 735- DM I LOR 9 1 .05985 .197328 .978504 -2O.96O8-1B3.714&EO9 736- 6EO9 38.3298 737- OMI GFAC "0 ? 1 2 - 1 1 738- DM I GFAC 1 1 1.0

_Zi»?j=_DMI. __KFAC._. 0 2 1 2 II 74 O- DM1 Kf AC I 1 1.0 741- GROSE T 100 IOO 742- GRID _7_28_9 9.750._ 180.000 1 H. IbO 743- GRID 7290 7.560 180.000 18.160 744- GRID 7291 5.370 180.000 1 H. 160 745- GRID 7292 3.180 180.000 IB. 160 746- GRID 7293 9 . 7f»0 150. OOO 1 H. IhO 747- OHIO 7294 7.56O 15O.OOQ 1 18.160 748- GRID 729b 5.37O 1'jO.OOO 118.160 749- GRID 7296 3.180 150. OOO 118.160 750- GRID 7297 9.750 120.000 1 18.160

Al-22 .-,-•

S O •» T fc D BULK DA k C M O CARP COUNT . 1 ...... 4 . * 5 ... 6 • 10 TS»- GRID 7298 7.56O 120.000 1 18.160 752-r GRID 7299 i S.37O 120. OOO 1 18.160 7S3-GRIP 7300 __•_ 3...1 80. _ |20. OOO 1 18.160 .75*- GRID 73O1 9.750 90.000 18. 16O 756- GRID 7302 7.560 9O.OOO 18.16O 75<>- GRID 5.37O 90. OOO 18. 16O 757- GR I D 7304 3.180 90. OOO 18.16O 730S 9.750 60.000 18.16O 759- GRID .7306 7,560 60. OOO 18.160 760- GRID 7307 5.370 6O.OOO 18.160 76 1 - GR I D 73O8 3.180 6O.OOO 18.160 762- GRID 7309 _;.. .. . 9.75O 30.000 18.16O 763- GRID 7310 . 7.560 30.000 18.160 76*-. GRID 731 1 5.370 30.000 18.160 76S-GRIO 7312 3.180 30.000 18.160 766- GRID 7313 9.750 0.0 18.160 767- GR I D 7314 7.560 O.O 18.160 760- GRID 73 IS f>.37O 0.0 18.160 76*- GRID 7316 3.180 O.O 18.160 770- GRID 7317 9.750 -30.000 18.16O 77»-GRIl> 7.560 -30.000 18.160 772- GRID 7319 5.370 -30.000 18.160 773- GRID 7320 3.180 -3O.OOO 18.160 77*- GRID 7321 -bO.OOO 1R.16O 779- GUI 0 7322 7. 560 -60.000 18.16O 776- GRID 7323 5.370 -6O.OOO 18.1 6O 7324 3.18Q -6O.OOO 18.160 778- GR I D 9.750 -9O.OOO 18.16O 770- GRID 7326 7.560 -90. OOO 18.16O 780- GRID 7327 S.37O -9O.OOO IH.ibO 78>- GRID 732» 3.180 -9O.OOO 118.16O 782- GRID 7329 9.7SO -120.0001 18.160 ._78j»-L. GR I_P 733O 7.560 -120.000118.160 78*- GRID 733 1 S.370 -120.0001 18.160 78O- GRID 7332 3.1 HO -I2O.0001 1 B. I6O 78^r_GHI_l> 7333 9.750 -ISO. 0001 18. I6O 787- GRID 7334 7.560 -150.0001 18.160 780- GRID 7335 5.370 -150.0001 18.160 _ 789= .GRIP 7336 .... 3.1 MO -150.000118.160 790- GRID 7337 9.750 180.000 130.437 79 1 - GR I D 7338 7.560 180. OOO. I3O.437 79?- GRID 7339 18O.OOO 130.437 793- GRID 734 O 3.180 180. OOO 130.437 79*- GRID 734 1 9.750 150.000 130.437 79&- GRID 7342 7.560 150.000 130.437 79ft- GRID 7343 5.370 150. OOO 130.437 7*7- GRID 7344 3 . 1 8O 150.000 130.437 790- GRID 7345 9.750 120.000 1 30.437 790- GRID 7346 7.560 120. OOO 130.437 800- GRID 7347 5.370 120. OOO 13O.437

Al-23 PHASE 1 XPAMT i H SUM fc PROMEULANT AFT HALF

SUM T ^ l> II U 1. K O A I A L t H II CARD COUNT . 1 3. .. 4. . . !• .. 6 i •) .. 10 801- GRID 7348 3.180 120.000 130.437 80?- GRID 7349 9.750 90.000 130.437 BO3- GRID 7350 7.S60 .90.000 130.437 804- GR1U 7351 5.370 9O.OOO 13O.437 8O5- GRID 735 Z 3.18O 90. OOO- 130.437 806- GRID 7353 9.750 60.000 130.437 807- GRID 7354 7.56O 60. OOO 130.437 808- GRID 7355 5.370 . 6O.OOO 130.437 809- GRID 7356 3.180 60.000 130.437 81 O- GRID 7357 9.750 30. OOO 130.437 81 1- GRID 7358 7.560 3O.OOO 130.437 812- GRID 7359 5.370 30.000 130.437 813- GRID 7360 3.180 30.00O 130.437 81 4- GRID 7361 9.750 0.0 130.437 815- GRID 7362 0.0 130.437 816- GRID 7363 5.370 0.0 13O.437 B17- GRID 7364 3. ISO 0.0 130.437 736 1. -.1O.OOO I3O.437 >366 7.H60 -30.000 1 JO. 43; B20- Cftltl 7367 ft. 370 -30.000 130.437 3.180 . -30.000 130.437 822- GR1U 7369 V.750 -60. OOO IJ0.437 823- GRIC> 7370 7.560 -60.000 130.437 t»24- GRID 7371 5.370 -60. OOO 130.437 82S-.GRID 7372 3.1 BO -6O.OOO 130.437 826- GRID 7373 9.750 -90.000 130.437 827- GRID 7374 -90. OOO 130.437 828- GRID 7375 5.370 -00.000 130.437 829- GRID 7376 3.180 -90.000 130.437 83O- GRID 7377 9.75O -120.000130. 437 831 -GRID 7378 7.560 -120.000130.437 832- GRID 7379 $.370 -120. 000130.437 833- GRID 7380 3.180 -120.000130.437 834- GRID 7381 9.750 -150.000130.437 835- GHIO 7382 7.560 -150.000130.437 836- GRID 7383 5.370 -150.000130.437 837- GRID 7384 3.180 -150.000130.437 838— GRID 7385 9.750 iao.000 14?. 713 839- GRID 7386 7.560 180.000 142.713 «4O- GWlLi V387 S.370 IBO.OOO 14?. 713 H4 1 - GR I D 7J88 3.180 1 HO. 000 142.713 842- GRID 7389 15O.OOO 142.713 843- GRID 7390 7.560 150. OOO 142.713 844- GRID 7391 5.370 15O.OOO 142.713 84!>- GRID 7392 3.IHO 150.000 142.713 »4h- GRID 7393 120. OOO 142.713 847- CM ID 73'J4 7.56O 12O.OOO 142.713 848- GRID 7395 ••.370 120. OOO 142.713 849- GRID 7396 3. 180 120. OOO 142.713 850- GRID 7397 9.750 90.000 142.713

'Al-24 PHASE I XPAKT I H SUM & PftOPELt-ANT AFT HAIF

s o n T .t o BULK D A 1 A C H II CARO COUNT . 1 . . 2 ..3 ..4 9* _5 .. 6 .. 7 *. 8''.. 9 « 851- GRID ., ,7398 •; .. • : 7.560 9O.OOO 142.713 852- GRID 7399 5.370 90.000 142.713 : 853- GRID 7400 1 9Q.QOO 142.713 854- GRID 74O1 9.750 6O.OOO 142.713 855- GRID 7402 7.560 6O.OOO 142.713 856- GRID 74O3 . 5.370 6O.OOO 142.713 857-,GRID 7404- -; .--. - . 3. 180 6O.OOO 142.713 858- GRID : 74.05" -- ' . 9.750 30.000 142.713 869- GRID 7406 7.560 3O.OOO 142.713 86O- GRID 7407 5.370 3O.OOO 142.713 861- GRID 74O8 3.180 30.000 142.713 862- GRID 7409 9.750 0.0 142.713 863- [GRID 7410 7.560 O.O 142.713 • 864- GRID 7411 5.370 0.0 142.713 865- GRID __7.*»2 1_ 3.180 0.0. 142.713 866- GRID 7413 9.750 -30. OOO 142.713 867- GRID 7414 7.560 -30. OOO 142.713 86U- GRIU 7415 5.370 -30.000 142.713 : 869-iGHID .;•• 7416 .;•'• 3.180 -30.000 142,713 7417 "•'.••' 9.750 -60.000 142.713 871- GRID 7418 7.560 -60. OOO 142,713 872- GRID 7419. 5.370 -6O.OOO 142.713 . ' 873- GRID 7420 3.180 -60.000 142.713 874- GRID 7421 9.750 -90.000 142.713 ; : 7422.:. '-' ''- 7.560 -9O.OOO 142.713 7423 ' 5.370 -9O. OOO 142.713 877-iGRlD 7424 3.180 —90,OOA_142.7J 3 '•'' 878- GRID 7425 9.750 -120.000142.713 879- GRID 7426 7.56O -120.OO0142.7I3 HBO- GRID 7427 5.370 -I2O.OOO142.713 • . 881-5GR1D .; 7428 3.180 -12O.OOOI42.713 882-fGRlO 7429 9.750 -ISO. 000142. 713 a$3-'GRl D 7430 -I5O.OOO14P.713 884- GRID 7431 5.370 -I50.OOO142.713 885- GRID 74 J? 3.1 HO -I50.0O0142.713 88<>- GR I O 7433 9.750 18O.OOO 154.990 :, ear-i GRID 7434'- . '-;. ' ' ; 7.560 180, OOO 154,990 . 888-! GRID 7435 5.370 180.000 154,990 ' B89-'GRIO 3.J8Q.. 1.80,000 154.990 890- GRID ^T437 9.750 150. OOO 154. 99O 891- GRID 7438 7.560 150.000 154.990 892- GRID 7439 5.370 150. OOO 154.990 893-jGRID 7440 . 3.18O 15O.OOO 154.990 894-^GRlO 9.750 120. OOO 154.990 895- GRID 7442 7.56O 120. OOO 154*990 896- GRIU 7443 5.370 120.000 154.990 . 7444 3. IHO 120. OOO 1.54. 99O 89O- OKI!) 744S 9.75O 90.000 154.990 899- GRID 7446 • 7.560 90.000 . 154.990 • • 90 O- GRID •744-7 ''..••' b.370 90.000 1%4.990 .

Al-25 PHASE i XPAPT i u SRM. fc MHUPEULANT AFl KMLK

S 0 H T t D BULK 1) A 1 A LCHII CARO COUNT . 1 .. 2 3 4 ._•_•. 5.. 6 .. 7 .. B .. 10 90 1 - GR 1 D 7448 3.180 90.000 154.990 902- GRID 7449 9.7SO 6O.OOO 154.990 903— GUI I) 7450 7.56O 60.0OO 154.990 9O4- GRID 7451 5.370 60.000 154.990 9O5- G«Ml> 7452 3. ISO 6O.OOO 154.990 9O6- GRID 7453 9.750 3O.OOO 154.990 9O7- GRID 7454 7.560 30.OOO 154.990 908- GRID 7455 5.37O 3O.OOO 154.990 9O9- GRtO 7456 3 . 1 8O 30.000 154.990 910- GRID 7457 9.750 O.O 154.490 91 1- GRID 7456 7.560 O.o 154.990 912- GRID 7459 5.37O O.O I54.990 913-'GRTU 7460 3.180 O.O 154.990 914- GH1D 7461 9.750 -30.000 154.990 915- GRIP, 7462 __._ 7.S6O -30.OOO 154.990 91 6- GRI L> 7463 5.370 -30.0OU l*>4.<»<>0 917- GRlt) /464 .1.1 80 -3O.OOO IS4.99O 918- GRID 7465 9.750 -bO.OOO 154.99O 919- GRIP 7466 7.560 -6O.OOO . 154.990 920-;. GRID 7467 5.370 -6O.OOO 154.990 921- GRID 7468 .. 3.180. -60.OOO 154.990 922- GRID 7469 9.7SO -90.OOO 154.990 923- GRID 7470 7.560 -90.00O 154.990 924- GRID 7471 _ . 5.370 -90.OOO 154.996 925- GRID 74 72 3.18O -9O.OOO 1S4.99O 926- GRID 7473 9.750 -120.000154.990 927- GRID 7474 7.560 -120. 000154. 99O 928- GRID 7475 5.37O -1?O. 000154. 990 929- GRI D 7476 3.180 -120.0O01S4.99O 930- GRID 7477 9.750 -lbO.OOO154.99O 931- GRID 74 78 7.560 -lbO.OO0154.990 . . 932- GRID 7479 5.370 -150.0OOI54.99O ' 933- GRID 7480 3.1 BO -I50.OOOI54.99O . 934- GRID 7481 «.».750 I8O.OOO 167.267 935- GRID 7482 7.56O ISO. 000 167.267 936- GRID 7483 -S.37O 18O.OOO 167.267 937- GRID 7484 3.180 18O.OOO 167.267 938- GRID 7485 9.750 150.000 167.267 939- GRID 7486 . 7.56O 150.0OO 167.267 940- GRID 7487 h.37O 15O.OOO 167.267 94 1 - GM 1 U 7488 3.180 15O.OOO 167.267 942- Gl*I D 7489 9.750 120. OOO 167.267 943- GRID 7490 7.560 120. OOO 167.267 94 4 - GR I D 7491 5.37O 120.000 167.267 045- GUI D _7492 3.180 12O.OOO 167.267 946- GHID 7493 9.750 9O.OOO 167.2t>7 94 7- GK I U 7494 7.&6O 90. OOO lt>7.267 948- GRID 7495 S.370 9O.OOO 167.267 949- GRID 7496 j.iao 90. OOO 167.267 950- GRID 7497 9.750 60.000 167.267

Al-26 S O R T • I! D ' HULK DATA e. c. CARD COUNT . 1 .. 2 .. 3 .. 4 •• 5 ,-.... 6 •• 7-.. . . 9 10 951- GRID 7498 7.560 60. OOO 167.267 952- GRIP 7499 5.370 60. OOO 167.267 953- GRID 7SOP 3.. I/JO 60. OOO _167..267 . 954- GRID 7501 9.75O 3O.OOO 167.267 955- GRID 7502 7.560 30.OOO 167.267 956- GRID 7503 5.370 30. OOO 167.267 9S7-6RID 7504 3.180 30.000 167.267 958- GRID 75OS 9.750 0.0 167.267 959-GRID 7506 7.560 O.O 167.267 960- GRID 7507 5.370 0.0 167.267 961- GRID ' 7508 3.180 O.O 167.267 962- GRID : 7509 9.750 -30.000 167.267 96 3-. GRID 7510 7.56O -30. OOO 167.267 964- GRID 7511 5.370 -30.000 167.267 965- GRID 7512 3jl8fi _-3.0.000_167.26.7 966- GR.I.D 7513 9.750 -60. OOO 167.267 967- GRID 7514 7.560 -60.000 167.267 968- GRID 7515 5.370 -60.000 167.267 969- GRID, "7516 / ••.-'. . ' 3.180 -60. OOO 167.267 970- GRID 7517 9.75O -90. OOO 167.267 971 -GRID 751 8 7.560 -90. OOO 167.267 972- GRIO 7519 5. 370 -90. OOO 167.267 973- GRID 7520 3.180 -90.000 167.267 974- GRID 7521 9.75O -12O.OO0167.267 975- GRID 7522 7. 560 -120.000167.267 976-. GRID 7523 5.370 -120.000167.267 977- GRID 7524 3.180 -1 2O. 000 1 67. 267 978- GRID 7525 9.750 -IbO. 000167. 267 979- GRID 7526 7.560 -1SO.OO0167.267 980- GRID 7527 5.37O -150.000167.2.67 981- GRID 7528 3. ISO -150.000167.267 982- GRID 7529 9.75O 180. OOO 179.543 9S3- GRID 7530 7.56O 180.000. 1.79.543 . 984- GRID 753 1 5.37O 180.000 179.543 9O5- GRID 7532 3.18O 180.000 179.543 986- GRID 7533 9.75O 150. OOO 179.543 987- GRID 7534 7.S6O 150. OOO 179.543 988- GRID 7535 5.37O 150. OOO 179.543 9B9-- GRID __ 7536 3.180 150.000 179.543 99O- CHID 7537 9.750 12O.OOO 179.543 991- GRID 7538 7.56O 120.000 179.543 992- GRID 7539 S.370 120. OOO 179.543 993- CRT D 754O . 3. ISO 12O.OOO 179.543 . 994- GRID 7541 9.750 90. OOO 179.543 99b- GRID 7542 7.56J>__ _90.OOO ^179.543 99<>- GHID 7543 5.370 90. OOO 179.543 997- CHID 7544 3.I8O 90.000 179.543 V98- CiRlO 7545 9.75O 6O.OOO 179.543 999- GRID 7S46 7.560 60.000 179.543 1000- GRID 7547 5.370 60.000 179.543

Al-27 PHASE: 1 XPAWT t a i»RM fc PROPELLANT AFT HALF

1 •

SORTS D U U L K DATA L C H !> CARD COUNT . 1 2 .. 3 .. 4 .. 5 .. 6 .. 7 .. 8 .. 9 10 1001- GRID 7548 3.18O 60.000 179.543 1002- GRID 7549 9.750 30.00O 179.543 1003- GRID 755 O 7.560 30.OOO 179.543 1004- GRID 7551 5.370 30.OOO 179. 543 10O5- GRID 7552 3.18O 3O.OOO 179.543 10O6- GRID 7553 9.75O 0.0 179.543 1007- GRID 7554 7.560 O.O • 179.543 10O8- GRID 7555 S.37Q OiO 179.543 1009- GRID 7556 3.180 O.O • 179.543 . 1010- GRID 75S7 9.750 -30.OOO 179.543 101 1- GRID 7556 7.560 -3O.OOO 179.543 1012- GRID 7559 5.37O -30.OOO 179.543 1013--GR1D 756O 3.180 -30.000 179.543 1014- 'GRID 7561 9.750 -6O.OOO 179.543 IOI5- GRID 756? jr. 560 -60.00O 179.543 1OI6- GH1O 7563 5.370 -6O.OOO 1 79.54;i 1017- OHIO 7564 3.180 -6O.OOO 179. 54J 1018- GRID 756S 9.750 -9O.OOO 179. S4J J019-; GRID 7S66 7.S60 -90.OOO 179.543 1020- GRID .7867 5.370 -90.000 179.543 1021- GRID 7568 3.160 , -90.000 179.543 . 1022- GRID 7569 9.750 -1?0. 000179. 543 1023- GRID 7570 7.560 -120.00017'»,543 1O24- GRID 7i>7 1 5.370 -12O.O001 79.543 1O2S- GRID 7572 3. ISO -120.000179. 543 1026- GRID 7573 9.750 -150.000179.543 . 1O27- GRID 7574 7.560 -15O.OOO179.543 1028- GRID 7575 5.370 -150.00017S».543 1029- GWID 7576 3.180 -ISO. 0001 79. 54J 1O30- GRID 7577 9.750 1BO.OOO 19I.62O 1031- GRID 7S78 7.560 180.000 191.820 ; 1032- GRID 7579 S.370 180.000 191.820 1033- GRID 7580 3. ISO 180.000 191.820 1OJ4- GRID 7;>81 9.75O 150. OOO 191. 82O 1035- GRID 7582 7.560 150.000 191.020 1O36- GRID 7583 5.370 150.000 191.820 1O37- GRID 7584 3.18O 150.000 191.820 1O38- GRID 7585 9.75O 12O.OOO 191.820 _I°3SLT_GjBiJD___ . 7586 r.._56JO_. 12q._OQO__19 1.820 104O- GRID 7t>87 S.370 120.000 191.820 1041- GH10 7SB8 3 . 1 HO 12O.OOO 191. 820 1042- GRID 7589 9.750 90.OOO 191.820 1043- GRID 7590 7.560 90.000 191.820 1044- GRID 7591 5.37O 9O.OOO 191.820 1045- GRID 7592 3.180 90.000 191.820 1046- GRID 7593 9 . 7bO 60.000 191.820 1047- GRID 7t>94 7.560 60.000 191.820 1040- GRID 7595 5.370 60.OOO 191.820 10*9- GRID : 7596 3.JBO 6O.OOO 191.82O 1050- GRID 7597 '. ..- • 9.750 3O.OOO 191.820 ! .

Al-28 PHASt 1 XPART I n fc PROPELLANi: AFT HALF . . . . ' *-.' •'.

SORTC'D BULK DATA ECHO CARD COUNT . 1 • • ••?_'•• 3 • • .„ 4 •• 5 •». .6 »• 10 1051-GRID 7S98 7.560 30.000 191. 82O 1 052- GRID 7S99 5.37O 30.00O 191.820 I 053- GR 10 7600 3. ISO 30.QOO 191. 82O 1054- GHID 7601 9.7SO 0.0 191. 82O 1 OSS- GDI D 7602 7.56O O.O 191. 82O 1 056 -; GHID 7603 5.370 0.0 19J.820 1067-;GRID 76O4 3.180 O.O 191.820 IOS6-GR1O T6OS 9.TSO -30.00O 191. 82O _tesjtr£R,!.i> - _ 7_6_0.6. ,_. 7.560 -30.000 191*820 1 06O- GRID 76O7 5.370. -30.000 I91.8?0 1061- GRID 76O8 3.180 -3O.OOO I91.82O 1062- GRID 76O9 9.7SO -6O.OOO 191. 82O

1063- GRID 7610 : 7.560 -60.00O 191. 82O I 064 -'GRID 7611 5.370 -60.000 191.820 1O65-GRID 7612 3.180 -60.OOO 191.820 1066- GRID 7613 9. 750 -9O.OOO 191 .S2O I 067- GRID 7614 7.560 -90.000 191. 82O 1068-GPID 7615 &.37O -90.000 191.820 1069-!GRID 7616 3.18Q -90.000 191.820 107O-GR1D 7617 9. 750 -120.000191.820 1O71-GHID 7618 . 7_.56_0 -120.000191.820 1O72-GRIO 7619 5.37O -I2Q.OO0191.820 1073- GRID 7620 3.180 -120.000191.820 1074 -GRID 7621 9.750 -IbO. 000191. 820 1075- GRID 7622 7.560 -150. 000191 .820 1076- GRID 7623 £>. 370 -150.000IW1 .820 -I.OTJ-GHID, 762* 3.1ttO -ISO.OOO».V1.H?0 lo/H- <,wif> fMOt •<.7t> ieo*o m». .;». (I I079-GKIU /HOZ **.7!> IbO.O IVb.^t. 0 IQMQ- bRIL> , _/»p JJ \_ 9.43.65.7.. .131*383 .1J96. 2t> 0 1081 -GHID 7804 9.75 12O.O 196.2?> O 1082- OHIO 7805 9.75 90.0 196. 25 O _LO&3:;_GR1D___ . 7806 9«43A57 7I.3H3 19b.2b O. 1084- GHID 7ftfl7 O.T5 6O.O 196. 2i> 0 lOeb-GRlO 7808 9.7f> 3O.O 196.?b 0 1O86-GMIL) 7809 9.75 O.O ' IO6.2S 0 1087- OHIO 7810 9.75 -30. 0 196. 2r> 0 1O88-GRID 7811 9.43657 -48.617 196.25 0 1089- GRID 7812 9.75 -6O.O 196.25 0 109O- GRID 7813 9.75 -90. O 196.25 0 1091-GRID 7814 9.43657 -1O8.617I96. 25 0 1092- GRID 7815 9.75 -120.0 196. 2S 0 1093-GfUO 7816 9.75 -150. O 196. 25 0 1094- GRID 7817 11.125 18O.O 201.6725 0 1O95-GRID 7818 11.125 150.0 2O1.6725 0 1096- GRID 7»19 10.76737131.383 201.6725 0 1097- GRID 7820 11.125 120.0 201.672'j 0 109H- GPIO 7821 11.12.5 9O.O 2O1.672S 0 1099- GRID 7822 10.7673771.383 201.6725 0 HOC-GRID 7823 11.125 6O.O 201.6T25 0

Al-29 PHASE 1 XPART 1 a SRM t PROPELLANT AFT

SORTtD HULK DAT ECHO CARD COUNT . 1 2 • » 3 ••••4 •• 5 •• 6 . . 10 . 1101- GRID 7-024 11.125 30.0 201.6725 0 . 1102- GRID 7825 11.125 O.O 201.6725 0 1103— GRID 7826 11.125 -30. O 201.6725 0 1 10*- GRID 7827 1O. 76737-48. 617 201.6725 0 1 105- GRID 7828 11.125 -60.0 ?01.6725 0 » 106- GRID 7829 11.12S -9O.O 201.6725 .0 1 1O7- GRID 7830 1O. 76737-108.617201. 6725 0 1106- GRID 7B31 11.125 -120. O 201.6725 0 1 109- GRID 7832 11.125 -IbO.O 201.6725 p 1 HO- GRID 7833 12^5 180.0 2P7.09S O 1111- GRID 7B34 12.5 1SO.O 207.095 O 1 112- GRID 7835 12.09817131.383 207.095 p 1113- GRID 7«36 12.5 120.0 . 207. O95 0 1114- GRID 7837 . 12.5 9O.O 207.095 0 1115- GRID ... 78 3.8 . .!... ..l?ji.098.t. 77.1* 393 207.095 .0 1116- GRID 7839 12.5 6O.O 2O7.O95 0 1117- GR I 0 7840 12.5 30.0 207.095 0 1118- GRID 704-1' 12.5 O.O 207. O95 0 . 1119- GRID 7842 12.5 -30.0 207. O95 O 1120- GRID 7843 i 12.09817-48.617 207.095 .0 1121- GRID 7844 12.5 -6O.O 207.095 0 1 122- GRID 7845 . 12.5 -90.0 207.095 O 1 123- GRID 7846 12.09817-108.617207.095 O 1124- GRID 7847 12.5 -120.0 207.095 „ 0 1125- GRID 7848 12.5 -150. O 207.095 O 1126- GRID 7849 13.875 180.0 212.5175 0 1 127- GRID 7850 . .._^JJUfiZ&.;-l5.0..0. ...Z12.5I75 0 1 12B- GRIO 7851 13.42897131.383 212.5175 0 1129- GRID 7852 13.875 120.0 212.5175 0 1130- GRID 7853 13.875 90.0 212.5175 0 1 131-' GRID 7854 13.4289771 .383 212.5175 0 1132- GRID 7855 13.875 60.0 212.5175 O 1 133- GRID, J7856 ... 13.JBl5i_-:30,0 2_12.5175 0 1 134- GRID 7857 13.875 0.0 212.5175 0 1135- GRID 78S8 13.875 -3O.O 212.5175 0 1 136- GRID 7859 13.42897-48.617 212.5175 O

1137- :GRIO 7860 13.875 -6O.O 212.5176 O 1138- GRID 786 1 I3.B75 -9O.O 212.5175 p _1 1 39-jGRJI) .•L -7862 13.4.2897-108.617.212.5175 0 1 f«0- GrtIO 786 3 13.875 -I2O.O 212.5175 0 1141- GRID 7864 I.I.H75 -150.0 2l?.S17S O 1 1 4 2 - GH 1 1> /865 IS. 25 180.0 217.94 0 1143- GRID 7866 15.25 150.0 217.94 0 i 144- GRID 7867 14.75977131.383217.94 0 1146- GRID 7868 15.25 _J_I20.0 217.94 . 0 1 146- GRID 7869 15.25 90.0 217.94 O 1147- GUID 7870 14.7597771.383 217.94 0 1 I4B- GRID 7871 15.25 6O.O 217.94 O 1 149- GRID 7872 15.25 3O.O 217.94 O 1150- GRID . 7873 15.25 O.O 217.94 0

Al-30 PHASE I XpART 1 n SRM e. PHOPEULANT: AFT HALF ,...,.;,. ,,/..v,^V:.

s'o w r E D H U U K O A 1 A ECHO CARD COUNT . 1 .. 2 ... 3 ..4 .. 5 •'••... 6 .4 7 10. 1151- GRID 7074 15.25 -30.0 217.94 O 1152- GRID 7875 14.75977-48.617 217.94 0 1153- GRID 7876 . ISjc2S -6O,0 217.94 0 1 154- GRID 7877 15.25 -9O.O 217.94 0 1155- GWID 7878 14.75977-108.617217.94 0 1 156- GRID 7879 15.25 -120.0 217.94 0 1157- GRID 788O 15.25 -150.0 217.94 O iisB-ieRib 8352 101 196.25 13.872589.75 101 456 1159- GRID 8355 1O1 196.25J __l 3.. 67258 -9^75 101 456 1160- MAT 1 loo 1.05&7 .3 .1 1 161- MAI 1 1000 25.0&3 .49 .O615 .52 1162- PAR AM GRDPNT O il63-:PAHAM TPCOPY . 1 1164-PARAH TPNAHE 5RMP1A . 1165-PARAM WTMASS .002588 1 166- PUAH 101 100 .80 .054 1167- PBAR 102 1OO .948 .130 1 168- P8AP 103 tOO .210 .077 1169-'I»BAR 104 . 100 ' .356 .060 . 1170-POUAD2 100 100 • 18TS 1171- PQUAD2 200 1 OO 117?- POUAD2 .300 1 00 .062* 1 173- SPCl 456 7290 7291 7?92 7.S94 7295 7296 1174- SPCl 456 7298 7299 7300 7302 T JO 3 7304 '. ••'"••'.'. 456 7306 . 7307 73OB 7310 731 I 7312 •• ' "• ..• 4S6 7314 7315 7316 7318 7319 7320 1177- SPCl _ .7322 7323 __ 7326 7327 7328 1 1 78- SPCl 456 73 3O 7331 7332 7334 7335 7336 1179- SPCl 456 7338 7339 7340 7342 7343 7344 1180- SPCl 456 7346 7347 7348 7350 7351 7352., • ••••. : 456 '. 7354 7355 7356 7358 7359 7360 iiasj- SPCI .••:/••:• J 456 7362 7363 7364 7366 7367 7368 1183- SPCl ; .' ,•- 456 7370 7371 7374 . 7375 7376 1184- SPCl 456 7378 7379 7380 7382 7383 73B4 1 1 65- SPC 1 456 7386 7387 7388 7390 7391 7392 1 186- SPCl ,456 7394 7395 7396 7398 7399 . .7400. 1^87- SPCl .••• -•••'. ,.456 ' 7402 .7403 7404 7406 7407 7408 .JI88- SPCl -','.' - "456 ' 74 1O 7411 7412 7414 7415 7416 1 189- SPCl 456 7* IB —14|9 ._ JL420 7422 7423 7424 1190- SPCl 456 7426 7427 7428 7430 7431 7432 1 Ivl- SPCl 456 7434 7435 7436 7.»30 7439 7440 1 192- SMC1 456 7442 7443 7444 74 4 b .7447 7448 1193- SPCl .'. '•. '.'.' ',456 . 74SO ,7451 .7452 7454 745S. 7456 1194- SPCl . "'"'' ':' : 456 7458 7459 7460 746? 7463 7464 } } 95- SPCl • '-. ' . -456 7466 7467 74 7O 74/1 747? I \- «iH.CI 4H6 /A/r. 1 4 / it f 4 f«« MHO MIV. MM f MUM '.1'iSr. .H'i* ' J 4t,0 • ..?*yi. MV4 74"'.. /««.»<> 7502 - 7*0 3 7504 li>00- SPCl 1 .' 7507 ' •7S t O 7S1?.

Al-31 PHASE: i XPARI i n SUM & I>MOP1£LLANT AF f HALF

s 0 H T F 0 H U L K r> ECHO CAKO COUNT 1 . 2 .. 3 .. 4 5 10 1201- SPC1 456 7514 7515 7516 7518 7519 7520 12O2- SPC1 456 7522 7523 7524 7526 7527 7528 12O3- SPC1 456 7530 7531 7532 7534 7535 7536 1204- SPC1 456 7538 753-> 7540 7642 7543 7544 120fi- SPC1 4S6 7546 7«>47 7548 7t>5O 7b51 7S52 1206- SPC1 456 7554 7S55 7556 7558 7559 7560 1207-j SPC1 456 7562 7563 7564 7566 7567 7568 1208- SPC1 456 7570 7571 7572 7574 7575 7576 1209- SPC1 - '__• .«56 7578 757«» 75BO 758? 7583 .7584 121O- SPC1 456 7586 7587 7588 7590 7591 7592 121 1- SPC1 456 7594 7595 7596 7598 7599 . 76OO 1212- SPC1 456 76O2 7603 7604 76 O6 76Q7 76O8 1213-? SPC1 456 7610 7611 7612 7614 7615 7616 1214- SPC1 456 7618 7619 7620 7622 7623 7624 1215- SUPORT •raoi 2 7313 23 8352 123 ... 8355 .. 123. ENDOATA

Al-32 .. • . ! SOLID ROCKET BOOSTER FORWARD HALF NASTRAN DATA Z703213

m. ^ i a «' u • • .if v p f ii T i u i. —_ C O N T ». U-L- H_E. C K. L C H tl

ID PHASE1 SHMR1f VFQ TIME . 60 APP DISP !if 1L 7.Q O1A6 2.7.B.13.10,1^.21.22 ALTER 2»2* PAKAMhlhR DtFAULTS PARAM XXC.W.fcl'llPXU.V .MUSLIM*O fAKAM //C.N.NIIP/'V.Y , rPCL)PV«-l C AH AM / /C . N .MOP/ « *V . SUttl.K » -1 PARAM XXC .N.NUPXV.V. SUtiK4«-l PARAM //C.N.NOP/V.Y.SUBB*-! PAHAM Al TEft CHKPNT EST.Gtl ,»:CH1 .OPC1 PARAM

PUBGE CHKPNT CLOMP CUNU CUNO L25B.CUUMLL. LABEL L.2SA _ '•

OGPST ABEL ALTtR 3O.3J CHKPNT KOGX .K.t;PS LABEL AuTER 34. 3b PAHAM , //C. PARAM /XC .N .ANU/V .M .NUKK4XV . r . bUUGt^XV . PAHAM //C.!«.AN[J/V.I. t NUK1XW • M. CUNO LJ4A.NUM(>G JUMP i-J4h ___ LABEL L34A CUNO

PUHGt UNN.MHF ,MAA,HCC,y/NU!U. PUHGL NlGoy .K.4NN.A4I-K .

ALTER 37.37 CONO LI3L1.NUMOG

PUHGk l.Mt.1 .K» ,»| , M.,oi .Mu^l ,K».GS.»;iiG . I'UKGl K.'IL.tS.H « '..OJ .K«tl/1 »ul K I .K'( 1 1 «K4 1/tUUPLt.

CONO LPC'>,OJult-h i ^KlI'.MUl A CuurLINC. RUM INPUTTI /.,../C.tM.-3/<;.N.yXV.V.TMNAMEv •». LISl TAI>1. CM^fc WIK'b

A2-1 _A_S__1_R_A_H t-.X-.L. C. U .1 .1 V. t: C G .4 I K l< l_ U t- C is. L C H U

PA RAM XXC.N.NI.IPXV.N.PASS*! * 1N1IIAL LUUP PASS l»«.i

JUMP L.OGPC

PANAM . XXC.N.SUMXV.K.PA:.Sl/V.»4.PAS£>XC.NV,e INPUtTl XCPGl.KI.Ml..XC.U.OXC.H.V * t-flMf* t Pf 1 ^PA.S^I ..___„____ ... . _ JUMP LPCJ LABLL L.PC I

MFKC.t . .. .K.1 .t-K!i^L.yK.tJiJL,/.CJJ^.-Zll/t. .)'. .y/JL..Jt .£.. J MCN&E:. . . .Ml ,CF'(,1 .XMGCSXC.N.-1XC .N.2XC.M.6 COND LPC2.NUKK4

l_ AUtL L.FC 2 CUNL)

CABtL LPC3 CUND LPC4.PASSJ

MCKfaL . . . tl41 .(.PCI «/MV>(, IXCiN.-l XI-.S i ADD KOOS .Ks«(>l XKl.l 1. JLUUJ..»< l&lil.>.IU>(il*/lMUI , ADD MGGS..MGOIXMU1 S> EOU1V MGT.MGGSXTKUIr J-AbLL— CCIND LPC7.NU.->'N . PAKAHR //C.N.tUXC.t^, 0.0/C,r4.O.O/V.N.I, lW/V,N,UUlt./V ,ts . I «.<.!/ V ,N , INC2X V.N.NOGI •* _riURCE__j[iJKi/rNtJtii :._ 1 i_. . ... COND LPCb.NUi. I . ' PAKAMU _ADD LABtL LPC5 CUND _HAHAML_ HAKAMU X/C.N.tO/C.fJ.O.O/C.N ti).0/y.i«.K.4rtXV.N.Oi/H-/V,IJ. 1-vCIXV.N, 11*1 V/ V.N.NUK4 12. __PURGE CUND INPUT II XK41 ••• «XC .N'. 0/C •!<••>

ADD GIKI ,K41/<41 I

AOD tOUIV LABEL i_PC7 CQNb

A2-2 T ti A n . -C--U. K _1 K U L. U t. t. K. t C H I)

PARAML. BFACXXC.N.L.MIXC.N. iX V .M.PA&SX V.N.fj I.P s _BA8AMK_ _XXC. N iEU/C«hl .QjOXJL.M.O.U/.V .N. Ul .H/.V .Uj.UUTC/V .N. I NCIXV..M .

CUNl> L.PCU.NUI1I INPU111_ /fat . . ,,,/C. > ___ MEHGt. . . .HI ,CPOI ADD JJ6T LADtL LPCB t'AMAM XXC tK.AOOXV .N .l>A'.%bX V . N .1- AbbXC ,N , I PARA* _ XXC. N.SUtlXV.N.SKlM;.>X».Y.NUy.UHXS».K. PASS CUNO LPC« . UK i r>2 WtPI LOOPC.20 . . • LABEL LPC«J ______... CHKPNT ADD KGGX»K.GGi.XKt>GY t CHKPNT KGGY ; ADO . MGG.MGGb/MGGY 3, CHKPNT MGGY

ADD CHKPN1 K.4GUY LAL3LL. LPCM • CUND LPC12.NOMG ADD CHKPNT RGGY CABEI. LPC12 1:OUIV K.GGY ,

SMA3 Gfcl .KGGYXKGGXV.N.Ll>t.tTXV,IM,MUGENLXV.K.r!iiS|M#l ». ALTEH b» ,53 . PURGE GMXMPCHXGIJXUMnXKraXi>iNGLt. ______.______.'; ______K.OUI V K.GG«*t4NXM>'C»: 1 XMGGY.Mf'INX^f'l.f I /'JGGY.^-i'U JXMS»C' 1 XK «GC. Y • K4 IIN/M'CT 1 CMKPNT GM.fcG.GU ,Kh V.U.SLT .1 1'JN ,M« •!•. «J4N . it. A ,ii . COND l_53A.NOiMGG ______.______[ ______- ____ ADD MGG.XWGGXC.V. At-PHA/CX JUft>.A .O.OLI » MATbPN GPt-.USt I .SlL.WGGxXC .N.t, . Lt»3A _ ' CONU C6jB.COUfL.fc . JUMP LbL4 LABEL 1.5JB _' _. ALTtR 63.63 . MCE2 USC1.CM.KGG.MbGY.bGGV.K4(»GYXKMN.MMN.BNN.K4MN ALTEH 74.74 CUND L87.UMII ALTfB 77,77 ALTtH HO. til COND ALTER -CUMP. . 187 tN

A2-3 ..S_J_H_A_fi . C- U .14. T I? U . L U L L" I. rl U

AL1LR 87

I'MbF .(->'<. Mil ... _ T l-UKl,t LX.k.XT.f-UMI , t.UNI .1-1..0 I .L YXWI At'. I Hilrtiit-__ _Kt-L.KLM.KU H .LLL.UL.J..OM.X ttuKI .Di41 .GOT .GMlXkLACI____ _, . ._ . CUMD LCP6.MEACI t- K-SL T XIIST. _RHMO2 __ KL L XI I I .lit L ______; ______.______. _ ... _.. . ______UBM03 ULL .ULL .K.L.t* .KRR/HM CMKLPUI KLL .KLH.KWH ,liM •

MA1C.PK bPL.USE I .^IL.tUH I//C. .N.H MPYAD KLR.OM.Kr«R/X>C,N. I •» MATGPM MPY*U LOlV.X ,XLX/t ,U,0 i. TkNiSP t.X/I.Xl

PURGE. CPFUA/tJ^^I1/CI-1NSF/;,l^.GL^.'C.I:^>MI'^/!•t^•C^ ] PURGt . LiiU/OMi T/tUM/HPCKI

VLC •4.H/C.U.L -> IHNSP UMXUMJ MPYAL> CUH.UHT . :.ix.c'/c.u.i/c.u.u LOW, . LlJL. . t XHyAXC.N.IXC.) EUU1V |-.UA.EOr/tJH» 1 ctiNu __ UCPI tUMn_..______. _ : __ : VtC 'UbL IXCf'I'UA/e.N .K/C.N.U/C.t«.A •* GU/OU I L.OA.OU1 ./ £ OU. UA./l:U( /C I/C.

LAbtL LCH1 .fcaui_y. CUNU WkC Ubt.l/CMfiiF/t . N,!-(XC . « , S/C. . N .1- :i

LABEL LCP2 TkNSP EON/EON7 _HA_UUeK_ LUU1 V CONU

&MXGMT MPYAO t(iH.GMT./f OMXC .U.OXC .N. l/t.N.O

MA1GPM W^L.USL I .fit. .tUMIXXC ,H . i-ABLL t-CPJ ... .

CMKMNT JKNSH . .

A2-4 B A * ' t= * t '' " T I u > ^C_a N. f-R O L D t C-K- d C H u

ADO ttiGT,/fcoGTC/C.YtALHlA»X3B > A.SSUME CUNtfl-KSIIlM lIK MAf.}.. tU L.eit. H 386.4 ;. _ .. . PUHOt MUG&/N(j|-4v>C/MUCC>V/C.UUPLf.l CONU UCP4.NOMGG SMPVAU K^<; .Ml,t. .H^tMC. . . XMlU.t.Xl .M . .1/c, . N . I Xf .U'.n t, - LABEL;- -: LCP.V • ' '• • .. .' '..;- •. : • ' •. ' .• . CONO : LCP5.COUMLE'''-. SHIPVAD FQG.MGGV .trlOt.Tc:.. . X'MOCC.Y XT .X . .-IXf . N. l/r.M.O t, LABEL LCP5 . . MATPKN MOGO.MUOOV.,.// t CONtl LCPfl.TPCUPr . ' StEHAI SEEWAT OUTPUTi fin.<;(itKH!;.KAA-^^tlf;^.-iyr -M- OUTPUT 1 MAA.t..//. a. CUNO CCP7.NUK4 ••' K4AA.. ' UUTPilTl K4AA,,../*/ * LABEL.'' LCPT ..' .- .' •-. COMQ LCPB.NUBG ittMAI UAA, ,..//C OUTPUT 1 BAA....// LABEL LCP8 _ .-ALTER 8V. 162 ' ' ALTER- 16* • 167

Cbl*O

A2-5 ___ _lt!!_A. ,S_:L_S t; _C_Ujr_J V.C ___ C P. » 1 It U L !) C C E £ II u

ECHO OF FIRST CAKP IN CHECKPOINT DICT1 QUAKY TO BC PUNCHED OUT..f f?" .7111§..|J_P?BUf-'*

RtSTART PHASE1 .^KMKIF . 8/ 2/7.J. 17719.

A2-6 SRN t PROPtLLAN! ^MD HALF

L A I ( II I'l t. (. I 1. H U

(-OUN1 I II TLc « PHASt 1 XI'A«I | n 2 _!._ _M.!!3:U ILti ff SRM I PHOPLLLANT. rftl, 3 MAXLINr.S » OOOIH.' a MPC /» s 5 St-'C * 1 . . b flCuIN tiULK

(L«, L> » I « Ulll '.,u'. | ! AlLL. Kt -IIIUH-. I, III *. K . ***

A2-7 SRM & PMOpfcLLANT F WO HALF

1. UrfllL) rlUl_K L. AIM t t 1. II '

COUNT . 1 i 1- AStT O9O7 23 123 3- A£,t 11 7001 7004 /OI3 7016 /O2'j . /.Oi.'o V; J A 4- ASt II 7040 7O97 7IOO 71oy M12 7121 7124 1^3 &- ASH 1 1 7133 713fe 719.-4 /1'ifc 72 Oi. 72 OH 7? 1 / 6- ASET1 123 722O 7229 7232 7- ASEI 1 123 7290 THKU 7292 8- ASl^ri 123 720* THRU 72<*t> 9- AS£1 1 123 7298 THRU 730O 10- Ai>t 1 1 7o02 THf*O 73O4 • 1 1 - Asi£l 1 7306 IHRU 7300 12- ASET1 123 7310 THRU 7312 13- AShT 1 123 7314 THHu 7316 14- ASEjTl J2J 7318 THHU 73?0 IHItU 7.J.!4 16- AShT 1 1-V 7^26 IHKU /j..'ft 1 7- A?,L I t IHKU /JJ 123 8134 20-A-1KT1 •fa 728>» 7293 72«*7 7.4O1 /3qh . /j'o-j /J13 . 21- «SI:. 1 J .(- 731V /JJJ 22-U)AM 4201 106 6'J37 t>'*-Jo 1 . 0 .0 .i/ i r.t .'>"oi

• 24- CHAW 4202 100 .0 . .(> 1 tt.'.iPOS -0 ,S»6 f»- r.i H.>ij« -o.'ib . . 3O-CBAK 42O5 1O6 »>941 «>y»«l. 1.0 .0 .0 -i r.c'-^os 31-»,Ctl2O'j -0.96 -O.96 3.1- CHAfc 1O6 6942 fa94J l.O -0.96 -O . V6 34-CH«H°° 4,07 106 6«J43 6v44 1 .O -O.«Jt 36- CcJAR 4208 1O6 <>')44 6 1.0 .0 .0 i tr'ii-oi' -O.-Jfo -O.'ib -_ A9_4_£ — £/_946 L. a .. .0 ... .0 . .1^ . tC'Jc'iCJ — O.xfc tf. 1 U KM. •|'<«(J (>'>•» / 1 . ./ ." .

6948. t)'jj_7. . ... 1.0

4 1— <.<_•!;. i ;' -O.V6 . - 0 . '-/»! <4.'l J 1 O 7 ii'101 OV02 1 ,O .0 .(i i r,«.'<^i3

*t»- L:.*Ar< «. i' j " 107 t*»!2 6VO3 1 .0 .0 .1) I .<,<. -f-l 4 4-

A2-8 1 maul C PROPELLANT FWO HAUF

•S O K T t. D !i U I. K l> A 1 A L C H II

CGUNf • 1 »• 2 • • 3 .. 4 . b . • O .. « 10 . ;,!- &C8215 -0.96 . ^_ rn&« 4? 1 K 10T fiOUli t> l.U . 0 1 L.CO21O b4- CfJAW 4i'l 7 107 6;«;" 0906 1 .U .0 .01 (.c;i?i7 SS,- £ CMP 17 5t,- CBAK 4218 107 6906 1.0 .0 .01 6CS218 -O.96 . -0.96 •ll'Ki 107 fi.ao_a. i .u .-0 . • . . .O | ttHPl'i -O. W6 t>()-- CiHAH 10/ 6:,o,r 1 .0 .U .0 , CCH«0 -0.96 £ 6i>- CUAI5 4221 107 6909 6910 1.0 .0 .O 1 fcC J221

fa3- tCBZZl -O.96 ' -0.96 (,4- (IclAtt 107 6910 .oyj-L. i .0 .0 -0.96

6C,- OAK «P3. 1O7 691 1 6-ii 2 1 .0 .0 .() 1 tsC.IZ'r'J . -.O...V.6... 68' CBAH 4£24 107 6912 69O 1 1 .0 .0 .6 . 1 tCt>??4 69- &CBZ24 -0.96 -0.96 70- tBAW »OB JL.O . .0 ..0- J tC^.72b_. 71- tCUi;2:-j 0.41 O.'t 1 : -/2- CHAR *«0 10» ,•»» 1 .0 . O 1 t* '- -i?'?6 '

74^ CHAR 4227 1O8 7009 7013 1 .0 ..O .0 1 E.C9227 O.41 0.41 76- CBAH 4228 ioa 7013 7017 1 .0 .0 77— CCB22H 0.41 O.4I 1O6 7O17 70?1 • 1.0 .O ; .O 1 S.CB229 O.41 0.41 8O' CBAH 4230 1O8 70 2» 7025 1.0 .O .0 1 . tC0230 0.41 0.41 a2- CHAM 4231 ioe 7O2S 7029 _J.O .0 .0 » .6-CS23.1 .._.. O.4I 64- CHAH 1OH 70?9 •/OJ3 1.0 .0 .O 1 UCW2J2 O.41 0.41 86-- CBAH IO8 : 7OJ3 /'O37 1.0 .O .0 1 ,f.CH233 0.41 0.41 ' JB-- CLIAtt 4234 108 7037 7041 1 .0 .0 .O 1 6CH234 0.41 0.4 1

• 1 . .) .O .0 ., f ,CH,30 0.41 . 92-- C3AK 4236 1O8 700 1 1.0 .0 '— I.07S -1 .O7'j 109 6907 . 6919 •Q...... 0 1 f,C4?37 - 1 . O V b 1 1>V 69 1,9 6V Jl • i . o .0 .0 1 f.L'j.'.'3r -1 .O7'j -i .o?.i?. 98-: CHAK 4239 IO9 6931 6943 1 .0 .0 .0 1 tCB?3V

10^1 1000 7002 70SO 7006 7UCJI 7O4V &HX10OI

A2-9 SRN & PRUPELLANI (-'WL> HALF . .

s n H l tO :3 U U K n f AWU _ COUMT . 1 . . 2 .. 3 .. 4 S .. 6 7 .. 3 . . V .. 1O . 1OI- trHXIOOl /•Ot.3 7OOS 1OOP IOOO 7OO3 7i«!l 1 70' S /6o7 7OO? 7Ot>li IG3-iHX1002 7054 7006 1O4- CHhXAl 1003 IOOO 7O04 7Oi>2 700M 7uOj 7OS1 tux i oo;> 10^— J.HX1 iJO3 ?0?>6 7007 106-CHtXAI IOO4 IOOO 7O06 70!i4 /•oio tMXI O04 10.7-CHX 1O04 7057 7OO9 • OH- rui-XAl 1 DOS ' 1000 7007 ,„.,. . 70 1 1 700t, 70^.4. .LHXlOOb 10y- tHXl OOi 7Oi8 7O1 0 110-CMLXA1 1OO6 1000 TOOK 7O1.6 /oi ? 7UO / /OSb t:ix lo I- 1. 111- LHXIOOb 7Oh'» 7011 112-CHtXAl 1007 IOOO 7010 ,7oaa 7062 . 7014 70OV 70t/7 tHX10O7 : 113-&HXIO07 7061 7013 114— CHhXAl looa looo 7011 7O1S 7OKV VOf.0 £LlXiaOii 1 1 !»- tMX 1 'JOB 706? 7014 116- CHfcXAl 10U-* 1OOU 7017062O 7064 7Olb 7O1I 7()S«I tMXlOO'.' 117- 1.11X1 OO9 7O63 7O1J> 118-CHtXAl 1O10 1 OOO 7.O14 7062 7066 7oia 7O13 7O6I tuxioio ' 11 V- tHX 101 O 7065 7017 1011 1000 7O1S7O63 - /Oh7 70 1«* 701^1 70h? _tllX1.0.Ll 121- tHXlOl 1 7066 7O18 122- Ctie.XAl 1 1) ».? 1 OOO 70 1 b 70«v4 70«..H 7Ol!i 7O6J LHXIOI ? /tiA7 7O1«I 124-OltXAl 1013 . 1000 7016 • 7066 70 7O . 7022 7017 . 70b'> (.HX1013 I2S-&HX1013 7O6<> 7021 ini/k 1000 7010 7O 7 1 7O ^ A 711 IH 7Of\f\ . tux lull li!7- CHX1O14 7O70 70i'.2 12t>- CHEXA1 lOlb IOOO 7020 , 706H . 7O72 702, 7O1'< 70(.>7 (.MX 1 111 ti 7O71 7O?:i 130-CHEXA1 1016 IOOO 7O22 7070 7074 702l> 70? 1 706') t.MX 1016 13i- tHXJtUC 7073 702:> 132— Cm- XAI 1017 i ooo -ray A - 7O71 . •fa'/*. 7027 .. 7-OZi:- . 70./0, .. UHX1U1V ,. 133- I;HXIOI 7 7O74 7O2(j i3l-CHL'XAl 1 Ol rt i OOO 702.4 7072 7070 7CVJ 7O/1 CHX io) :• !>.•» — 1.1 IX 1 III Ji /f>7^> VOP7 I36-CHUXA1 1019 1000 7026 7074 7078 7030 tHX 1O1 V I37-CHXIOI<* /O77 7O29 13B-CHFXA1 1OPU 1 000 7O97 7O7B 7O7«J . 70.TI 70?^ 7O r* - UHXIOPO 1 39-CHXI 02O' 7076' 7O3O •140- CHhXAl lOirl' IOOO 702H 7O76 70 HO 7O32 fO?7 7O7b , 14.^- 1.HX tOV 1 142- CHE XAI 1022 IOOO 7030 . 7O7B 7O02 7O34 702M 7077 143-S.HX1O22 7081 7033 144-tHPXAl 1O23 IOOO 7031 70H3 7O3li 7078 7O82 7034 14o- Crit.XAl 1O24 IOOO '/032 7OCIO 7036 7OJ1 70/v trtX 1 O24 147- LHX1024 7083 703^ 14H— CHtXAl io?.e> 1000 . /034 7OB2 70Bt, 7031* 7O33 /OBI t,MX 1 O?.O l '/Ob6- 7O37 ..J.O.ULT .Ci.1i.Xftl- . l.0eo ... JO.OO 703b_ . . 7.039. .7034 7002 LIIX1.026-.

A2-10 ]C.I'*AWI SRM t MHCIPhLLANf K««0 HALF

t. fJ W 1 L I> -j o L K 0 a 1 A C C tl II

COUNT . 1 .. 2.. 3.. 4 6 7 0 . . «3 • * 1O Ibl- UHX1O26 7086 7O38 IS?- rnFXAl 1037 1000 703*, 70S 4 7O3«j 70.83 r.nx I o?7 •Ib3- kMXlO2'/ /OH7 f039 1'jl- Cllt XA1 lOi'fi IOOO 7O3H ,0,0 ,04, tHX 102t

156-CHt"XAi 1029 1000 7O39 /oa? 7O43 703H ttiXl O2S. 15.7- (,HX1O29 7O90 7O42 1£»M- LHEXA1 lOilO IOOO 7O4O 7092 70!i7 (,MX1030_ li.-*- S.HA1030 7091 7O43 loO- CHtrXAi 1OJ1 IOOO 7O42 70'JO /•O46 7U4 1 tHX 1031 161- 1.1-IXli.Jl 7093 704b 162-CHEXA1 1O32 IOOO 7043 7O91 7047 7042 7090 tNX 1O3? 163-&MX1O32 7O94 7O46 lh4-CHHXAl 1C33 IOOO 7O44 7O92 7O96 7J)48_ /043 7O->1 tux 10.33 16^— UHKIO33 7O9t> /O47 166- CHF.XA1 1O34 IOOO 7046 7004 701.O 7002 7 0 4 -j tHX 10^4 Iu7- &HX1O.34 7O49 7O01 ( 168- CHtXAl 10-jli IOOO 7047 7O yi> /O51 7003 7O4C. 7094 169-6HX103L. 7060 7O02 170-CHEXA1 1O36 IOOO 7O46 7O96 7O!i2 7004 i.04 7 CHX 1 030 !71-i,HXJO36 7051 70O3 1/S-CHL.XAI 10o7 1000 rO'jO 709P 71 O2 7OU4 7O4-y 70V7 173-I.HXI03/ . 7101 70S.3 174-cnexAi 1036 1000 7oai 7099 7103 7055 70SO 7098 175-6HX1038 7102 7OS4 17A- CHtXAl 1O39 IOOO 7O52 71OO 71 O4 TOiiL tJlX 1 Q3VL 177-tHXlO39 71O3 70b5 17»-CHfcXAl 1040 IOOO 7Of>4 7102 f\ 06 70'Jti 7 OS 3 7101 l.H» 1040 17-J-LHX104O 71O5 7O^.7 I«0- CHE.XA1 1O41 IOOO 7O!>5 7103 7107 70-./4 /•III? tHX 1 O4 I I81-C.HX1041 7106 7058 1H2- CHKXA1 1042 IOOO 7Of>6 7104 7106 7O<>0 7OSS 71 10 tHX H/42 l«3- tHXlO42 7IO7 7OOV Iti4- CMhXAl 1043 ' 1000 7O£.ti 7110 7002 70 S/ 710^-. tHX IO43 1H^- LHX104J 7109 7061 186- CHEXA1 1044 IOOO 7OS9 no? fill 70C3 71 06 (,11X1 044 1B7-CHX1044 7I1O 7062

_J88-CHEXA1 1046 IOOO 7O6O 71 12 7O64 tO'j'i 7107 tHX 1 04 :3 Ift'J- <,MX1O46 (111 ^Ot. 3 19UT- (.MbXAl IU4b IOOO 7U62 71 1O 7114 /O60 VO6I fl OV tllX 1040

1^2- CHtXAl 1047 IOOO 7063 71 11 711b 706 / tl^it 1 047 193-6HX1O47 7114 7O66 JV4-rCHr.XAl tll'io IOOO 7O64 7112 7116 V'Ooo 7111 tux i 04 ;•.

19t>- cHr-AAl 104V 1000 7Oi>6 . 7114 711* 70 7 O lyuS ft 13 fix 1 04V 197-UHX1049 7117 701-.9 198- CHIiXAl lOiO IOOO 7067 71 15 71 19 7071 70C.6 71 14 LHXlObO 199-CHX10S.O 711 fl 70^0 20.0- CHEXA1 lObl 1000 7068 71 16 71 2O 7072 7Ot>7 7115 r,Hxi ot>i

A2-11 • SRM fc" PROPtLLANT HWI) HAL!

L> O '•• 1 t. l> II U 1. K 1) A 1 A t t H LI.

COUnif . 1 .. 2 . . 3 .. 4 • • 6 .• 6 .. 7 .. 9 • • *^ . . 10 . 2O1- tMXlObl 7119 7O71 2O2- CHLXA1 10&2 1000 7O7O 7118 7122 7O 74 70t>v 711 7 20j- tHXlOvx; 7121 7O73 204- CMI-XA1 lo:>3 10OO 70717119 7123 7O7b ,7O70 7 1 1 H t,HX I0b3 20b- l,HXli,3J 7122 7074 206- CHKXA1 10b4 1OOO 7O72 712O 7124 7O76 7O71 71 19 ClIX 1 pb4 • 2O7-t-MX10b4 7123 7O75 20B-CHtXAl 1065 1000 7074 7122 7126 7O78 707.5 7121 tMX 101>b 2O9- J.HXI Oab 7l2b 7C77 21O-CHtxAl lO:»t> 1OOO 7O7t, 71^3 'l\ tL 1 Id ft 7<)7't T\'S? MIX 1 O'.Xj 21 1- 4.HXI Oi>ti 712fa 7O7O 212-CHEXA1 10b7 . 1OOO 7076 7124 7128 70HO 7O7S 7123 LHX1O57 213-CHX10S7 . 7127 7O79 21A-CHFXA1 lObfl 10OO 7O7fl 7130 70f?2 7077 712T, tax LO 5iJ 21:>- tHXIO-iO 7129 7081 21t>- CHtXAl 1 l>:>9 1OOO 7079 7127. 7131 7OH3 7O7« 7»2t> tHXIOb'J 217-LHX10b9 7130 7032 21&-CHEXA1 1U6O 1OOO 708O 71?8 7132 ' 7OH4 7079 7127 CHX1O6O 219— fcHXIO&O 7131 7083 . i 220-CHtXAl lOol ' 1OOO 7O82 7130 7134 . 7O86 7OU1 7129 tHX 1 Of) 1 221-tHXlOol 7133 70Sr> 222- CH1£XA1 IOb2 1 OOO 7OO3 7131 .71 Jb 70(1 7 70H.' 71 3U

224-CHEXA1 1063 1 OOO 7O84 7132 713t> . 7O8H 7O»3 7131 I.HX1O63 225— &HXIC63 , 7135 7O87 ??d-CMtXAl 1064 1OOO 7ORfa 7134 7138 7O9O ' . 7O8b - 71JJL

22H-eHhxAl Ilit,:., IOCO 7O87 7l.»9. 70%>l 7OtU) 71 .54 I.MX1 O<>!> iii9— LHXlOLiti 7138 7JJJ13 23O-CMEXA1 1066 1OOO 7O88 7136 714O 7O92 : 7O07 7i3r> r,Hxio6t> 231- LHX1O<>6 '7139 7O91 ?3?-tHE XAl I(>fa7 1000 7090 7138 7142 7O94 "7UU«J f\ J7 t,HX.10t> 7 233-£-MXlO»>7 7141 71)93 234- CHEXA1 1O«.H 1OOO 7O971 1 .19 7143 7O«»'j 7.09O 71 ,)H 23&- (.HXlUbt) 7142 70'J4 236-CHhXAl 1 0(>9 • 1 OOO 709? 7140 7144 ,7090 "7091. 7 1 39 . I.HXIOOV 23r-'e.MX106<* 7143 /09S 238-CHEXA1 1O7O 1 OOO 7O94 7142 /O9B 7OSO 7O93 7141 • JiHX.1 QTO 239— tHX1070 7O97 704 f> 240-CMEXA1 107i 1000 709b 7143 7099 7Obl 7O9H 71 42 C.HX1O71 24I-E.MX1071 7(>9« 7050 242-CHtXAl 1072 1OOO 7O96 7144 7IOO 7Ot>2 7O9b 7143 CHXI072 243-&MX1072 7O99 7051 244—CHtXAl 1073 1000 7O9H 7146 71^O 7102 7097 714b CHX 1»73 24b-tHX1073 7149 7101 f.tt,- CHLXAl 1074 1 OOO V(>99 7147 71 M 7103 7l>Vb 7 1 t* (., t,HXlO7<) 247-tHX1074 71&0 71O2 2*a-CHEXAl 1075 • 1000 71 GO 7148 71 !>? 71 O4 71>«*9 7107 fcHX!O7b 2*9-CHX1075 7161 TI O3 250-CHEXA1 1076 1000 71 02 _21'.«1 VI OO : 7101

.A2-12 SKM 6 PWOPELUAN1 f*(, HALh

.•> n ii 1 L l> r» U L. K O » 1 • I (.. U it

COUNT . 1 • • 2 .. 3 ..4 » • 6 • • ^ • • rt * » . ^ 10 251-6HX1076 7153 71O!i 2S2-CH6XA1 10/7 1000 71O3 71S1 71S5 7107 2!lJ-£HXIG/7 /IS4 7100 2f>4-CMEXAl 1UV8 IOOO 71O4 7 1 fji: 71 S6 71O8 71Oi 71 SI 6HX1O78 PSS- CUXlOVa 71S5 71O7 256-CHEXA1 1079 IOOO 7106 7154 . .7158 71 1O 71 Of. 71^.3 EHX107C/ 2S7-E.HX1079 7157 71 09 ?fSH— lUfcXAl 1OHO IOOO 71 O7 71i><» 7111 71O6 71!')4 251*- tHXl OHO 7158 711O 20O-CHLAA1 lOh 1 IOOO 71OH 71 Ob 7100 7112 7K. / 7Ihb U.X10M, i>fc1- 1.HX1O81 /It."* 7111 262-CHEXA1 10&2 ' IOOO 71 1O 7162 f\\t 71O«*. 71'j7 (.NX1O82 263-6HX10B2 7161 7113 2fa4-CHtXAl lO(->3 IOOO 7111 7 IS* 716J 71 1L> ; 71 1.0 VI&UL . unxio.ua,- 263- 4.UXI ObJ 7162 /I 14 266-CMKXA1 IUti4 IOOO 7112 7160 7 1 t,4 7 1 1 t. 7111 -fi:,<- 267-f-HXlOH4 7163 71 Ib 268-cHEXAl 1OBS IOOO 7114 7162 7166 7118 .7113 7161 6HX1085 269-;frHX1085 '716S .7117. ' 270-ilrtEXAl 1086 1000 7115 7163 7167 71 1«* J>71-£.MXlOtl6 7166 71 1H 272-<_ME*Al 1007 IOOO 7116 7164 71 6H 71 2O 7 1 1 b 7 1 t, .1 I.HX10O7 2T3-1.HX 10(17 71t,7 71 19 274-tHEXAl I06H 1000 7118 7166 7170 7122 7117 7165 C.HX1088 275-&HX1OU8 7169 7121 2T6-CMEXA1 10H« 1000 71 19 7167 7171 7123 277-tHXIObV 7170 7122 27H-ClltXAl liivO IOOO 712O 7,0, r\ 72 i\vi 7 1 1 «. 7 1 (, ir I.H5< 1 0^0 27^- I.HX11J->U 7171 7123 280-CHEXAl 1091 IOOO 7122 7170 7174 71 26 7121 7161*. CHXIO>>I eei-CHXiooi 7173 7i2s , J'P^-CllE^*1 *0*<2 JOOO , 7I?3 7171 7| 75 '... Tt 27 7122 ... 7170 . 2B;i- f-MXIO^? 7174 7126 2U4-<.HfXAl 1 OV 5 • IOOO /i;»» M/2 '/I7i, n;>i-> 1 1 ? .t 71/1 MM IIWJ

286— CHt'XAl 10*»4 IOOO /1 26 /I 74 7i/i> /i;u> 7 1 i' r> 7 1 T3 tUX 10 r'4 2B7-«,HX10V4 /I 77 l\'->t 2a,6— jCll£-AAJL. _ LOVIi.^....; lttO.0... . /li'Z ,7 1/'/ 71 Jl 2t*««— I.HXloy5 "/I/H /I JO j 2VO-tHtXAl 1OW, . IOOO /It'O t\ /(, 7IHU /u; 1 If-'/ 71 /r (.•-"X !()••(..

29.''- CIIHXAl 10J7 IOOO 713O 71 /« 71!(2 .71 if* 7I.7S- 71V/ I.HX1097 29J-tHXlO->7 '7181 7133 71JO 71 73 UHX1 UVJ1 2««*r- LMIiAAl 1O*."» IOOO /1J? 7I«O. /lli'< 7IJt, 71 .11 71 7S . ti!X10VS>

2VH-CHEXAI 1100 IOOO 7134 . 71W2 71 Up, /I'M 71 JJ yiHI 1. 1 ; x j i o o 2'^V- UHXI 1 OO '7IH5 713/ ;31>.0_-.tfjfci».> U.i'J. . .. 1 O.OO 71 J;> 71 !-• /• 7 1 .i •» 7ij'4 7i'-;- >.>". 1 1 <;l

A2-13 bRM t PHOPELLANT FWp HALF

-.. e '< i t. i> HULK l> A 1 A C C M 11 < AH'i COUNT . > .. 2 .. 3 .. 4 • • 5.. 6.. 7.. (• . . 9 . . 1 O 3O1- tHXl 101 7186 7133 lioy 1000 7136 71H4 '71HH Vldd 7IJ!, ?i aa ^ H x > in? 303- tHXl 10* /1H7 /U-> 3O4— OitxAl 110.) IOOO 7138 7186 71^0 71 4i' 71 37 7 I «:"> tHXl 1 OJ 7IHQ 7141 3O6-CHEXA1 110/t IOOO 7134 7187 7191 .7143 ' 7130 tHX 11 04 307-GHX1 )04 71VO 7142 308- fMFXAl 1 10S 1000 7140 71Hfe 7192 7144 713O _7.l£S-Z_ /.HX 1 105, 3O*>— t,HX 1 1 U5 31 O- OttiXAl 1 lOo IOOO 71 42 719O 7146. 70JB 7141 71B-* t. MX 1 1 Ut> 31 1 — I'.HF | f uft 71 4S 7O'<7 312-CHEXA1 11O7 IOOO 7143 7191 7147 7099 7142 719O 1,HX 1 1 O7 313-&HX1107 7146 709H 31*- CH^XAI 110ft 1000 7144 7192 714H 7100 714J LHXllOti ... 31 £>— tHXl t lib 316- CHL.XAI lllyv IOOO 7146 Vl'>4 71'.»(. 7IS..CI 714?. l\ ».i (,HX 1 1 K'.. 7197 7141> 316-CHEXA1 1110 1000 7147 7195 7199 71»>l 714(> 7194 GHX1 1 10 319- tHX 11 10 7198 7150 320-rn^xAl 1111 1 000 71 A8 7196 720O 71!i2 7147 6HXH.1J 321- UHX1 ) i 1 7 1 V9 7 1 M 32i'- CHEXAl 1112 IOOO 71bO . 71V8 7202 71S4 7149 71 ^ 7 (.MX 1112 7201 Vl*>3 324- CHEXA1 1113 IOOO 71t>l 7199 7203 flS<5 71£iO • 71 V» tHXl 1 13 32b- t-HXl 113 7202 71b4 11 14 1000 71 K2 7200 7204 71f,6 T^l^l F.HX1114 327- tHXl 1 1 4 7203 71 SS 328- CiltXAl lilt. 1000 71S4 7202 /20C, 71'jb 7lbJ 7c01 t-HX 1 1 1 b 3pt^_ frHX ill'-* 73JJS 71 ',7 330-CHEXA1 1116 1000 71 55 7203 7207 715«> 71'.. 4 7202 GMX1 116 331- tHXll!6 7206 71«j8 .V3»—r»4f K-AI 1117 1000 71<>6 7204 ?20h 716U 7l'j'.i LMX111V 333- tHX 1117 334— i_Hfc'. XA1 1 1 IM 1 OOO 71 :,B ' Ht\-t3 /.-MO l\i,? /I-./ I.I IX 1 t 1 ••

336-OltXAl 1119. IOOO 715V 7207 7211 7163 7i:>C 7?O6 611X11 Iv 337-CHXI IIW 721O 7162 33«- rMF?KAl lliiO 1000 7160 7?08 7212 7164 71i,<, tHXl 120 339- CHX1 1XO 721 1 /I 63 34O- CHt-XAk 1121 IOOO 7162 72 1<1 /214 7166 .7161 7«., t. MX 1121

342-CHCXA1 1122 IOOO 7163 7211 7215 7167 7162 7210 tMXl!22 343- tHXl 122 ' 7214 7166 lli'Ji 1000 '7164 721? 7216 /!«>£» 7 !(•>-•)

llu* IOOO 71<>6 7214 7213 717O 71 65 7? 13 r,Hx > i 2f\ . 347- I1HX 1 1^-4

348-CMEXA1 Ii2i IOOO 7167 721S 7219 7171 7166 7214 tHXl 12b 7218 7170 3SO-CHPXA1 1126 1000 7168 7?16 7??0 71 V2 71h7 -IV \ !,

A2-14 . SAM & PHOPEULAWT FWO MAl>

s o K T i= D HULK t> A 1 A L C H l.i

COUNT. I 2 .. 3 . . . 10 3S.1-CHX1120 7219 7171 IS? — tf~Hf^XA l 1177 inon 71 70 7?IH 7P ? ? /I 74 7|h.l. . 72J.7 _tHXJJ.2J?_ 3S3-l,HXl 127 7221 • 7173 1 354-CMtXAl 1 \£.A 1000 7171 721'* 72 .' J 1 1 / t 7170 7;? 11- 6.HX1 12fi /??? /I 74 356-CHfcXAl 1129 1000 7172 722O 7224 7176 7171 C.HX1 12«« 357- tMX 11 29 7223 7175 1 I ^f> 1 11OO 71 74 .7.X.7&. - 71.7 j _.7221 t.HX113O. 3SJ9-I.HX1 1 30 7225 7177 3t>O-CHtXAl 1131 1000 717b 7223 ,2,7 71 7s« 7174 r.nxi i ji

362-CHtXAl 11J2 1000 7176 72? IOOO 7180 7228 723? 71H4 7179 f.HXI 131> 369-&HX1135 7231 7183 370-CHEXA1 113fc 1000 7182 7230 7234 718t> 7HSJ -£WX1 lio.. 371-S.HXI136 7233 7185 372-CHEXAl 1137 IOOO 7183 7231 7235 7 1 Si 7 7 1 b2 tHX1131 173— f.HX 1117 7234 . 71E& 374-CHEXA1 1138 IOOO 7184 7232 7236 71»e 7183 CHX1 1 38 37S-&HX1138 7235 7187 113« 1000 7186 7234 7238 7190 718S _. 7233 fcHXl 12te 377-UMXI 139 7^37 7IS9 -iffc- Crtl1. AAJ 1140 IOOO 7187 723V tHX 1 1 IV) /P3« 7|«yO 3BO-tHtXAl 1141 1000 7188 7236 7240 7 1 V2 7187 7;« .If, GMX 1141 3» 1 - f,i»X 1 1 4 1 7239 7191 3B2-tHEAAi 1142 1000 7190 /KJd ... .7.1 VI 1,1 1X1 \<\<1 363- (,MX I 142 719.3 714'.i trtL XAI li'.j I'CiOO ^191 7i'.l'< /i * r 7.1'»o /:' .1M I.I IX | )<).•• LMXl 14J /19 4 7J 4.O_ 1144 IOOO 71V2 724O /14M 71 VI 7? 39 bl-IX I 1 44 367-tMXl 144 7195 7147 3H&-CHEXA1 1 14& IOOO 71 >«4 72/12 71 'j>!3.. .7IV J 7-141 t.HX | 1 41- 7241> 7197 1 liOO 7H43 7? 4 7 ? I v-y 7194 724fe 7198 1147 1000 7196 7244 7248 72OO 7?43 t-HX 1147 7247 7199 3a4-=CHEXA| _ JLL4.M.__..JLDJttfi._ . 71 >4S^ 724f> 7202._._ _7J_S,_7 . . 72Afe_ -feHX l.| 48_ 39b-CMXl14B 1I4S» IOOO 7199 7247 72^1 7203 7?«fc CIIX 1 1 4V 7r"^Q 7 23? 396-CHEXAJ I loO 1000 72OO 7248 72t>2 7204 7 1 - 7?47 CM XI 1-..0 3«y-OttXi 4UO-CHLX Ibl 1000 7202 ' 72SO 72b4 _.t_HAl 11.1. .

A2-15 fc. PKUPtULAN I I:WL> KALI

:- u i/ T I. l> !i U L K li A 1 A L C N K CAN* I.* COUNT . 1 .. 2.. 3.. 4 • • b •• 6 •• 7 . . ^ . . S'.. 10 . »OJ-tHXI Ibl 7253 7205 7261 72SS 72U7 72.02 .-72^i.O ._tHXl.Lii2— 40 J-I.MXI Ib2 7234 . 72O6 4O1- lIHIiXAl I 1 ;>.•» IOOO 72 O4 7i'():-. 7?:>1 tHX 1 1 h3

406-CHE.XA1 Ilb4 IOOO 7206 7254 72b8 7210 720f. 72t-3 CHXIlb4 4O7-tHXl 1=>4 72S7 72OV 4OIJ-CMI- ^ . .JtMXlJSLS. 721.8 7211) 41O-<_HhxAl 1 1 '..0 IOOO /2OU /2!i«j 7260 /2I2 '720 1 /2i)b tHX 1 1 '-.«'. C 41 l-(,HXlUi4t 7?J» ^ 7:'i i 412-CHE-XA1 il'j7 IOOO 7210 72!i« 72t>2 7214 7209 72'j7 (,HXllt>7 413-tMXl Ib7 7261 7213 41«-CHf-XAl_ 11S« 1060 72 11 7J".ii| 7263 72 lit . 7210.: _.7£bb _. .. tHXllbii. 41b-t,HXl 1 b6 41 t,-OILxAl 1 1 t>w IOOO 7212 72L.O 7264 ^21 o 72 1 1 725<> ClIXI 1 t>cy 417-LtlXlli-l/ 7263 72 IS 41B-OHLXM 1160 IOOO 7214 7262 7266 7218 721J 7261 tHX1160 41<*-tHXlloO 726b 7217 42O— CMtXAl 1161 1000 7?15 72faJ 7267 721_«J 7.2 J.1 7.26'-' _ ._&HX.l.l.ti-l 421 -&.MX1 Jol /2t.6 72 Hi 11C-2 IOOO 7216 7? IS 726J l»t-tXll62 72t.7 72I-, 424-CHEXA1 1103 IOOO 7218 7266 7270 7222 721 7 726-S tUXl 163 42S-bHXl 103 726« 7221 7?(-> / 7271 7223 72ie y.2.66 tt1Xll-ti.4. . 427-tHXI 164 7270 7222 428-CMLXAI llt.:i IOOO 7220 726H 7272 7224 721 S 7207 (,HX 1 !«.!.

430-CMLXA1 1166 IOOO 7222 727O 7274 72 ,''6 7221 7264 CMX 1 1 r>i. 431-fcHXl 166 7273 722 & 43-2.=£HtL&A.l Ilfc7 IOOO 7223 727J 7?7B 7i«27 .7222 7^:70 .LHX1167 433-UIX 1 >o 1 /274 7??b 4.1'l-CHf. X/>1 lit.-* IOOO X224 7ii72 7276 72^0 7,-';'J /.:/l t,i;xil<:' a.-i?.-/.nx | lull /27ti 7227 i 436-CHEXAl 11 <>•* 1000 7226 7274 7278 72JO 7221. 7273 (,HXll6S» 437-CHX1 >6y _.1J.70 LOGO . 7iJ2.T_ 7226 ....727^1 LHX.1170. 43W-MIX1 ) 70 /27fr. 7230 44O-CHL XAI ll/i 1 OOO 7>>2H 72^7 V/- /:-j I'.t-ixl 1 71 44 «-i,HXI t ft 72/-» 72J1 442-CHEXA1 1172 1000 7230 7278 728? 7234 72?') 7277 t.HXll72 443-&HX1J72 7281 7233 .7230 . 72

44G-CHt < AI 11/4 1 OOO /V32 y;?hO 72t:4 7?3-!> /2jl /2 /i- tux 1 1 74 44 /-fcrixi 1 (1 11 /•> 1OOC ^234 72t»2 72H6 /2.1H 7i'J.': 72H1 f.MXlI7:> 44'»-tMX 1 I /b . V?bb V2.J7 . — . ^O^jCULXj*! _ -J.1.76 1000 .. .72.3SL. __72fiJ _7.2 67... . 72 32

A2-16 SRM C PROPELLANT FM> HALF

5. O H r r D 'J IJ UK O A I A L C 11 11 CARD COUNT . I .• 2 .. 3 . 4 ii ». 6 .. 7 .. .8 10 *Si- &HX1176 7286 7238 4SP— CHEXA1 -IXZi . IOOO 723fc 72B8 . 72.40 7283 LHX1177 453- tHXl Iff /287 7239 454- OltXAl 1 1 /8 1000 7238 72H6 71 94 72 3 / 72HS tHXl 1 7n 4HS- i.HXI 17B 7241 71«)3 456- CHEXA1 1179 1000 7239 7287 7243 7195 7236 7286 tHXl 1 7.9 - 457- &MX1179 7242 7194 (XEXA1 iLfldtt : IOOO 7i>4O 72H8 7244 7239 72U7 tMKlld.0 4b>9- i.MX 1 1 oO 7243 7195 460- CMKXA1 1 Itil 1000 7242 7290 72 9 4 724o 7?tl <-HX 1 1 bl 461- /2.93 7245 46Z- CHEXA1 1182 IOOO 7243 7295 .7247 7290 (,11X1182 463-r &HX1182 7294 7246 CHEXA1 1000 7244 7292 7296 724B 7243 7291 CHX11 83_ 465- tHXIl iJ3 7295 7247 406- CHtXAl 1 1M4 IOOO 7246 /294 7298 72'.)O . 724t> 7J.'93 467- LMX1184 7297 7249 468- CHtXAl lias 1000 7247 7295 72.99 72M . 7246 7S94 469-! &HX1185 7298 72SO 47O- flHtXAl JLlti6 - 1000 7248 .730.0 7Z02 724V .7SVV- 1,11X1 1 Ub 471- 1.HX11MO 472- CHi-:xAi i 1(17 1000 72 i>O 7298 724V 72«..'/ tHXl 1 B7 473- i,HXI 187 73O1 474- CMEXA1 1 18il 1000 7251 7299 7303 7255 72SO tHXl 1 86 475- 73O2 72 b 4 476- CHiTXAl 1 lt'19 IOOO 72 S2 7300 7304 7299 CHX11 69 477- /.TO 3 7P55 478- CHLXA1 1 19O IOOO 7?S4 '/.'to 2 /30b 72t'.B 72 -.1:1 v :•! Ci i (.HX 1 191) A7-*- 7305 480- CHE XA1 1191 IOOO 7255 7303 7307 7259 7302 LHX1 191 481- &HXH91 7306 72i>8 482- CrtEXAl 1192 1000 72S.6 7304 7306 726O 72^5 73O3 tHX 11 9? 73O7 464- CK'h XAJ ,1,3 IOOO 72I-.B 7300 7310 7202 72 S7 73O5 tHX 1 19,1 48S- t,HXl 193 /309 7iiol 486- CHEXA1 1 194 1000 /2S9 73O 7 7311 7263 7256 73116 tHXl 194 487- tHXl 194 7310 7H62 488- CHEXA1 119f, . 1000 7260 730» _.?3I^. 'j?6* 72 ">9 . T->07. tHXl I9!> 469- tHXl 19b 7311 7263 490- CHtXAl 1 OOO 7262 731 0 V 3 1 4 7266 7,-' 61 73O-* tHXl 1 Vt> 49k- tMXI 1VO 7313 492- CHE XA I 1197 IOOO 7263 731 1 73 Ib 726 / V310 tHXI197 493- t,HAI 197 7314 7266 494- CHLXA1 1 1 '.»H 1 OOO 7264 7312 7316 72 C 3 V311 t-HXl 19(1 /1-..7 496- < IK AAI 1 1 ••9 i oiio /2&6 731 1 73 Ih 72 7O 7,65 7-1 1 3 f.HXl 199 49V- /->! 7 498- CtltXAl 1^00 1000 7267 731 'j 7319 7271 72<^<> '/.>!« tHXl J-OU 499- (,HX 1200 73 1 ft 72 /O *Oor.. CHLXAI IOOO 72«H 731 n 73..-0 7272 7267 t.HXt 201

A2-17 . J ..II _.. SRM «, PWOPhLLANT FtoO HALF-'

1". (1 " 1 t IJ U U L K l» A 1 A 1- < M II {'Af^l.> COUN r . i . 3 4 . . S . . t, . . 7 . . M . . V10 501- LHX1201 7319 7271 .L2JI2 10OO 7270 731H 7322 7274 7?,',.. Y>I7 &MX1202 5O3— tHX12O2 7321 7273 5O4- OltXAl 1 2 O 3 1OOO 7271 731'* ^323 72.7'j 7^ 7O 7;ilft 72 74 506- CHtXAl 12O4 1000 72 72 732O 7324 7276 7271 7M9 T.HX12O4 b07-LHXI2O4 7323 7271. •JOS- i_IU:XAl 7274 7322 732ft 7278 7273 7J?I bO'J — I.HX 1 2O5 73 2O 7277 blO-<.HtXAl )2O(> 1 OOO 72 7ft 7323 /32Y /2Y-3 72 /'. 7.*?;- LMX1 rM.'t. SI 1 — .'.HXl 2(11, 732 ti b!2-CHtXAl 1207 1000 7276 7324 7328 f2»l/ 72 7'.t 73? i .tMXl?.0 7 b!3-»,l»xl2O7 ^327 727-i b!4- CHt-XAl JL-Ct(txAl 1OOO -(?.~T-+ 7327 7321 72u:« 72 Y.'4 7.^2O l.HX 1 2 b2it- OIl-XAl 1212 I OOO /2H3 7.^31 7j3'j . Y2t<7 7282 7330 J-HX1 21 /• S23 — £HX1 212

b24— CtlCXAl 1213 1000 7284 7332 7330 72B8 7283 7331 t-HX 1213 5.?b- CtlXI 21 3 733& 72 M/ 1 P 1 A i it nti 527- OIIX12J <» 72 1 1 bi*W- Oi£XAI 12U, 1 000 733^ 72VI 7? 4 3 72(.H> /'33« 72" 2 53O-CHfcXAl 12 K-. 1OOO 72UO 733t> 72^>2 72"4 /.»H7 ir^3'- CIIX1210 b31-UHXI21b 7243 100 . __ 69O. -3O.4V.4 6.1 JO tUJ.O -JO. <('«•'! i,.1.5b yj.'i o. 0 U.O -30.4OO (. .l.

*-..:, /I.M 1 ;•.«.••'^.'<. 1. i/*.*-^M 4V'< b.!3b
b36-COHO2H 09 (> 0 — Wl .ttb«3.0 33.b'*b:i -H0.227B.6. -o7.'-.l.36 CKS1ANK 537— £.KSI ANK 2o O. O 48.432 1 100 7001 7O4'J 70S3 7OOb .O 2 IOO 7OOS 7O:i3 7ob7 7iiOv .0 ££sr££ 3 IOO 7OOV 7Ot> 7 7O61 7013 .O 4 100 7013 7061 7(U>', 7017 .0 S42- CCUJAD2 IOO 7O17 706t> 70t>0 7021 .0 b4 J— CUUAD2 too 7O21 70t,y 7O73 70 2S .O 7 702-j 7O73 7OYY 7O2*4 .O 3 IOO 702V 7077 70(il 7O33 .U 546- l.uUAU2 •y IOO 70S i Y(»c".-> 7OJ»/ .0 547— CUUAU2 10 IOO 703 7 7O6ti 7Oa>J YU41 .O b4d- CCUA1>2 11 100 7O41 7OH9 70V3 7(>4b .0 549- COUAU2 12 too 70 4S 7O-»3 7O4«» 7001 .0 b^^Q- COIIAH2 JJ _zaa.z 7JLQ.I yjoa^ . o_
A2-18 PHA.St. 1 XJ'AN T 1 U SM* 6 PKOPELXANT Ft»l> HALT
S II B T t • 1) 1) U L. K 1) A 1 A l_ C M 11 C AUU COUNT . 1 •i 3 ..4 . 5 . . 6 .. 7 .. 8 .. «;• . . 10 551-CUUAD2 "t% 100 7O53 7101 7105 7057 .0 fiK?— CUUAU2 IOO 7057 710S 7109 .0 553-CUUAD2 16 IOO 7061 71O9 71 1 j 7O65 554- CUUAO2 17 IOO 7O65 71 13 71 1 7 7OC9 .0 100 7117 7121 707J .0 556-C.GOAO2 IOO 7O73 7121 712S 7OT7 .0 • • 557- COUA02 2O too 7O77 71 25 7129 7OB1 .0 KKR — 1 ,11IAI>? 100 70B1 7129 7133 7085 .0 559- CUUAU2 22 100 7133 7137 »o 560- COUAIttf 23 IOO 7O89 7137 7141 7093 561- CUUAU2 IOO 7093 7141 7097 7049 , c< . . .. S62-COUAU2 too 7O97 7145 7149 7101 .0 . 563- LQUAD? IOO 7101 7149 7153 7105 .0 5A4-CUUAU2 27 100 710S 7109 .0 565- COUAU2 IOO 7109 7161 7113 .0 566- COUAU2 100 7101 7165 71 1 7 .0. 30 100 7117 7105 7109 7121 568-COUAD2 31 . 100 7121 7169 7173 7125 .0 569-CUUAD2 32 IOO 7125 7173 7177 7129 .0 S7O— COUAU2 100 7129 71 77 7181 .0 571- CUUA1J2 34 IOO 7133 7IM1 7165 71 37 572- CUUAIJ2 -111 IOO 7137 71M5 7141 .0 100 7141 7145 .0 574-COUAD2 37 IOO 7145 7193 7197 7149 • o 36 IOO 7149 7197 7201 7153 .0 57fc— COUAD2 IOO 71S.3 72OI 7 2 OS 7157 .0 577-CGUAU2 40 IOO 7157 7205 7209 7161 .0 57U- C-JUAO2 41 100 7161 7209 7213 7165 .0 579- COUAD2 42 1 OG 71 65 721 3 7217 7169 58O-CUUAO2 43 100 7169 721 7 7221 71 73 .0 531-OJUAU2 44 100 7173 7?21 7225 7177 .0 SH2-CUUAQ2 _10Q_ 7177 ... 1.2 2 i_ 7101 5r»3- C'JUAi)^ IOO 72.').'. 7l'ii> .0 5U4- CUUAU2 47 • loo 71 at. 72 J 3 7237 7 1 tr* .11 IOO /I OS/ 71 .0 59O- COUAf>2 100 7209 7257 72ol 7213 .0 591 - COUA£>2 54 100 7213 7261 7265 72 17 .0 592- CQUAU2 55 100 7217 7265 7269 7221 .0 593-COUAO2 56 100 7221 7269 7273 72 2«, .0 594- CUUAU2 57 100 7225 7273 7277 7229 .0 100 7277 72 til 7233 .0 IOO 7261 72 J7 .0 t.O 100 7237 72ab 7241 .0 598-CUUAO2 61 100 7241 7289 7293 .7245 .0 599-COUAO2 62 1 00 7245 7293 7297 7249 .0 6OO- CQUAD2 63 7249 7297 7301 72.S3 .0
A2-19 .HHASt. 1. iPART 1 Jt_. SRH £ PROPELLANT FWO HALF
^ O '1 T 1. r> n u L K l> A ~\ i\ K C. H I
COUNT . 1 . • 2 .. 3 4 . . 5 .. 6 .. 7 .. P 10 6O1- COUAO2 64 100 7263 7301 7305 /? S T . O • 6Q 2.- CGUAD2 -&£ . 100 _ 72JJ.7 730tj _7 JLUV 72M . . ,0 6O3- CQUAD2 100 7? 61 7309 7313 72 hS • i> 604— OilMD? 67 100 7?65 7313 7317 7:'<>9 .0 60S- 01UA02 £8 100. 7269 7317 73S1 7273 .0 6O6- OJUAD2 fi'V 100 7273 7321 732«= 7777 .0 607-CQUAD2 7O 100 7277 732S 73?9 72m .0 60«- CUUA02 71 100 7?81 7329 7333 7? 8 1> .0 6O9- CQUAD2 72 1 OO 72as 7333 7?.''> 1 .0 610- CUUAI)2 401 4OO 6-->01 601 3 lV>l'l f-VO.* .C. 1 ,,9 ii j ,(i 61 1- CGUAl/.-' i4 .0 61 3- COUAD2 4 O') 400 6904 f.'llh t\ 917 (."()r. .0
_ ._ 6.1 4-. CUUA02 4LO*J _.. .4.0.0 .. 6*.>U&. . b'Jlf ll'J I tt t:VOl> .C ; 61 5- C«UA :»? 4 '.'* t > 403 fe'-'OO I<"1 II 1,'M " (,'.ll / .«! 61 6- COUALiif 40 7 403 69O7 6919 69?l» o'Jij;< .ii 61 7- CQUAL)? 4J1.V 400 6908 6'i20 '->9," 1 C>90'> «0 618- CQUA02 4OV 400 6909 6921 692? h91O .O 619— CQUAO2 410 400 6910 6922 6923 6911 .U 62O- COUAD2 411 4DO 6911 6923 i>312_ «0 621- CQUAD2 412 4OO 6912 6913 t.,yvu .f 622- CGUAD2 41 1 4OO 6913 692!5 6926 «><514 .0 623- COUAD2 414 4OO 6') 14 6926 6927 (,vlb .0 624-COUAO2 41 S 40.O 6915 6927 692H 6916 .O 62£>- COUA02 416 400 6916 6928 6929 6917 «0 fiPfc— rflllAO2 417 401 6017 6<7^9 AQ3O 69 1.3 • 0 627- COUAO2 41 a 404 691 a 6"30 6931 6" 19 .O ' 62*- CQUAD2 419 4O4 fiOlQ 6^31 6932 <-.i.?(> iO l 6<-*9— CCUA'J2 4'Ô 4O1 ,s i?O f*Q ^2 f»9 ^ 1 / w '• j_ ^ ' 630- CUUAD2 421 400 6921 6933 6934 6^22 .0 631 - CQI.IAO2 422 400 6922 69.14 6"af> (%'-ir?3 .0 1^32— COUAlj2 423 4_Q.O_. .. 69i!3_ 69.^5 _.69J6 b92_4 .0 633— COUAD2 42« 40O 6V24 6936 b92'.i i^'i 1 3 .() 634- COUAO2 42:> 400 6V2S ti'M7 f.«>3.H <.»;!<> ." s f»"3'3— COllAr>2 4i ej 4OO tjVi'6 69^1^1 6 'J.J ' ' tii^"/ »U 636- COUA02 427 400 69?7 6939 f • V ? 11 • 1 1 637-COUAD2 4?M 400 692fl 694Q 69/)| <>»?<» >o 63E--CQUAUi: .. A2.'J. AQ2 .. OVitft— _...6b'4.1 091 2 I)';' 30 .'' 63S- CtilJAL? 4 SO 4 Of) f,'.30 6'JO ?! 6«.A t ».'•• .! 1 .0 64O- COUA^2 •131 40r; f.^Jl f>9/l 3 (,-.4 a «.«'.•»;' .0 64 1 - CfjlJAD^ 432 402 _JE,''~3Z 6/J44 «>-.4!> til*J3 »CJ 64?.— COUAO2 433 400 6933 6C4S 6946 t-934 »O 1 643- COUAD.' 43't 4OO 6934 6946 6917 <-.:<31' .0
(>4 A_- .CQU_&pg _A JL'!.. 1-0.0 __ . . <.'-li'J 6M47 -634.0 ... i!'.'.i<> . . .»
t>45- CtiUAl.2 •4Jt> 4 on 69 d 6 6'-*4ft 6<»;i7 OH?'.! .') 641?- CjU.VJZ •)37 400 1.V37 7001 7 647- rQOAl>2 4 J'i 40O 0-138 7COb 7OO'( £ V "' -> 69O4?
A2-20 SRM £ PHOPELLANT FWU HACK
S CJ W T l- t) .« U L K. DATA t X H II raHL, COUNT . 1 • • 2 .. 3 .- 4 .. 5 .. 6 .. 7 .. 8 9. .. 10 651-COUAD2 442 400 6942 7021 7025 6v43 «43 40O 7O1*5 7O2*» 6V44 653-CQUAD2 444 400 6944 /•O29 7O3J 6945 654-COUAI>? 44 -j 400 0945 7O33 70 if 6940 44o 400 7i)J7 /04I (Ssft/ . 656-COUAL>2 447 400 69,47 7O41 7045 6^48 o'j7-CtJUAU2 400 7O45 7OO1 6«i37 h'iB- DM 1 UH Af O - .!_. . . 2 1 1 HhAL 1 1 1 . O ' 66O-1/MI i.PAJC O 11 11 t»6l -UMI 1 1 .0 66 2- DM I tUK 0 2 1 • f. ' ' 6 »• 663- OM I ECIK 1 1 .O12O47 -.'J«OJ3a.l V6959 .»3.i'tlS1 -2 1 .56*.' 7M~O 1 664-&EU1
665- DM J h (.IV 2 I .059»b .197J2M .978*04 -?.,. 0 1 ..« -1 O7.1 I.GM "? 666- fcUO? 667-JJMl LUH 1 668-fctttJ ioa. I91B 669-UM1 EUR 4 1 -.O12O4 7.98O33W -. 196959-2H.'.* 1483. J>343S- fctf.14 17.H ftftA 6 r 1 - 1>M 1 fciJH 5 1 4.BO504 t- UK 6 .9Qhl3 H -.OfilO^ l.lt-.SOi.' J<».4ri93 LLCti ; 674-&E06 19.3744 675- DM1 GFAC O 2 1 2 1 1 tFAC 1 1 .1.0 677-UMJ KFAC O i .a ii 67b-OMI . KFAC I 1 1 .0 '• 1OO • 68O-GH1L> 6901 9.75O 1 BO. 000 25.242 . 68 I -GRID 6902 9.750 15O.OOO 25.24? 682- GKIO li!»OJ 9.750 120.000 85.242 • bO J- GW 1 U 9 . 750 9O.OOO 2t>,2*,? t>H«- OK 1 it f. o.uoo t'tj.?'i;' v . / :>o jut,jiao a^ti'-n.- ...... 6Bb-GttlO 6907 9.750 O.OOO 25.24P 687- GRID 69OB 9.75O -3O.OOO 25.242 6»8-GRlD 6909 9.750 -60.000 25.24? 6910 V. 750 -90. OOO 25.242 b'sl 1 V.75O 691 — tiU I O OV1? •/ . 750 -1 50.OOO2t>.212 692- GRID 6913 9.750 1BO.OOC 3O.242 693-l«UD 6914 •i . 750 150. OOO 3C).?42 694- GRID 6915 9.750 120. OOO 3>>.2«P 90. ooo ju.;*; 6*6- Ofc 1 '', 691 / '-*7'!o uO.OOO J0.i'«i <>•:> 1 b 3O.OOO 30.k-'«i- 698 -OH I L) 6919 V.750 O.OOO 30.242 6920 9.750 -30.000 30.?42 700-GHlii 0921 1.750 -60. OOO 30.242
A2-21 PflASt- 1 xPAul i :i SHM 6 PWOPEU-ANf FWl> HAUK
s n it i c l> :iUi_K !>»!» CCH || CARi. COUNT-. i 3 .. 4 • . 5 .. fj •* 7 .. U .. V* .. 10 701- G»1U •^22" - -'(O.OOO 30.242 702- GH1U •». 7&0
/O3- 0 HO.OOO 3'3.24i' 70'J- GK1U t>y 2f, •5J.OOO 3S.242 7Ot>- GR1 1> 6^*27 9.75O 12O.OOO 3S.242 707- G«IO •JO.OOO 35.242 7O8- GH1I> hO.OOO Ji.24? 7O'>- liKlL) 0.7 SO 30.000 lib. 242 71 0— '->«! D .7SO O.OOO 3b.242 711- GR1L. -1O.OOO JS.242 71E- G«1U 6933 . -bO.OOO 35.242 713- GR 1 D 9.750 -«»O.OOO 3b.242 714- GHlLi
I)1/ JO 71o- Grtltf o-*37 :::ô 1. 1O.OOO 4O.242 71 f- o-O.OOil 4 il.2 «».7bO 12O.UOO 40.242 7l<*- GHIO ^"o V.750 :«:• •».7bO -•.O.OOO 4O.242 72e>- GHID — 1 ^(1. DUO-JO . ?1? 727- 0«l ;> •r.7t>0
• 723- OKU /OOl IHd.OOll 4
733- U IliO.OOO 4U.L.OO 73 4 — (*H 1 J '•>07 1 :. O.OOO <«i.bOO 3.1 HO 1 •.O.lXHl li.i. bllO
736- GXIL» <».75O 12O.OOO. 44 .500 73 t- Gt«. I i> /010 I2O.OOO 44.t)OO you : 5..,3Zu 120.UOO -il.SOO 73V- I.K 1 1.' J. 1 HO ir* o.ooo oo • 740- Ot, 1 l( rOl3 v. 7f,0 yO.OOO 44.1iOO AOI4 _ 'JO. OOO 44 «f)0n /Ol t> b.370 •10.000 44.5OO .£££!:: 7O l£> 3 . 1 flO 90.OOO 44.5OO 7017
74 ft- Gkll> 7OIH 7 . l>f;O (,O.OOO 44.t>OO 7-1 1. — Gl*l .> /•CIV '.. . 37O |>O«OOU 4<4.:>uO
/02l» ;> . i BO - tjt>rOOO ^^^b-Ô 748- GHIU >.7bO 30.000 44.:>oo 749- GHIJ 7022 7.b6O .50. OOO 44.*>OO 750- G»|.v .
A2-22 I XPAriT 1 n SRM fc PHOPELLANr e*u HALF .
S 13 M T k. \t L> U L K l> A 1 A IT C M 11 '
COUNT 1 3 .. 4 .. 5 .. 6 . . 7 .. 8 . . V, . . 10 751- CM ID . 7024- 3.18O 3O.OOO 44.5OO GMiO Î.7SO 0.0 44..SOO 0 •» 1 » 7-J..'o 7.56O 0.0 44 . 500 7b4- G.< 1 1; 5.37O 0.0 4'».'iOO • 755- .1.1 bJ 0.0 44 . bOO 756- GRID V».75O -30. OOO 44.5OO 76Y- OK i i> 7.56O -30. OOO 44.500 758- GRID 70J1 -30.000 44.5UO 3.1 HO -.10.000 44.^00 7oO- GlV I tj -60. OOO 44. 000 . 761- l,'* I L> 7OJ4 7 . i>6 a -i.O.OOO 44.5OO 762- GRID 7O3& 6.J7O -6O.OOO 44.5OO 763- 7036 3.180 -60. OOO 44.500 • 7A4- 70J7 -««O.OOO 44.50O 705- OC. I U 7OJH 7.560 -VO. OOO 44.5OO 76l>— Grtiu -•.•a. ooo 44.500 • 7o>- OK J'l) 7O-IO J.1OO -90.000 44.600 768- 7041 9.750 -12O. 00044. 5OO 76«j- GRID 7O42 7.560 -12O.OOO44.5OO 770- 7O43 5.370 -12O.OOO44.50O 771 - Gl, 1 L> .1.1 ao -12O.OOO44. SOO -I-jO.OOO44.50O 773- 7040 7. 560 -15O.OOO14 .500 774- GW10 7O47 5.370 -150.00044.500 775- OH ID 7048 J . 1 8O 776- GU1L, 7O49 •i.750 1 HO. OOO ii6.777 777- C'« 1 U 7.560 1 BO. 000 56.777 77.H- Glv 1 U 70M 1 HO. OOO 56.777 77y- Ok 1 L> 3. 1UO 1UO.OOO 56.777 7SO- CltlO 7O53 150.000 !-6i777 781- GHJ L) 7 . 56O I5O.OOO 56.777 782- 7055 15U.OOO 1>6.777 l.K 1 U .1 . 1 8O 150. OOO 56.777 . . . 784- i.li 1 !) 70 '.7 •..760 Ok ID 7 . 56 O li' 0.01)0 St.. 777 780- t».370 12C. OOO '.16.777 .787- GM i r> j . i eo 120. OOO t>6i777 . 7UH- UrtlU 7061 •«.7hO 'IO.OOO '.6.777 70 o^ 7.560 VO.OOO ho. 777 Ti u- OKI U 5.370 •JO. OOO S6..777 791 - GK- 1 J 7O64 J.I t-O S.C.OOO ::,0.777 &klt> «».7bO 6O.OOO 56. 777 7'<3- 700O 7.56O 60. OOO t.o.777 7067 . . î-iLO f.0.000 So. 777 0< OO.OOO :*6. 777 l.t. 1 1> -. 750 .iO.OOO ..o. 777 -f) 1- 70 7 U 7.560 JO. OOO 50. 777 Gft I D 7071 5.370 30. OOO !>t.,777 7-J9- 7072 3.1430 jO.COCi bo. 777 800-^ OHIO 7O/3 ->.75O O.O 56.777
A2-23 SKH t PliUPfcLLANr H»D HAL.F
:. i: * T L. II J U L * U A 1 A L l, 1: it i_AkL» 10 6O 1 - Gri 1 D 7.S.60 O.O t.6.777
BO2- C,ull> 0^0 St»T 777 feO3- OKI L. 707t> 3 . 1 8O O.O ^.o. 777 «O4- Oh lit -JU.OUO 'jfa. 777 J07b — îl.OOO Sh-777 . 8O6- GW 1 O 7O 7V 5.370 -JO.OOO 56.777 sor- GMID 7O3O 3. 18O -JO.OOO f>o.777
BOH — r.ttlD 0 - 7?iO — f.n^fXIO Sf»T'/77 7.St>O -OO.OOO S.6.777 \™ 810- C.WI L> S.37O -bU.OOO DO.77'7 Bll- GW1U 3.180 -60.OOf» KiS.'777 ...... 812- G»ID 7O8b M.750 -OO.OOO t>6. 777 813- GRIO 7O86 7 . i>60 -VO.OOU :>o.777 8 1 4 - G* 1 U 7087 Ii« ^?O rîO. . 00.0. IJLI. 777 61 b— of 1 U e i e - =•.7f, O -K'O. OOdSo. 777 fel /- l.'ll 1) 7O'-«O 818— OKI LI •j . 370 -lXO.OOOSio.777 819- til* IB 7OV2 3 . i eo -l2O.OOO-:n:>.777
822- GKli.1 /O^ -It'O.OO'OJjo. 777 flf.3 — c;w 1 1^ "i _ 1 HI! • 824- GUI Li •J.750 18O.OOO I.M.OSH 82b- GRID 7O«JH lilO.OOO (jV.USJ U2d>- l,W 1 u
. 827- OH ID 71 OO ;t . i m> IrtO.OOU (vJ.O'.iJ 82rt- ON J 1> 71O1 i :>
83O- GHlfl 7103 T..370 1SO.OOO 6<).Ot>3 831- OW1 U 71O4 3. ISO 832 - Cl< 1 1J L2.Q.OQQ .t.y..Uiij . • . . - )<*(>. Ubit OM.Oti.t 834 - <,K 1 L> /HIM • 836- OK I U •1 . 7'jO 90.000 t.'».0b3 837- GPl'J 71 10 7.S60 9O.OOO o
• a 39 - OK i j 711? •»O.OOO (j'/.OtiJ 71 1 3 60.0CO C'*.O'j3 b4 1 - c.l< 1 Lt tl 14 Vîtdll 842- GW1U 71 1 b 6O.OOO 6V.OO3 843- GulU 7 1 S 6 3. IfiO 60.00O *.Otij 841- 01' ID /1 17 3O.OOO ft^.'/^J . 7 J i U 30.0OO (>'».0v>ji 8^6- OKI .J 71 1 W Ju.OOO <-.') .OL.J Ja S.7i,0 O.O <>^.03j 84')— OH1 U ;:^2 O.u (i'J.OuJ bt>U— GOl LI . .i ..3_7.0. 0.0 <,'».OS>.
A2-24 .XPAHT .il- SRM t PHOPELLANT FWO HAL.F
T F O U !_ O H I A JL-AtUJ COUNT 4 ..ft O . . 7 10 J.lriO O.O t>9.ObJ -V.7so —an-ooo h«.o53 71 f 6 f.SbO -JO.OOO 6«.Oi>J r-. 4- o.« i .' 5»;.<7O —JO.OOO 6\».O'>J
8b6 GRID 71J-O -60.OOO fcb7 GKlU t)l>- OH I l> / 1 'Jj >..7l.O -»«.•. OOO Ol-il U . ?.t»6o -sij.Qua. 71 Jb V..37O -VO.OOO 0 . 863- 7136 3.100 -«>O.OOO 69.053 - fartlD_ZLLJLZ_ t»6 0 8t>b— <«< 1 37O 1 HO 863 «RI D 7141 -lSO.OOOt>9.0b3 «69 GRID /142 660 -IS0.00069.0SJ 7143 37O -i so. ooobsi. c O7 1 7144 •*. 180 U7Z 71 4* 180.000 81.330 H73- GiO b60 15O.OUO hi. 330 87U- i>ril C> 71 bl j7u ItiO.OCO cll.iJO HYV- 1BO l:iO.OOO HI.33O 880- GRID 7 1 S3 750 81.330 881 - 4 SOO OOO HI.330 3.7.0.. 120.000 .HI-. 3 30 7 lib li'O.OGu MI . ;>30 /lx.7 • 370 t.O. OOO HI .330 _7io4. _<«JL> 33.1'. JO.OOO HI.330 - OKllj 7166 h60 30.OOO bl.330 - OR If/ ____ 370. 3p.OOO_ HL..33O JtJ- OUll> I tlO JO.OOO HI.330 /1 o'v O.O »J I . JÔ i; I..33O - OK ID nn . J70 O.O <*1.330 O»«l Li i i is 0.0 61.J30 _g()0- OK ID . f\ 7J -jo.o oo .ijfl.330
A2-25 JBHAixI—I--i.HAIil. -l_u_ SHM t ^HtlMH-LANl t-wJ) HALh
1 t I) 'I U L K L> A 1 A
CUUNI . i 9O 1 - GH 1 0 ?t VA - Mt.OUO HI .330 71 7b S.37O -30.. 0-QO 81.33d 7 1 /C .3.1 no -JO.COO tt 1.33li VO4- <..N| L> /» 77 •*. 7'jO — OO.OCU B1.330 /I /& 7..SOO y06- GHIO 71 7* b.370 -t.u.OCO ai.330 VO7-CK10 71 30 3. 1 80 -t>O.OOO 81.330 906-GH1D << . 750 -•'O.OUU Hl'.33O t* 1 O — l>K 1 .J nil 3. 370 -•vO.OOU 81 . J30 y 1 1 - L~I l !j 3. 1HO y 1 2 - GH l L) 7166 •».750 -li'o.oooei .330 913-tiKIU. 7186 7.S60 -12O.OOOB1 .330 914-GttlQ 91 b- (,k ILf /I MO 3.1 HO -1 c'O.OOOul .330 . • /I !)•> -» --.o.ooo'ii .330 /I !»0 918-GfJ.llJ 71'^1- b.370 -lr>O.OOO81.33O /I •,'•?. 3. ISO -iso.oooai .330 . • «J. 750 1OO.-OCO «3.t>O7 . 1 H9.OOO V3.6O7 :;:;: S.370 IHO.OOO ^j.t.ov - y23-GKlo 1.1 tiO Ib'O.OOO 43.i,f)7 924-GrtlD . 1'jO.OOO 93.607 7.560 IbO.OOO '>*3.607 y?fc— <;RID 71VQ •,.370 1!>O.OOO Ql.f^(j/ V2V— G«ll« 'i . 1 HO lOO.OO-!' V.t. 1,0 t VS'fi— G" 1 1' /x"" - . . Y.bLU. •73O- GH 1 D *>.3/0 lÔ.OOO •i3.fcO / "*3 1 - G& J 0 72O1 3.1 BO 1 2O.OOO V3.607 . • V(32 - (V* I D VU.OOO _S3.t,U7 . . y J 3 — Gk 1 L- ("i-'OO •JO.OOO M3.OO'/ V3^* — OK t (j If. 0 7 t..3TO vo.ooo vj.ccy /i-OB VO.OOO s»J.f,O7 7204 V.760 OO.OOO 93.607 •y37-GMII> 7210 7..&6O bO.OOO 93.607 936-GRIL. 7211 S.37(J OO.OOO «j3.fc07 •iJV- t.i* I i 3. Ihu t.O.OCO V3.607 •J4l>- l,t
70 O.O yj.t,0/ J . LU.Q 7?2 1 -30.OOU
A2-26 SRM fc PKOPELLAUT F.WU MAUI-
' b li » T 1. L. rt U L K U ft 1 « L C M l.t CAHLi COUNT . 1 2 .. 3 .. 4 .. i> .. 6 .. 7 .. f . . ') 9S i - GH i u 3.18C -30. OOO 93.607 <4.-7SO -hO.OdO QJi.fc07 9tj;-l- GUI I) 7.S6O -t-d.COO 93.6O7 7227 f-..370 -oO.OOO 93.6O7 «S5- GWIIJ II.IHO -OO.OOO 93.007 « 9bt>- Gf60 -9O.OOO 93.6O7 MSB- <,M1(> t>.J7O -OO.OOO «*J.bO7 . 9!i9- (.Kl U 3.1HO -^>(>.000 vj.«iO7 •»t>G- l.Kl L> "« ••./SO -liO.OOO93.6U / . 7.b6O -1^0. UOO93.A ") /' . 962- GKIO OG3— GwlD 7236 3.1 HO -1L'O.OOO«*3.O07 7? .17 «<6tj- OR 1 '.'} /.t>60 -1 t.O. 0(>O93.607 966- (;.•O 1 MO. OOO 1O!>.«8J 9t>9- GRI 3 . 7242 7.560 180.000 105.883 970- GiilD /243 t.370 luO.OOO 10-J.8B3 7244 J.I MO If O.O 00 !Ob.t>83 972- GH!U *».7bO IS.'). 000 10b.8B3 /2-lt, 7.t.t,0 ISO. 000 lOb.hBj V74- GRID 7247 L. 37O IbO.OOO lOb.883 .<*75- GRID 7248 3.180 IbO.OOO 1O1>.683 <»7b- GO in 724Q •J.7SO 12O.OOO 1O5.B83 977- GK| t> 7.bfcO 120. OOO 1OS.B83 976— Gi< 1 !> fr.37O 120. OOO lot>.8fVl j. 18O IBO.OOO 10S.OHJ 980— GO1O v.750 90. OOO IOb.H83 981— GrtlU 7. SOU 90. OOO 10t>.8&3 «82 - f,fi 1 L» 90 3- CM 1> i.iat vr.ooo iO"->.f.66i 9^>7- GRIL> 7260 J.I HO 6O.OOO 10'o.aOj. 986- GRIL. *->./bO 30. OOO JUij.BB:-,
9VO- v>,i 1 U ft. 6 J • .370 30.000 I i.>:-«..-il<.3
V9P- GRIO 726'j t.7bO O.O lOf-.rtH.j 993- GUI D /.SOU O.O I O:- .MH.i '- . 3 7.0 .O.O I o ' . . '1 P .< .'. . 1 80 <)..> 1 of-.nfc .' V9t)~ OH 1 '.' V. /-bo -30. OOO 1C)' ..•l^.> /i /(I /.'6O — .11). OOO 10!...'>t-iJ 998- GUI I- /2/ 1 S.37O -30.0OO 10;,.rtt,J 999- GUI t> 7272 3.1HO -oO.OOO !Ov..dB3
A2-27 5LPAU.1 SMM 6 FWU MALI
S Ci P 1 L 1"> 1 1 u u. K o * t * L c. i : i \ -i-AKD COUNT . 1 . . 2 . . J • • 4 *• 5 .. 6 •• 7 «• ft .* *» 10 1 OOI - (j« 1 1' /'•' '4 7. ',6(1 — <>0.000 lO'.i.UHJ . J-OQJi-i.Ui.llJ— lill.it . *-.:i7O . -t>O~- .«B J 1O03- <.i. 3. ISO -6O.OOI; lO!i.(<63 1 OO4- OK iti f2?7 •.- . 75O -V.O.OOO 10S.U8J | D Q 'i — t»t. ( i .» 'i s f f. 7.**feO — .0.000 io«i.Mfl.i 1 006— tin i u m * <» S.370 — "JO.OOO 10b.»t)j 100?- Gl.86:i loos- (ini J rzu i •i . 750 _ ^2jQ.»_o ixOJ O i »ii6 J i oo->- <»u i> t'.\i}? -li'O.OOOl D'j.iif.i lOlii— ij«lL> Vc6J n . 3 70 — 1 Ô.OOO 1 0'.>.«b j
101,2- UUO. -IbO.OOOIOB.rtMJ -I'.iO.OOO I O '.).«£> J -1 -jO . OOO I O'j . Hh J .1 . 1 >*U -I •-U.OOU lO'i.tlH.* 101 o— '.»!0- liuip î?si.< I'll). OOO IIH.IOO 1 Ou.OO<) 111), loll i U22- >~< 1 1) y>" '137,'! 1 •->((. (IUU Illt.it, i> 10? .1-1^ 111 /.".f, ISO. OOO ll/1»)^l' j • 1024- GH1U 72V7 . 9 . 75O i; o.ooo 118. i6O . - 1025-Crf»IU /2v« ii'o.ooo i in. 160 «i- 170 i;>n-ooo i IK, 1^0
• io^y— I.M iu /.job UmlDO li.'U.OOO Ilri.lbO • 1O2«- (»K J ,> 7j«/I •-*.Hllt 73<>3 yo.ooo lit. iou • 1OJ1- (..Ml!.. 7J04 .7.180 'yO.OOO klK.ibO
(,(I.UOO llM.luO 1 O.J4- (>l. ll>. / M*'l ' ' 1 70 (>o.ooo l In. H.C • • 1 O If,— i.l.> 1 ji /«'!(•, (jfl.OOO 1 1 «. I <>u 1OJ6-OHIU VJO'i •>.'7bO JO. OOO 1 1 u. lt>O /.b6O Z-IO.OOO 1 IM.lbO
/J 1 2 .1 . 1 HO .HI. ooo k 1 '-. . ItiU 1J /- . !(>« /•-'-I '• . / ..L.tLO__._a.xi ili... 160. /.IIS b.J7O O.O 1 1 M.I 60 yjio ;**itio 0.0 1 1 ti . 1 b O ._7,ai.'i L: — : _-j.^yjao j=j.a«.aojQ_i.i.h...itttt . IO4!.- („. llj /.sin y.-'oo . -:io.ooo i ic. i e o I O'li,- «.i-:l » ^.siv . *....i/u —JO. Odd 1 i .,. KM; ,/Jt.t . j.iao — JCL.-OJ1U L 1 (.- . J 0 U 1 04 B- OK ID /'.»ai ".71.0 -(,0.000 i I0.16O I. 04 V— C* I U /•î-2 7.!.60 -OO.OOO 1 1 ^. 160
A2-28 HHASI * 1'i*1*1 '- u bRM t PHOPEl-LAM 1' Wl> MALI
r, o 11 T f. 1) 11 U U K. 1. A 1 A E 11 H 1)
CQUtoT . 1 ? .. j .. 6 .. o .. 7 .. << .. V.. IO . "jSl J.I BO -t-O.OOO llh.lbO •J./50- -VO.OOO lllt.loO • lOUJ-Otlll) -«.>n. ooo 1 1 n. ion • 1 O'j't— Gl« 1 I' -'VO.OOO 1 1 li. IbO j. 1HO -'JO.OOO llb.lhU -I2O.OOOI Ifci. 160 . 10t>7-l>WJU -I2O.OUOI llt.lbO • iof»H— t.ki n /-ij i ii.370 -t?O.OOOI IH. tf,0 -i . i ao -|?O.Oi(l'l 1 f). IbO . 10t>»<- t.«l li •>, 7bO -» .O.OUO 1 IH. 1 bO • Itjt-l-C^tlU /.t.60 -lÔ.OOOl ILi.lbO • 1062-Gfclti — 11*0 . OOO 1 1 H . lbi> ' 1063-GnlL> .H.I BO -IbO. 0001 Itj. IbO . 10F.4- Giillj U1.14 -lV.4L07J.i071 LOO 4bt> luo . .< .1 1066— MA 1 i 1000 ? r» . 0 1. i .'i«.i .oci:. .f-;' I (it,/- MI^C t>->07 k 1.0 HI >4 1 -1 .0 lO&B-MJ'C 6*O 7 l.U O'rfO? 3 -.b4?'H34 E.M6-JO7MI 1 HI. 14 3 1070-MPi. J> . 6-J07 6 _ . 1.0 0«»07 2 .fc/l^Kj') LMf,9O7K/' 1 071 - t-:«6v*O//4.i
10 /J- CAfoi* 1074- HAHA* TPMA'41 SKNU'U I07t>- PAHAM
lO7n- PliAii _1U6 _ 100 1077- h»'JAI< IOO 1 O/ti- Pl.iAn 1 U.-.I IOO 1 .060 1 07--J- (• iAl< 1 JO . IS 1060— COUAD2 IOO i oo 1081-POUAlj2 4OO IOO .040 4U1 .OS4 100 . oaa 1 O&t— »»uUAL1»' 100 I Ufcb— POUAOi* 4O4 1 OO .1 Jb 1 08t>- PUOAO2 too .096 1087-SPC1 I 4 56 7002 7003 7004 7OO<> 7007 7C08 109^— SPC i 1 466 70 1 0 7011 7012 7014 ..__7.0lb 7016 looy— SH*C i I 4î b /o 1 b 1 41.6 Hi',', f 'rurtf /it jo . /y.ii vi) '^
1 0'»2- SMCI 1 7O43 7044 /04t> 704 f /O'lH 1 /•O'.O 7o:»i /o;.;: /ov>4 /u-.>?. 7US6 450 i i o »:.- :>PC i 1 4 "16 7OO7 70»>M /07O 7071 V•>« 7O«J'» 7IOO 7IC2 710J 7IO4 I. 7 1 of 710(1 7110 7111 /•!!>>
A2-29 1 XPAHT I—tu SRM £ PROPELLANT F»O HALH
i t. 11 u i. K !> A 1 A L C H II
.' COUM r 1 . • • 2 .. 3 4 • • '5 •• 6 IO ; iior- SPCl 1 456 7114 71 1E> 71 16 71 If 711V 7 1 ?0 11O?- 1 4SI-, -..Z122.- 7J^4 . 7.1.26 7127 1103- SPC 1 1 7130 71 Jl 7132 71 M4 71 iv, 7 1 3fo ' SPCl 1 4S6 71 3H 71 JV 71<»O 714.? 714-i 71 4 4 1 1OS- SPCJ 1 7146 7147 7 1 4 H - 7 1 'j 1 1106- SPCl 1 71 S4 7lf>5 71 &6 71S* 71b^ 716U 11O7- SPCl 1 4S6 7162 71t>3 7164 7167 7I6« 1108- SPCl 1 71 7O 71/1. 7172 ,.:71 74 717'j 7170 1 4S6 71 78 71 7«< 7100 •/I H2 7 1 « j f li'-t l 1 lOSPC- l 7186 7 1 '.« 1 7 1 -«2
ll 1 I— 1 71 '»(! 71 >JM 7i ^m v;>of) llia- SPCl 1 4S6 7202 72O3 72O4 72 O6 7207 72 Oil 11 1 3- SPCl 1 72 1O 721 1 7212 7214 7216 1114- SPCl 1 4S6 7P1« 7222 llllJ- SPCl 1 4S6 722I7 7230 7231 fs 32 11 lt>- SPCl t 4S6 7234 72 3i 724 (> 1117- 1 456 7242. 7243 7244 ..7JL4&. 1118-' SPCl 1 456 72S2 11 19- SPCl 1 4t>6 726O 7262 726J 1120- SPCI 1 72h6 72t»7 7270 7271 __7.2.72. 1121- SPCl 1 4S6 7274 7275 7270 1122- 728L' 72«4 1123- 1 r -j (k « 1124- SPCl 1 4b6 7300 73 O2 73OJ 73O4 1126- 6PC1 1 7306 7.107 7 JOlv 7310 7..1I2 1 12ft — &PC1 7316 . 7JUU. J/3IV 1 127- SPCl 1 73/3 / I.'-H 1 128- SPCl 1 7330 7331 7.J3J' 7334 7 jj;ti. sui'itul U134 123 73U1 2 7:11 -1 2 CNODA1A
Ai-301 SOLID ROCKET BOOSTER COPY RUN Z701232
N A S T R A * FXPCUTIVF CONTROL DFCK ECHO
._ APP OMAP O1»G 14 T_IM£ 4 HRGIN « I>M»P TO CHECK AND" CONSOLIOATE SUBSfpUCTUBE PHASE 1 S»M TAPES (S?F NASTRAN SOUP CE PROGRAM COMPILATION FOP LISTING CF OH AP SF.OUENCF) .END .'...'.. 1 C END " " .
A3-1 TAPE COPY <5PM
CASF CONTROL OFCK ECHO CAPO COUNT __t T.ITUE_ .-."...TAPE COPY S9M f. PEGIN BULK
*** USHP INFORMATION MESSAGE 207, BULK DATA NOT SORTED,XSORT WILL PE- ORDER DECK.
A3-2 TAPE COPY SB*
L K O . S 0 P 1r F o B U DATA E r H n /CAPO - COUNT4 1 . 2 .. 3 .. 4 . . 5 .. 6 . . 8 . . 10 1 OMI CPSRMA 0 2 1 2 666 . 1 "•». DM! CPSPMA " 1 16(3 .0 169 1.6 1." 1 .0 CSPMAt 3 6SPMA1 172 .0 .0 1 .0 175 .0 1 . 0 .0 CSPMA? 4 tSPMA2 181 .0 .0 1.0 187 .0 t.o .0 "5~tSPMA~3 193 .0 .0 t.o t96 .0 1 .0 .0 CSPMA4 6 KSPMA4 199 .0 .0 1 .0 205 .o 1 .0 KSPMAS f tSRMAS 21 1 .0 .0 1 .0 21 7 .0 1 .0 CSPMAA 8 RSPMA6 ?20 .0 .0 1 .0 2?3 .0 1 .0 .0 r. SPMA7 9 CSPMA7 229 .0 .0 1.0 235 .0 l.o .0 1 0 tSPMAS 241 . .0 .0 t .0 244 .0 1 .0 ,0 r, IP MAO \\ CSPMA9 247 .0 .0 t.o ?53 . 0 t.o .0 R5PMA10 12 6SPMA10 259 .0 .0 1.0 265 .0 1.0 .0 13 ftSPMAll 26 B .0 .0 t .0 271 .0 1.0 .0 6SPMA12 14~ t'sPMAl 2 ~~277~ ."o .0" 1 .0 2R3 .0 1 .0 .0 15 6SPMA1 3 289 .0 .0 t.o 292 .0 1.0 .0 r, <;F M A t 4 16 CSPMA14 295 .0 .0 t .0 3" 1 .0 l.o .0 r.SPMAl 5 f 7 'e'SPMAl flf 307"' ; .6 .0 1.0 31 3 .0 i .0 .0 n 18 C5PMA1 6 316 .0 .0 t.o 319 ,0 1 . .0 T. SB M A 1 7 19' &SPHA17 325 .0 .0 1.0 331 .0 t.o .0 ?0 tSPMA18 337 .0 .0 1.0 340 •t.o F. <-,PMAI 1 ?\ CSPMAI9 343 .0 .0 1.0 344 .0 t.o r. SDMA2O a» RSPMA20 355 .0 .0 t.o 361 .0 1.0- .0 £3~fcSRI*A?> 1 " 364 " .0 .6' ~t . 0 367 .0 .'1.0 .0 ?4 &SPMA22 373 1.0 • 0 t.o 379 • o t.o .0 CSPMA2T 25 6SPMA23 385 1.0 .0 1.0 388 .0 1.0 .0 ?6 CSPMA24 "391 " L.O .0 1.0 397 .0 !. 0 .0 RSPMA25 >r CSPMA25 403 1.0 .0 1.0 409 .0 '1.0 .0 RSPMA26 ?3 6SPMA26 412 1.0 .0 1.0 415 .0 1.0 .0 6SPMA2"' 29 CSPMA27 421 .6 .0 1.0 ' ' '' 427 .0 1.0 .0 30 CSPMA28 433 .0 .0 1.0 436 .0 . 1.0 .0 CSPMA20 3J_tSR»f!A29 439 .0 .0 t.o 445 .0 J . o .0 KSPMA30 3? r,SPMA30 45"l ." .0 1.0 457 .0 1.0 ESPMA31 33 &SPMA31 463 — ..0 .0 1.0 469 .0 • .0 .0 KSPMA32 34 CSPMA32 475 .0 .0 t.o 481 .0 1.0 .0 F.SPMA33 35 &SPMA33 487 .0 .6' '" 1.0 493 • 0 •l.o 36 &SPN434 499 .0 .0 t.o 50S .0 .0 CSPMA35 37 6SPMA35 51 1 .0 .0 1.0 51 7 .0 I . 0 .0 38 &SPMA36 5? 3 .0 .0 1 .0 529 .0 1 . 0 F.SPMA37 39 6SPMA37 535 .0 .0 1.0 541 .0 1 . O .0 F.SPMA38 40 &SPMA38 547 .0 .0 1.0 553 .0 1.0 .0 '»T 6SPMA39 559 .0 .6" 1.0 565 .0 1 .o F.SPMA4" 4? CSPMA40 571 .P .0 t.o 577 .0 1.0 43 CSPMA41 583 .0 .0 1.0 589 .0 I.« .0 S.SPMA4? 44 tSPMA42 595 .* .0 1 .0 60 1 .o 1 . 0 .0 F.SPWA43 45 RSPMA43 607 .0 .0 1.0 61 3 .0 1.0 4^ C
A3-3 TAPE COPY SRM
SORTED BULK T A EC H n ICARD" -.COUNT . t • • 2 • • 3 .. 4 .. 5 .. 6 ,• 7 .. 8 .. 9 .. 10 51 _ DMT CPSP»«F 1 1 1 .> ( 1.0 1. 0 .P .P CSPMF1 52 tSPNFl 7" .0 . . 1 .t "• • 1 .0 1 3 P. 9 .9 .0 53 F.SPNF2 19 .0 1 .0 1.0 25 .9 .9 .9 tSP MF 3 54 tSPMF? "M .O 1 .0 .0 37 .9 .9 .f F.SOMF4 55 &SRHF4 »3 .0 t .0 .0 49 .0 .9 .P 16 tSRMFS 5S .0 1 .0 .0 61 .9 .9 .0 1 .0 .0 340 .0 .9 .0 84- 6SPMF33 343 .0 1.0 .'0 349 .9 .9 .0 85 6SRMF34 355 .0 1.0 .9 361 .9 .0 .0 6SRMF35 ' 85 tSPMFIS 364 .0 1.9 .0 367 .0 •n .9 F. SRMF 36 87 CSPMF3R 373 .9 1 .9 .9 379 .9 .0 .0 F.SPMF37 3<* CSPMFT7 385 .»> 1 .1 .9 388 .0 . 9 .P 81 CSPMF38 391 ." 1.9 .9 397 .9 .9 .9. F.SPMF30 90 6SPMF19 4" 3 .0 1 .9 .0 499 .9 .9 .P F.SPMF4P 91 "7ftSRMF*9 412" .0 1.0"" .0 415 .9 .9 .P CSPMF41 £»•> CSRMF41 421 .0 1 .9 .9 427 .0 .9 .P F.SPMF42 93 CSPMF42 433 .0 1.9 .0 436 .9 .9 .P CSPMF43 Q» 6SOMF43 4^9 .0 1 .0 .0 445 .9 . 9 .P F.SPMF44 PS E.SOMF4* 451 .0 1.9 • ° 649 .9 ." 1 .0 ENODATA
A3-4 TAPE COPY
_N_A_jS T_J» AN S JJUPCF_PPnr, PAM COMPILATION " OMA P"T NSTPUC M ON WJ. •'.'...- . - •
Aîo CONSOIDATE SUBSTRUCTURE OH ASP 1 SPM
^ «/C«N* 3/C.N.l /C»N,SPMP1 F
3 INPUTT1 /K?9MF.MSRMF ,K»SPMF,,/Ct N.O/C.N.l/C.N, SRMP1F
a 4 OUT PUT 1 C SPM|F>KSPMF>MSRMF .K4SPMF.//C< N.- 1 /C. N,6/Ct N.SRMP1
5 INPUTT1 /iSOA.KFSA««»/C.N,-3/C«N,2/C.N.SPMPl A _ _
6 INPUTT1 /KSRMA*MSRMA.K4SPMA»t/C.N.O/C«N.2/CiN.SPMP|A
T OUTPUT! Ct>SRMA.KSPMAtMSPMA«K4SRMA,//e
8 MATPPN CPSPMF.CPSRMA.»,//«
9 END '''"'"'..' ' •' ' " ' ' " • •' -
**NO F.RPOPS FquNO FXECUTF. NASTPAN PROGPAM**
A3-5 SOLID ROCKET BOOSTER COMBINED MODEL PHASE E PT. 1 _ .212 DEGREES OF FREEDOM Z700234
U_ .1_-I._V E. -CONTROL DECK C «'. H
to PHASE? SRMRI APP • PI SP CHKPNT YES TIME 15 SOL DIAG 7,8.13,14.19i2i.2? ALTER 2.2S PARAMETER DEFAULTS PARAM //C.N.NOP/V.Y.NDSUD=0 PARAM //C.N.NOP/V.Y.TPCOPY=-I PARAM //C.N.NOP/V.Y.SUHGK=-1 PARAM //C.N.NUIi/V.Y.SUBK4l»-l ;_ PARAM y/C«'N.NOP/y.Y.SU6B=-l PARAM .-.'• //C.N.NOP/ViN.TRLlF=-l ALTFR gS.gT. ' ^ ._ „_ ._. CHKPNT EST.GE1.ECPT.GPCT PARAM //C.N.SUH/V.N.COUPLE/V.Y.NOSUB/C.N.1 PARAM /XC.N«NOP/V,N»NOK4GG»-I PURGE KGGX.KAGG.GPSI.OGPST/NOSINP CHKPNT KGGX.K4&G.GPST.OGPST COND L30.NUSJMP ^ .. COND L25A.GtNHL COND L25B.COUPLE LAPEL L25A
CHKPNT OGPST '•'. LABEL LgSB ALTER 30.31 , CHKPNT KGGX.K4GG.GPST LABEL L30 ______._ ___ _. ____
..-ALTER 34. 3b • :.. . . .- '." 1 f.''îj(R*»f //C.N.ANO/V.N.NOBG/V.N.NOBGG/V.r.SUBB :
PAMAM //C.N.ANP/V.tN.NORjC4^V.Y.SulDlGKXV.Y.S,UBK< PARAM //C.N.AND/V.N.NriK4/V.N.NOHK4/V.N.NOK4GG COND L34A.NHMGG JUMP L34B ______, ______-'LABEL' ' L34A'' • / - -• • ' COND ERROR3.COUPLE
_U_AfiEk .U34B_., , :;J . .. '.: PURGt BNN.BFF.BAA.HGGY/NUMG PURGE K4GGY.K4NN.K4FK.K4AA/NOK4 CHKPNT UGGY.K4GGY.K4NN .K4F H_«KjMiA._MGG%HGG .BKN. HF f .BAA ALTER 3T.3T " COND LBL1.NOMGG , -AkJiB_*-2jL*2_JLJJL C-QUPL.INC. RUN,COMBINES SUBSTRUCTUR?: S . PURGE CPGI.KI.MI.KGGI,MGGI.KGGS.MGGS.KGT.MGIXCUUPLL PURGE K4GGS.K4GGI.K4GT.GIKI.K41I.K4IXCOUPLE PURGE: . Bl .BGGS.UC.GI>_HGT .Gf AC . K^F AC « BF AC /CO.UPL F. . CHKPNT KGGS.MGGS.K4GGS.eGG:> PARAM //C.N.NOP/V.N.CHECK=O
A4-1 N A-.S.J.J*. A.M. x.f.c U..T. J .C.O NTH O L D t C K K C H' I)
COND LPC9.COUPLC S SKIP.NOT A COUPLING RUN INPUT T1 /..../C.N.-3/C.N.9/V.Y.TPNAME? * LISTJTAPf t REWIND PAKAM //C.N.NOP/V.N.PASS=1 * INITIAL LOOP PASS P AK AMI-Tl! f{ PUWG6 K4GGS.K4GGI .K4GT ,G1K I .K4I.I .K4I . GF AC . KF AC/NDP K4 PUKGtr GIK I .GFAC/SUBGK/K4 1 . K!bAC/SUI.lK4/UGGS.S(;C. I «D«.1 .He AC/SUM'.) CHKPNT K4GGS.BGGS JUMP LOOPC LABEL: LUOPC « TOP OF LOOP ... PARAM //C. INPUTT1 /CPGI.KI.MI.,/C.N.O/C.N.y » COND LPC1.PAS51 JUMP UPC3 ••:•'• LABEL • LPCI ....••' MERGE . . ..KI .CPGI ./KGGS/C.N.-1/C.N.2/C.N.6 MfcRGC. . ..MI .CPGI ./MGGS/C ,N.-l/C.N.?/C.N.n COND LPC2.NOHK4 . MfcftGC . ... .CPGI ./K4GGS/C.N.-I/C.N.2/C,N.h LABEL LPC2 COND CPC3.SUBB -MERGEj ». . .CPG1./BGGS /C.N»-l/C»N.2/C.N.ft LABEL LPC3 . COND LPC4.PASK1 MtH&E . . • .KI .CPGI ./KGGI/C.N.-1/C.N.2/C.N.*-. MERGE . . , .MI ,CPGI ./MGGI/C.N.-1/C.N.2/C.N.6 ADD KGGS.K.GGI/KGT S EQUIV KGT.KGGS/THUE ADD MGGS.MGGI/MGT * . fcOUI V MGT.MGGS/THUh COND LPC.4A.CMhCK JUMP LPC4 LABEL LPC4A CHKPNT LABEL LPC4 . CIJNC) LHC'C.NIIKKA CONO PARAML GFAC//C.N,DMr/C.N. J/V.N.PASS/V.N.Glr.1 !t PAR A MR //C.N.EQ/C tN. 0.0/C.N.O.O/V.N.GTH/V.N.OIPTC/V.H. Jt:C l/v. V.N.NOGI *.'.'••• PUHGfi G IK I /NOG T COND LPC&.NOGT PAWAMI. //C .N.COMPLEX/C.N.O.O/V ,N .& I R/C .N. O .O/V .N.G 1 ".. ADD KI./GIKT/V.N.GI * . LABEL LPC5 COND PARAML K,F AC//C.N.DMI/C.N. 1 / V . N.PASS/ V. N.K 41' * PARAMk //C.N.F. O/C.N.O.O/C.N.O. O/V.N.K4H/V ,H . 1 !U 1 C / V . tv . |N< 1 /V . V.N.NOK4I 3. PURGE K4I/NOK4I COND LPC6.NOK4I
A4-2 N A S. IRAN t X 1. C U T IV t f. () N T I. I DlCC ECHO
LABEL LPC6
. ,.K4 I I .CPGI ,/K.«G<;i/C.N.-l/C,M.2/C «M.<> ADD K4GGS.K4GG1/K4GT EQU1V K.4GT «K4&&S/THUt ... COND LPC7A.CHECK JUMP LPC7 LABEL LPC7A _. _ CHKPNT K4GGS LABEL LPC7 COND LPC8.SUBB . l._ ...'_. PARAML BFAC//C.N.DMI/C.N.1/V,N.PA£>S/'V.N.HIR S PAR AMR /VC.N.EO/'C.N.O.O/r-.N.O.OXV.N.BIR/V.N.OUTC/V.M. INC 1/V.N. .-..,_ ..¥L,N.NOPI * .-... COND LPC8A.NOHI INPUT Tl /HI . . . ,/t .N.d/C .(*.'» t MEH6E .___ _, ,.bl .CPGt ./BbGl/C.N.-1/C.N.y/C.N.^ ADO B6GS.BGGI/SGT * COUIV BGT .BGGS/TRUE
CO^4D LPC8B, CHECK JUMP LPC8 LAC1EL LPCBB______• _ CHKPNT BOGS LABEL LPC8
PAN AM //C.N,SUH/V.N,SK1P2/V tY.NOSUB/V.N.PASS PAR AM //C.N.SUBXV.N.CHLCK/V,N,SKIP£/C.N. 1 CCINU __ LPCV^SKIP^ __..,._.______...... REPT LOOPC.20 LABEL LPC9
CHKPNT KGGY ADD MGG.MGGS/MGCY S CHKPNT MGfaY . COND LPC11.NOK4 ADD K4GG.K4GGS/K4GGY
LABEL LPC11 CIJND LPCIi? tNL'ivC .AUD_ ...... _HGG_«U_GgS/i*!t>t. CHKPNT BGGY • LABEL LPC12
ALTER 4b.4S SMA3 GEI .KGGY/K«>G/V,N,Ll.lSi:T/V.N,NtlGfcNL/V.N,Nr:»Sl«)> I 1 ALTEK bl.63 ______...... ______PURGE GM/MPCf I XGOXOM I T/KFSXSI NGLE EQUI.V KGG.KNN/MPCF 1 /MGGY.MNN/MPCF 1 XHGGY.BNN/MPCF 1 /KOGGY CHKPNT ' GM.RG»GD.KFS.USET »KNN .MNN.BNN.K4NN
A4-3 Kl A. S T R A.N t x K r. u. i. I v i- C O N f 0 L i < it
COND LS3A.NOMGG ADD' MGb./W6G/C.Y.ALPHA»X386.4.0.Oa S MATGPH GPL.USET.SIL.WGGX/C.N.G LABEL Lb3A CONp_ L53H«COUPLe _ JUMP.. LBL4 . . • LABEL L53B ''
MCF2 USt'T.GM.KGG.MGGY.HGGY.KAGGYXKNN.MNN.BNN.KANN AL1I-R 74.74 -. COND L87.OMIT . __. ALTER~77.77 .- ' .•-";.:"-" : " J" '"" "". '' ' ' ALTER 80.91 •••:. '.:• '...'••• ' •-. ' •-••'•
ALTI-H COND L«7,NUK4 .A-kLtt ____ ^ '. . .______LABEL L8T PURGE .CPARL.CPFOA.CPNSK.CPGMN.EQR.t.OL.tOA.l OO. I'OH . tHOM .1. (H./M ACT ^fe X ,e:XT«&QMT «EQNT . t Q6T .UQGTC .MOCG . HOGGV/KF. AC. 1 PURGK KLL.KLH.KHR.LLL.ULL.DM.X.COm .DMT .C(IT,f.MT/m AC1 COND LCPS.HEACT ». H-SV,T MUST OV. OCFlNr.O T» CVNV-KM1 V OC, RHMG1 UStT.KAA./KLL «KLR»KRK . » i S _____ RBMGE KLL/LULiULL HBMG3 LLL.ULL.KLR:.KRR/DM CHK.PN1 KLL.KLR.KRR.DM ...... _i____.______. TRNSP MATGPK GPL tUSKT .Ml- .r.(JHT//C .N.ry MPYAO . ^KLR.DM.KRR/X'/C.N. I t MAT6PR GPL..U5* T .SIL.X//C.N.K MPVAD EQR.X ./(- X/C.NtO/C.N. 1XC.N.O « IMNSP FX/hXT MATGt-'K GPL .USh I .ML.t XI//C.N.U PURGt CP^(JA/llMn/CMNS^/SIN(,L^ /CPC.MN/ P.UWGL . ./fcOg/CIMI T/KOM/MPC* 1 PURGE GOT/OM1 T/GMT .EOMT/MPCF I UStf /CPAf
MPYAD EOR.HMT ,/rOL/C .K.C/C .N. I/C.N.O MERGt
COND LCPI.OMI1 VtC USeTXCPFOA/CVN.F/C.N.OXC.N.A J. _TRNSP GO/GOT .."..'•. MPYAD t.OA.GOT'.Xl OOXC.N.O/C.N. 1-/C.N.O MtHGfc - .l:Oi.l..tOA. ,CPF«IA.X» Of /C . N . 1 XC .N. 2/C LABIAL LCPJ ______..______...... _. . EQUt'v • EOF.EON/SlNGLtr . CONO LCPa.SINGLK .VtC'j USeTXCPNSFXG.'N.NXC«.M.SXt .M'.K t
A4-4 _N_A.-.S_.T_R AN E X .t C U T. .1 V C CONTROL O .L C K t= C H t>
MERGE. • ,tOF.,CPNSF , /EON/C.N.I XC.N.2/C.N,? LABEL LCPZ :______TRNSP bONXCONl MATGPR GPL.USfcT ,51 L .ECINT//C .N.N KQUIV EQN.EQG/'MPCFl ____ _. .______COND • LCP3.MPCF1 . VEC USET/CPGMN/C.N.G/C.N.M/C.N.N * _TB14SP_ __ GM/GMT ______.. __ : ______. MPYAD EON.GMT./lraM/X .N.O/C.N. 1/C.N.O MERGE EOM. .EON. .CPGMN./l OG/C.N. 1/C.N.2/C .N.2 TRNSP EQM/fc-QMT ______; _. MATGPR GPL.USE7 .SIL.EOMT//C .N.M LABEL LtP3 : CMKPNT•. . .CPF.OA-tCI-'NSErCPGMNtCPAPL . CHKPN1 t-OG I OG/I 0(.l _ ..... _klJGJ_»/.i;OG1t/C.r.ALI'HA=(^H<../l .0.0 ) » * ASSUME CONVkHSIOM OF MASS TO LHS e JH(>.4 PURGE MDGG/NOMGG/MOGGY/CtHJPLH ..CQNQ__ _ LCP4 .NUMGG______.;____ _.. _ SMPYAD EQGtMGG.I:QGTCt . ./MOGG/C.N.3/T..N. 1/C.N,0 * LABEL LCP4 : • CUND LCPS. COUPLE ______.!_.... . SMPYAO EOG.MGGY.KOGTC.../MOGGY/C.N.3/C.N. 1/C.N.O S LABEL LCPS MATPRN MUGG. MUGGY. . .// S ]__ _.... ._ _. _ COND LCP8.TPCOPY StEMAT KAA.. . .//C.N.Pk'lMl S.FEMAT MAA . . . .//C .N.PK INT ______. OUTPUT] GM.GO.KFS.KAA.//C: .N.-I/C.N.O/V.Y.TPNAMT OUTPUT 1 MAA.,..// I
bHLMAl K4AA. . . ,//C: .N.F'IM N I OUTPUT1 K4AA,..,// *
COND . LCPBtNOBG StEMAT BAA... .//C.N.PKINT CJUTPUTI BAA....// .* LABKL LCPB ALTER e<*.162
ENOALTEH CtND
A4-5 .N_A_S .T '.SLJL.H . E X K C N T M O L D I. C K C.C H II
CHO OF FIRST CARP IN CHCCKPOINt. DICTIONARY Til nr. (••UNCMLM PUT H(>N THIS
RESTART PHASE? . SRMHI . 8/?b/V3. 13'>J-f..
A4-6 PHASE Z (PART I> SRM COUPLING
C A S I CONTROL I. i: C K f C H II CARD :.. ' . . COUNT ; i TITLE - PHASK 2. i PART i> _ .2...... SUBT.1.TLE- = SRH COUPLING HUN 3 MAXLINLS # <>0000 4 Ct-HO = UllTII 5 __ M>'C _____ '.. - bO'JO ".6 OUTPUT'ipLOTI ~ " « T SET t » ALL B 9 AXES = MY.X.Z 10 VlhW * 30.O.45.O.O.O 11 FIND SCALE. ORIGIN l.SHT 1 iz , ' ••••. .PLOT ' .•; "•..••''' -•-.-• . . ..• ; 13 BEGIN BULK !
A4-7 PHA&C 2 fcPART l.D SRM COUPLING RUN
INPUT U U L K li A 1 A 1) t C K t C H (1
1 2 .. 3 .. 4 . . 5 . . 6 . . 7 .. B .. 9 .. 1O CORD2R 696 0 no. 227 H 0.0 57.5136KR' __tRS!AN!< .68.25 P...P 48.43? CHRD2C 100 696 74.738 -.10.4V4 6. 13H p oo.o -3O.4«»4 6.13H t.C.' tCSSRM 74. 73B 0.0 O.O CIIRD2R 10I_ 696 74.738 —3O.494 '• • 1 3.H 74.738 -?H.b70| 15.69631R! 1RM 6RS SRM 200. -3O.494 6.138 GRID 690 1 IOO 9.750 ISO. 000 25.P42 loo 456 GRID 69O4 10P 9.750 90. OOO 25.242 .100 45«> GRID 6907 IOO 9.75.O O.OOO 25.242 100 GRID 6910 IOO 9.750 -90. OOO 2.5.?6 GRID 7O4O 1OP 3. ISO —90. OOO 44.5OO IOO 456 ' GRID 7097 IOO 9.750 180.OQO 69.053 IOO 456 ' GRID 71 OO _|OO _ 3 , 1 80__ 1 8_0 .00 069.053 IOO 456 GRID 71O«» IOO 9.75O 9O.OOO 6O.OS3 100 af>«> GR i r> 7112 IOO 3.1BO 9O.OOO 6«>.Ob3 ion ar>(> &KID _ TJ.i?!„ JLPJL - 9 . 7SO _ O.O l>9.0.'..3 too 456 GRID 7124 too 3. I HP 0.0 69.053 IOO 456 GRID 7133 IOP 9.7SO -90. OOO 69.053 too 456 ,GR f D 7136 JOB 3.I6O. _-90.000 69. 0!.. 3 IOO • 56 GRID 7193 100 «'.75O IHO.OOO 9J.607 IOO 4t-6 GR 1 1) 7196 IOO :>.iao IHO. ooo •'3.607 1 OO 4!>6 GR_ID 72O5 IOO 9.750 9O.OOO 93.607 100 456 GRID 7208 IPO 3.180 9P.OOO 93.607 100 456 GRID 7217 IOP 9.750 0.0 93.6O7 100 456 ; _ GRID _ /220 IPP 3 ..1.8.0 .,..0.0 93.607 IOO 456 . GRID 7229 IOO 9.75O -90. OOO 93.607 IOO 4?o6 (VI I U 7?32 IOO 3.18O -9O.OOO V3.607 IOO 4b«. __GR1D_. .72H9 _io o V..7bp _IrtQ.OOO 1 b . 1 60 ion 0 "GRID 7290 IOP 7.S6P IHO. 000 18.1 00 1 O.O 4S6 GRID 7291 IOP 5.370 IHO. 000 IH. 16O 100 4SO GRID 729? IPO 3.180 100.000 1 * . 1 00 100 4S<> GR 1 1 > fi-9J ino ". fSP IbO. OOO 1 H. 1 '•() 1 1 1 (1 n GR 1 if 7294 IOO /.•_,60 1!>O.()OO IH. K.O 1 OO 456 GRID 72_9b 100 b.37O_ ISO^ôO IH. K,0 |f>0 4'if: GKID 7296 100 3. IHO 15O.OOO 18.160 100 4S6 GRID 7297 100 9.75O 120.000 Id. 160 IOO O GRID 7298 IOO 7.560 120. OOO 1 8 .1 60 ion 456 GRILi 7299 100 5.3/O 12O.OOO IB. 16O 100 456 GH 1 D 7300 IOO .^.11-.0 12O.OOO 1 H. 1 t-(i IOO 4!;. ~~45h GR I D 73O4 IOO 3. I8O._ 9O.OOO 11 B.I 60 1 OO 456~~
~~A4-8 PHASt ii XPAKil III SUM COUPLING R~~
~~' . . • .. 1 N P U r HULK r> A 1 A (1 1 C K t C. H~~
. 1 .. 2 .. ' ' 3 . . . 4 .. 5 .• 6' . . 7 . . 8 . 10 . GRID :7305 too 9. 750 60.000 1 18.160 IOO 0 _ OR IP _7306 _100 7.560 60.000 118.160 IOO 456 OHIO 730 7 100 5.370 6O.OOO 1 1 8 . 1 60IOO GfMO 7308 100 3.18O 60.000 1 1 8 . 1 6OIOO 4 ;><•> cm o 73O9 IOO 9.750 30.000 118.160 IOO . o GRID 731 0 ,100 7.56O 30. OOO 1 18. 160 100 456 GRIP 7311 IOO 5.370 30.000 118.160 IOO 456 GRID 73 12 .100 . 3.19Q_.30..000_1I8.J60. IOO 4.56 GHID 7313 too 9.75O O.O IOO 0 GRID 7314 IOO 7.56O O.O 118. 160 too 456 GRID 7315 100 5.370 0.0 ..Ilb.l60_. IOO GRID , 7316 ,100 3. ISO O.O 118.160 too 456 GRID , 73 IT 100 9.750 -30.000 118.160 100 GH1U . . iooJ .'._.. 7i.5.bO -30..000 110.160 IOO 4S6 -GRID 7319 IOO 5.37O -30. OOO 1 I8.I6O IOO 456 GRID 7320 IOO 3.1 RO -30. OOO 118.160 IOO CK 1 D 7321 100 9.75O -60. OOO_ .LI 8. J.60. IOO 0 GRIP 7322 100 7.560 -60. OOO 118.160 IOO 456 GRIP 7323 100 5.370 -60.000 1 18.160 106 456 - GRIP ' 732_4 LOO •. 3.180 -60.000 118.160 100 .456. GRID 732ft 1 0 0 9.75O -9O. OOO 1 18.160 100 0 . GR I D 7326 IOO 7.560 -90.000 1 18.160 too 456 GPIP _73_2.7_ 1 QO . . 5.370 -90.000- UJtilAfl IOO GRIP 7328 100 3.1 BO -90. OOO 118.160 100 45.6 .GRIP 7329 IOO 9.750-1 20.OOO 118.160 100 0 ... J&LW ...7.33.0.'. .100 ....: . 7,.5«.0-I20.000 118,160 too 456 . GR I D 7331 IOO 5.37O-I20.000 118.160 IOO 456 GRID 7332 IOO 3. 180-120. OOO 1 IB.I6O loo 7333. 100 9.75O-15O.OOO 118. I6O i.Oo _ O -GRID " :'' 7334 IOO 7. 560-150. OOO 118.160 IOO 456 GRIP 7335 IOO 5.37O-15O.OOO 118.160 100 456 •_•_ GRIP -_.•._.'. 7336 3.160-150.000 J 18. 160 IOO 456 GRIP 7385 IOO 9.75O 180.000 142.713 100 GR ID 738H 100 3.IBO IOO.OOO 142.713 IOO 4b6 ; GR 1 O 7397 100 0.75O 9O.OOO 142.713 IOO GRID 7400 1 OO • 3.180 90. OOO 142.71 3 |OO 456 /GRIP . '-'"• 7409 too 9.750 0.0 142.713 IOO 456 GR I D •."•• 7412 too 3. ISO 0.0 142.713 IOO 456 GRID 7421 100 9.75O -90. OOO 142.713 IOC 456 GR 1 D 7424 100 3. ISO -90. OOO 142.713 ioo 456 . GRIP , 7481 IOO 9.75O 18O.OOO 167.21.7 IOO 456 GRID 7484 .100 3.180 180.000 167.267 100 456 GR 1 P 749? 1 OO 9.750 90.000 167.267' IOO 456 GR ID .... 749t> 1OO' . :n.l8O_; 9O.OOO 167.267 1 OO 456 •' OP ID IOO ••.7V.O O.O Ib7.£67 1 00 CM 1 I) IOO n.lHO O.O 167.2»'7 .100 .7517 loo ion t'jf> GR I P • 7520 100 3.180^90.000 167.267 IOO 456 7801 100 9i75 180.0 19«,.2S IOO GRIP 7803 too 9.4:1057.131.383196.25 ioo
~~A4-9 SRM CUUPLING RUN~~
~~IMP U T H U L K l> A 1 A n t c K !• C M U~~
! . I .. 2 . 3 .. 4 .. 5 .. 6 . . 7 . . rt • • 10 . GRID 7805 100 9.75 90.0 196.25 i oo 45t> GRU>. . _7«0& , 100 9.43657 .7|i3p3196.?5 1 00 45f- r,wic» 78O9 100 9.7T, 0.0 !•'(..?!> 1 OO 4';.i> OR in 781 1 100 •>o 1 OO «'.6 MilJ-L 7.B13 loo <» . 7'.» — 9O.O l''6.r"' IOO 4V.». GRID 7814 100 9.436S7-10H.617I96.25 1 00 456 GRID 7865 too 15.25 18O.O 217.94 IOO 456 GR_1D 7JB67 -IPO._ 14.75.977_!.3 1 ._3«32 1 7 .94 i oo 456 6U I O 7R69 IOO 15o2i> 9O . O 2 1 7 . 94 100 4 '.-.(I G« 1 O 7B70 100 14.7-J977 71 .3fl3? I 7.94 1 00 4cc. Gf-IlD 7B73 IOO 1S.?S> O.O 217.94 IOO 4 V6 GRID 7875 . IOO 14. 759 77 -48.617217.94 100 4'J,6 GRID 7877 IOO 15.25 -90. O 217.94 i oo 456 GRID 7878 too 14 . 75977-1 08 . 61 72 1 7. 94 IOO 456 GR 1 O 8134 69«> 99. 9H -19.4107 3.90 71 100 rtl)6 GWIL) 83^3 101 1 96.25 IS-ir/Vr.* <(.7'i 101 4 50 GW in B ?S5 .IP,' 196.25 13.072v.ti -9.7V, 101 4'.>(> PLOIffL 6001 6901 7O01 601 1 6VO4 7013 PLOTfcL 6002 7001 7097 6012 70 i ;< 7109 _PLOTEL _60O3 70V7 7193 _. 6013 710V 7205 PLUTEL bO04 7I«J3 7289 , 6014 7 Si}'., 7301 PLOTTL 6OOS 7?B<> 73B5 »iOlS 7301 73M7 PLOltL fopO6._ 738S 7481 '>OI 7J?fi'» PLOTEJ-.. . 60 E1_ , 69O7 7O25 6O31 6910 7037 PLCITLL f>022 7O25 7121 (.032 70 3 r 7133 PLOTI-L t>O2J 7121 f?l f 6033 7 1 3 3 722«> PLOTtL 6Ot?4 7217 7313 6O34 7229 7325 PLOTEL 6025 7313 74O9 6O35 7325 74 ?l PLOTEL 6026 7409 7S05 6036 74 ?l 7517 . PLOTEL ....60? 7. .7§05 __.. 7809 6037 7517 7813 t'LOTCL 6028 78O9 7873 6O3O 7 7803 7B67 6OI9 7HI 1 7 P. 75 PLOTCL l,Q2'j 70 Ot, 7B 70 __ ._. 6O39 7H 1 4 7H7H PLOTEL 6O41 69OI 6«>04 6051 7O<> 7 71 OO PLOTfcL 6042 69O4 6907 6O52 71 OS 7121 PLUTEL 6043 69.Q7. ,6910 «P.53 7121 7133 PLO1FL (>O'l4 6910 69OI <>O54 7133 7097 PLOTCL <:.O4b 7OOI 70 13 dOhO 7iv:-, 7205 PLOTeJL _ 6046 701_3 70?S___ 60b6 Tf O L> 7,?1 7 PLOTEL 6O47 7O2f> 7037 6O57 7217 7229 PLOIKL 6O4B 70? 7 7001 6O58 72?«. 7193 PLflTFL 6061 7269 7301 6O65 73HS 7397 PLOfH. bO6? 7301 731 1 6066 7:-'<7 7409 PLlMtL OO6.il 73 I 3 7 Ji.T, 6067 74 O 9 74? 1 PLnTTL f,O*>4 73 2S> 7PH" (>OO»;1 74 ;> i 73M«, PLOTEL 6071 7481 7493 6O81 7I»(»I 7HO3 . PLOTF.L 6O72 74«»3 75O5 6O82 7H03 70Of. _PLOTKL _ .6073 7505 7517 6O83 7H05 78 O6
~~A4-10 IPAHI in SHM COUPLING RUN~~
~~I N PU T D U L K IJ ATA D t C K c H n~~
. 1 ..2 .. 3 ••••' 4 .. 5 . . 6 .. 7 • . 8 • • 10 PLOTEL 6074 7517 7481. • 6084 78O6 78OV PJ-OIEL....._bflSl.... -. JT865. _ . 7867. _ _ . . .,6085 7809 781 1 PLOTtL 6092 7867 7869 6O86 7fll 1 7HI 3 PLOTFL 6O93 7870 60 B 7 7813 7814 PLOTfcL 6094 7870 7873 <>OH6 78 1 4 . 7001 PLOTfeL 6095 7873 7875 . ' . 6075 8 134 PLOT6L 6096 7875 7877 6076 76O5 B352 6077_ . 7809 8355 PLOTEL 6098 7878 7865 6O78 78 1 ? PLOTFL 6101 7004 7O16 611 1 7?Ofi PLOTEL 61 02 7O16 7O28 61 12 71? OH PLOTEL 6103 7028 7O4O 6113 7220 7232 PLOTEL 61O4 7040 70O4 6114 7232 7196 PLQTJiL_ ..JtlOS.--.. ...71 I?-1—' - - .6115 7292 7304 PLOTtL 61O6 7112 71 2*1 6116 7304 7316 PLCITEL 6107 7124 7136 61 17 73^8 PLOTEL 610B 7136 7100 61 18 7? 92 PLOTEL 6121 7388 • 74OO . . PLO'TEL 6122 7400 ; ' 7412 : • -' __ELOiEL_ ------. PLUTEL 6124 74?4 7388 PLUTEL 6125 74P4 7496 PLOTtL 6126 7496 7508 PLOTEL " 6127 7508 752O PLOTEL 6128 '752O 7484 ' •— PJLQJEL..-. 6JL3-I '... 7.0 0_4 '_ _ . . 6141 70 13 7016 PLOTtL 6132 7097 7100 6142 7109 7112 PLUTKL 6133 7193 7 1 96 6143 72O5 7?OH PLOTtL 6134 7289 7292 6144 7301 PLOTEL .6135 7385 73B8 6145 7397 7400 PLOTEL 6136 7481 7484 . 6146 7493 7496
.TO2S •v 7028 _ 6161 7.O37 704 O PLOTEL 7121 7124 . 6 1 62 7133 7136 PLOTtL 6153 7217 6163 . PLOTfcL t>li>4 7313 7316 6164 7325 PLOTEL 6155 7409 7412 6165 7421 74_ 72,95 7^96 7298 7299 OMIT 1 123 7300 7302 7303 7306 7307 7308 7310 OM 1 T 1 123 7311 7312 7314 7315 73 Ib 7319 73?O DM IT 1 • 123 73? 2 7323 73 ft 7327 733O 7331 OMITl 123 7332 7334 7335 7336 OMITl 456 7289 7301 7313 7325 . _ .ÔM l.Ti 1.2345 6_ 7293 .7297 73O5 73O9 .7317 '321 7329 (JM1 1 1 1234F-6 733? PAHAM IPNAMC SPMP? PANAM TPCOPV 1 PARAM MOSUB '. .2 • PARA* TPNAME9 ' SRMP1 _SUBK4
~~A4-11 PHAbE 2 (PART I) SRM COUPLING RUN~~
~~i N (•> U 1 ft U L K t> A i A n h C K 1 - C H O~~
. I DMI GFAC O 1 1 1 _DM.I . 1 DMI bFAC O 1 2 I 1 ^ DMI BFAC 1 1 1 .0 DMI K(-AC O 2 1 -.2 2 I DMI K.FAC 1 1 1.0 1 .O CONRUD 1 7001 7O97 i OOOOOOI MATI 1 10.5f,<> .3 MPC 6050 1 1.0 H134 1 -1.0 SUP OR 1 8134 12? 83b? 123 H355 I?? DMI iron O i> 1 ei <> 9 DMI EOR 1 1 -.O12047 .98O338-. 19O959-2.8.91 4P 3.2343PCI 01 6F.O1 17.86.64
~~.DMI ..EOS.. ;.. f 1 9 OS98S . i97;-«ô .«J 78S04-25. SM31- I^.O«>«7f.r, Oi> 01. O2 4.eot>04~~
OMI t-.QH 3 1 . *> 9 M 1 3 3 OdlOS I.IC'SO? ^4.45«l?tlO^ C.E.Q3 19.3744 DMI EOH 1 .99813 3 O61OS .913934 43.51 1ODFO4 tEO.4 14.9423 * _DM1 EQK • s ... 1 - . 01 2 04 7.')80338-. 19«>9t>9-2«.4 1 1H 36.979O6EOS ttO5 18t>.7937 DMI tOR ft 1 .OS9hS .1M7328 .•i7HbO4-?0.960H-lP3.714tr&^ jyf 06 38.3P98 UM1 EOR 7 1 .99813 . 3 -. Ot>105 1.14H8S 24.394l?.tl-O7 eeo7 18.7829 JJMJ -.-EQR-. ... 8_ 1 r..O12047 .980338-. 1969SV-W. 94825 3IS.979.CEO8
~~OMI FOR r, , .O^ysc, ' .1973?8 .'l>7et>04-?«.960B-183.714CEQ9~~
~~ENDDATA tlOIÂU: f.OUNTp 230~~
*** USER INFORMATION ME SSACifc 2O7t BULK DATA N(11 f.OfJTbD. XSOR1 »ILL wr-CIHI)FM OfCK.
~~A4-12 PHASE g XPART I) SRM COUPLING RUN~~
5 II R T • F O fiOLK P A T A U'CHfl SARD ' COUNT • 1 .. £ .. 3^ ...<>.. 4 . . rv •• 7 .. 8 . . *> 10 ' Ir-CONROD 1 . 7001 7O97 1 .OOOOOOJ, 2jr.CORO.2C _JOO __ 696 . 74.738. -3O.494 6.138 200.0 -30.494 fc.138 CCSSRM 3-GCSSRM 74.738 O.O O.O .4-CORO2H 101 696 74.73ft -3O.494 h.138 tj-f.HSSRM 200. -3O.4«>4 _. ft, 13H . 6-CORO2H 696. Q -«O.?27H.O f.7.S136. CRSTANI 7-tRSTANK 66.2S O.O 48.432 ..._ 8_-PMJ BH AC. ,,_ .0 . ' ? .1 2 I 1 O-DMI Of1 AC i 1 1 .0 1O-OMI KOR • O 2 1 *• 9 11- DM1 bOR . 1 1. -.Ol 204, r.9 12-tEOI 17.866* 13-OMI EQR 2 1 .OS98«i ,I973?8 .978SO4 -2i>.5831-16.O687f.EO2 14-CEQ2 ____•__ 4.B_OS04 15-OM1 fcOW 3 1 .99H13 3 -.OblO5 1.1«502 34.4S<»3 F.EO3 16-F.E03 19.3744 17-OMI tOH 4 1 -»0*>lOti .913934 43.511O CCO4 I8-CE64 . . 14.9423 : 19-DMI 1 ' -.O12O47.08O336 -.19b959V2P.4i 1836.979O f,rQ5 '
~~21-OMI EOR 6 1 .Orj^HS ,197.'a.26 ^978SO« -2.0. 9608-183. 714CF O6 2P-r,HQfo 3B.3298 23-DMI tOH 7 1 .99JS13 3 -..061Of> 1.1488b 24.3M4S EKO7~~
. I 24-1tE07 ' 18.7829 2*- DM1 EOR 8 1 -»OI20<»7.98O33P -. !Ob«»S9-8 .9482536.979 CFO8 _» 84. 6.0 3? 27-DMI EfM* 9 1 28-CI:O9 38.3298 29-DM1 *•* ' •' 1 .;. 1 . 30 -DM | GF AC ';-. 1 1 . i.o'. • -- • -•''.• KFAC 0 2 • '1 ' ? • " ; • ' . 2 • I KFAC. 1 I I.O 1.0 v 33-GHID 6901 100 9. 750 1HO.OOO i?S.C'4> IOO 4!>fc 3t -CD ID 69O4 1 OO 9. 7SO 90.0OO' ^5.k">^ IOO «>>«i t.-VO7 IOO 9. 7.bO O.OOO ?S.?4? lOO «'t».. a6-GHIt> 6910 .100 9. 750 -90.000 i.'b.a'*? 100 . 4r-»t. 37-^ GRID 700 1 1 00 9. 750 180.000 44.i>00 100 4bf> 7004, . 100 3. 180 IflO.OOO 44.SOO 100 Abb 39- CM 1 0 7013 IOO P. 7?>O 90. ooo 44 .•.ino IOO 4f»6 IOO IHO 90. 000 44 bOO 100 40-bRlU 7O16 3. • 4S6 4 1-CttID _7_O25 IOC <>. 7_fjO__. O.O 44. •>0l- 4*.>i. 42-GRID 7028 100 3. 1«0 0.0 44 500 100 45fo • 43-GHID 7O37 100 9. 76O. -90 .000 t>* IOO «!>C- • 500 44-GRIU 7O40 1 00 . -9O 44 5OO IOO «Sb 3». .000 • 7097 IOO 7*°0 lb() .000 100 4S«'> 4 6- GRID 710O 100 3. IHO IHO .000 69 o;>3 100 4i»h * c> . 47- GRID 7109 100 «>O. ooo IOO *sb 48-.GRID 7112 100 3. 18O 90. OS 3 100 4!>b ooo 69 •
~~49-GRID 7121 100 9. 7SO 0.0 f>9 » 053 .IOO 4S.6 _.M=GR.IP_..__ii?* _ .._.ioo 3. 1 80._ .. °'0 ''9 .053 100 *5'; •~~
~~A4-13 PMASfc 2 (PAUT 11 SRM COUPLING RUN~~
S O R 7 F D B U L K D A 1 A r- c H it CARD COUNT . 1 .. 2 .. 3 • • 4 5 .. f> < 10 5 1 - GR I D 7133 IOO 9 750 -9O.OOO 69.053 IOO 456 52- GRID 7136 1.00 _ i -9Q.OQP_ IOO 4SO 53- GRID 7193 IOO 9.750 1 HO. OOO 93.6O7 JOO 54 -GRID 7196 1 OO 180. OOO 91-1. 6O7 1OO 55-GR1D 7205 100 9 750 9O.OOO 93.607 100 56- GRID 7208 100 3.1RO 9O.000 93.6O7 IOO 456 57-GRIO 7217 too 9.750 O.O 93.607 IOO 456 SB-GRID ._ 7220____ . .3..1_8.0 .0.0 93..6O7 IOO 59- GRID 7229 100 9.75O -90 .00(1 1 O <•' 6O-GRID 7232 100 3.IRO -90 .000 93.6O7 IOO 6 1 - GR I D 72b9 1 00 V.750 ieo .000 118.160 100 (I 62-GRID 7290 IOO 7.560 ISO .000 i ia .160 100 456 63- GRID 7291 100 S.370 180 .000 118. 160IOO 4S6 64-GRID 7292 too 3,. ISO 18O .000 . 16O100 456 65- GRID 7293 too 9•750 150.000 i m IOO 0 66-GRID 7294 1 OO r 560 ISO .000 1 16 .160 IOO 456 67- GRID 7295 1 OO 5.37O _1 50.000 1 IH. 16OIOO 456 68-GHIO 7296 IOO 3.18O 150.000 1 16. 160100 456' 69- GRID 72«.»7 too 9.750 120 • 000I in . 160IOO O 70-GR1D 7298 IOQ . 7•S6O 120.000 1 lb. IbOioo 456 7 1 - GH 1 l> 7299 IOO 5.370 1?0.000 1 IH . 160IOO 4'.. 6 72-GH1U T3OO IOO 120 .000 lib .160 JOO 4 ".-><:> 73-GRIO 1 OO 9.750 9O.000 1 1 n. J.6 0100 O 74-^ GRID 7302 too -r•560 90.000 . 160100 456 75- GRID 7303 IOO 5.370 90.000 1 18. 160IOO 456 76- GRID 7304 100 3 180 9O.000 11R . 160lOO 77-GR1I1 7305 i oo 9.750 6O.ooo 1 IH . 160ir>o 78- MUD 7306 IOO 7.560 6O.ooo 1 IH . »60too 79- OR ID 7307 ' i oo 5.370 60.000 1 1').160 IOO 8P-GRID 7308 too 3•180 60.000 118 . 160100 41)6 81 -GRID 7309 IOO 9.750 30.000 1 18. 160100 O 100 7.560 .30. op p. 1 1« . loOioo B3-GR1D 731 1 1 00 3O.ooo 1 Ih. u>o100 84-GRIO 7312 100 ? ISO 3O.ooo 1 in . 160IOO 85- GRIP 1 CO 9 750 1 IH . 1601 0 O O 86-GR1D 73 fi IOO 7.560 0.0 1 1.1. I 6 <;1 00 4fi6 8 7- GRID 7315 too S.370 0.0 1 18. 160100 4ti6 88-.GRI.D io_p_ 3» 18.O O.O 118 . 160100 H9-GM ID 1 OO 7f,0 -30 .000 1 1 'I . K-01OO 0 731H 1 00 -_>0 .000 1 1 ." .160 ion •>•••. 6 V > 1 <•> IOO lit' iOO 92- GR ID 7320 1 OO 3.180 -30.000 I IH . I6O100 93-GHID 7321 1 OO 9•750 -60.000 1 IH . 160IOO O ioo f.560_ _ -60.000 1 1« . 160IOO 466 9f.-C.KID ~73;>3 i oo .370 -6O .000 1 1C.. l«>0 100 96- (.U 1 ll 1 OO 3.1EO -60.000 IOO
'/• 7 - C.I. 1 O ioo 750 -90 .000 1 1 1). 1 6l>loo (I 98-GRID 7326 100 7.S60 -90.000 i in . 160100 4S6 99- GR ID 7327 too 5.370 -90.000 1 1 rt. 160ioo 100- GRID 732b 100 3.ISO -90 .000 i in . 160100 456
~~A4-14 9 • XPART In SRM COOPUING RUN .~~
~~._,.._.~~
t, . S 11 RTI-D HULK 11 ATA EC H (1 CARD I COUNT' i ... 1.. 2 ... 3 ..' 4 .. 5 •• 6 .. '7 . . H . . . • 101- GRID 7329 100 9.75O -I20.6OOI1R.160 IOO 6 " . __102-.fiB..l.D 7330 . 100 7.660 -120.0001 18. 160 100 45't> 103- GRID 7J.il IOO 5.370 -I;M>. nooi IM. i6(i 100 4!. l> 104-fiRll) 7332. 1 00 3.1HO -li'O.OOOl IH. K,U IOO 4S<> IpS-GMID 7333_ too _ ._V_«J!5_0.. .-I5Q. .0.00.1.1 B. 16P IOO 0 106-1*10 .733* 100 7.S60 . -150.000118. 16O IOO 456 10T-GRID 7335 IOO S.370 -IbO.OOOl 1B.160 IOO . *56 1 OS- GRID 7336 _1:09 3j*J.80. -If>0. OOO 1 IS. 160 _ 100 _:_ 456 .. IO9- GRID 73H5 IOO. 9.75O 1HO.OOO 142.713 100 4 '.,6 110- GRID . 7368 100 3.18O I8O.OOO 142.713 IOO 45.6 I 11- GRID 7397 IOO 9.75J) 90.000 142.713 100 456 ; '•• \i i£%'[|SRii> 7*00 too 3.180 9O. 000 142.713 IOO 456 : .i»3-i'fe*R-J.D' 7409 , . IOO 9.750 O.O 142.713 100 456 11*- GRID 74 lg ^_uao i_ ,3..JJIO . O.O .142.713 100 " 456 11 5- GRID 7421 too 9.75O -9O.OOO 142.713 IOO 116- GRID 7424 too 3.I8O -90.000 142.713 IOO 456 1 1 7- GR I D 7481 IOO 9.75O ISO. OOO 167.267 IOO 456 „ . I I «*-'<•« ID 7*8* . I OO 3.180 180.000 J67.P67 IOO 456 ' II 9- GRID '. 7*9.3: ,' '• IOO 9.750 90.000 167.267 100 4S6 I20- 'lO.OpO 167.267 IOO 4h6 1 •/ \ - (.!' 1 1 ) 7t.ii!. ion 0.7SO 11. o li. /..•(,; Ilio Vu. I?.'- t>l< ll> f!.OM too •». 1 lid o.o Iti /.;•», / Kill O.'.f. _ JtiJ.3.rJiH I U . .-/'-'JJT-^ — I op ".^•..0 ••..•(!. (IOO Ib/.^fi/ IOO 4 •_.».. 12*- OR If) TS2O IOO 3.1RU -90»'OO.O. I6.7»?67 IOO . : 456 125- GRID 7BOI IOO 9.75 IPO.O 196. 2S IOO 456 ji>6- GRIP 78.0.3.!..,-... .100 9.436«,7 131.383 1.96.25 IOO 456 127- GRID 7H05 too 9.75 «>O.O ««•<».?•., IOO 456 128- GRID 7HO6 IOO 9.436t>7 71..HH3 196. 2ti IOO 4t>6 129- GRID 78O9-' 100 9.7t> O.O 196.25 I'OO 456 130- GRID 78 1 I too 9.436S7 -*8.6I7 196.25 IOO 456 131- GRID 7813 IOO 9.75 -90.0. 196.25 IOO 456
__l-3?-TiG_R I VL._. _ 781* IOO 9.*3*t>7 -I08.617I96.2"» IOO . 456 133-GKU' 7O65 IOO It.i2!> IRO.O 217.94 IOO 456 134- GRID 7B67 loo 14.71>«<77I Jl .3H:< 217. 94 IOO 456 135- GRID 7869 l.oo . 15.25 ?-S.9.7_7-46..._6.I7. _2ljT.,94 10.0. 456 1 39- GR 1 D 7B77 IOO 15.25 -9O.O 217.94 IOO 456 140- GRID 7878 IOO 14 .7t>9 77-1 OB. 6 172 17. "4 100 4f>». 141- GRID 6134 6<>6 «<9.96 —19.41O7A.OO71 IOO 456 142- GRID : 8358 101 196.25 13.87?«.89.75 IO1 456 143- GRID 8355 101 196.25 1 3.87258-9.75 101 456 J44- MAJ 1 1 . '• . . IO.Sf.6 •3 . . . ' . . ' I4b- MPC 60SO 6907 1 1.0 fti:"l 1 -i.o 146-IIMIT 1 123 729O 7291 7204 72"5 7?«>6 /2«H 7,?9 .._!.» .7- UM1 11 i?;» 73OO 73O2 ._ 7.1O.-5 /.!Oi> T3»f 73OH 71Jt> 7?IH 7.^1« 732 I*9-OMITI 123 73?2 7323 7324 .7326' 7327 7330 T?3 . Vt>0r JW» I T 1 123 .7332 7334 7335. . 733t>'.-
~~A4-15 PHASt 2 (PABT I) SRM COUPLING RUN~~
(1 U T F D HULK O IN 1 A t C (1 O CAKD COUNT . 1 • • 2 .. 3 .. 4 • • 5 • • 6 • . . 7 .. 8 • • 10 151-OMITI 456 7289 7301 7313 7325 152- OMIT!.. 123456 .7293 _._. 7297 7305 7309 7317 7321 732«; 153- LIMIT 1 7333 154- PAKAM NflSUH 155-PAkAM SUHK4 1 156- PAR AM TPCOPV 1 157-PARAM TPNAME SRMP2 __ 1 SB- PAR AM TPNAME9 SRMPl lt»9~PLOTbL 6O01 6901 7001 601 1 6V 04 70 1 3 160-PLOThL 6OO2 7001 6012 7OI3 710" 161-PLIlTfcL 6003 7O97 7193 6013 7109 72O6 162,-PLOTEL 6OO4 T193 7289 6014 7205 7301 163-PLOTEL 6005 7289 7385 6015 7301 7397 16*-PLOTEL 6006 7385 7481 6016 7397 7493 16h-PLnTCL 0007 7481 7801 6017 7493 78 Ob 166-PLOIfcL 6008 78O1 7865 6018 7b05 7869 167- PLOT EL 78O3 7867 6019 78 1 1 7875 I68-PLOTEL 6021 69O7 7026 6031 69 IO 7037 169-PLOTEL 6022 T02S 7121 6032 7037 7133 170-PLOTEL 6023 7121 7217 6033 7133 171-PLUTEL 7?17 7313 6034 722«l 172-PLOThL 7313 7409 74? l' UO^ 603O 7321) 173-PLOTEL 7409 71.O5 60J6 74^1 7S17 I7*-PLOTE:L 6027 7505 78 O9 6037 7517 7813 175-PLOTfcL 6028 T809 7873 ' 6038 7813 7677 176-PLCITFL 6029 7806 7870 6039 7814 7870 177-PLOT1£L 69O1 7C97 7109 I 78- PI OTEL <>904 6907 7109 179- PLO ItL t.O-43 6907 ft'MO 71 i 1 7133 180-PLOTtL 6044 6910 6901 7133 7097 181-PLOTEL 4>Q4-*> 7001 7013 60S5 7193 6 04 f> 7 OJ 3, . -JTP..2SL 6056. 7205_ 7217 183- PLOT EL 702S 7037 6057 721 7 71-? 4 184-PLUTEL 6O4H 7O37 7001 6058 72?«* 7J«>3 185-PLOTtL 6O(>1 T289 _ 7301 _739/. 186-PLOTEL 6O62 7301 7313 6066 7397 74 O9 187rPLOT6L 6O63 7313 7325 6067 7409 7421 168-PLOTEL 6064 7325. 7289 606fl 7421 73B5 189-PLOTEL 6O71 7481 7493 6OB 1 78O1 7803 190-PLOTEL 6O72 7493 750f> 60 62 7R03 191-PLOTCL 6073 7505 7517 6083 7«05 . 7806 -.' i$$a-fHsOTec 6OT4 7517 7481 6084 7806 7809 I93-0LOTEL 6091 7865 7867 608b 7809 7811 19A-PLOT6L 6092 T867 7869 6066 7811 __7B1_3 195-PLOTEL 6O93 7869 78 7O 6087 7R13 7814 196-PLOTKL 7870 7873 7614 7801 197-PlOTEl. 6075 8 1 34 198-PLl)TEL 6096 7877 6076 831-2 199-PLUTFL 6097 7877 7878 6O77 83S5 200-PLHTKL 7878 786'j 607H 7B 1 3
~~A4-16 pHAfit-: 2 IPAHT 1 > SDH COUPLING RUN~~
7 t- D 1. K n A i A L C H 1 1 CAHD COUNT .1 . . 2 • • 7 10 2O1-PLOTEL 6101 7004 61 1 1 7196 7?O8 202tJ?LOTEL 6102 7016 6112 720B 2O3-PLOTIfL 6103 702B 6113 7220 2O4-PLOThL 6104 7O4O 6114 205,-PLOTEU 6JJJ!> 7100 . 72'»2 . 7304 .206-PLOTEU 6106 7112 61 16 7304 7316 207-PLOTEL. 6107 712* 6117 7316 7328 20B-PLOTEL 6X08 . 7 1.3 6 ^_ .6 1.18 7328 7292 2O9-PLOTEL 6121 738B 210-PLOTtL 6122 74OO 211-PLQTEL 6123 741? 212-PtOtEL 612*; ::. 7*2* 213-PLOTEL 6125 7*8* 2. 1A^.RLOJ"E1L__ 6126 7*96 21b-PLl)TCL 6127 7son 7S20 21b-PLUTt:L 6128 7520 217-PLUltL 6131 7001 .6.1.41 2IB-PLOTEL 6132 - 7097 6142 710M 711? 219-PLOTEL 6133 7193 6143 72 OS 72 0« 6144 7301 730* ""ff^PLOirL " 6I3& 738S 6 I 4 '5 73s»7 7400 222-PLOTfcL 6136 7*81 74 'J3 T»'t> 223- PLflTt L__ 6151 702'J. 7O3/ 224-PLOTEL 6IS2 7121 616? 7133. .7136 22b-PLOTeL. 6153 7217 6163 _ 226-KLOTEL 61t>4 .7313 .6164 227-PLOtCL 615S 74O«J 228-PLOTEL 6 1 S6 . 750S 7S17 _229L-^£ye.'»Hl_.-JLO5 ._j5i3_. »2J 1 2 3 ENDDA1A
A4-17 { SOLID ROCKEJ BOOSTER COMBINED MODEL PHASE U PT. 1 — 116 DEGREES OF FREEDOM Z702239 - • • ,Hkj,:,, -<->•.....—-::_____ • N A S T R A N E X E C U I I V_t_ c o HTf" R t)" L ., . o. t c K ECHO
ID PHASES SRMR1 APP DISP CHKPNT YtS TIME 15. SOL 7.0 DIAC 7.8.13.14,19.21.22 ALTER 2.2* PARAMETER DEFAULTS PARAM V/C.N.NOP/V.V.NOSUB=0 PARAM //C.N.NUPXV.Y.TPCfif-y = -l PARAM //C.N,NOP/V.Y.;.Ub&K«-l PAKAM //•C.N»NUP/V.V.MJHK4=-1 PARAM PARAM . X/C.N.NOPXV.N.THUb=-l AL1F.R _j CMKPNT tST»«t I .LCPT.C1PC1 PARAM //C .N.SUf.!/V.N.CUWLE/V.V.MOSUH/C.*. I PARAM //C .N.NdP/V ,N.NUK4G<>«'-I ' ; PURGt ,- KGGX.K4C>G.GPST.I)GPST/NO&IMP CHKPNT^ KbGX.K4CG.GPST.,OGPST COND U30.NOSIMP : COND ,L2i>A.Gt)-U L L2bB.COUMLt LABEL 'PURGE O GP S T / TR UE CHKPNT OGPSt ' . LABEL L25U ALTfR 30.31 CHKPNT KGCX.K4GG..&P&T LABEL L30 ALTER 34-. 35 . ' ' • . PARAM X/C . N . AND/V . N . NUBG/V . N . NO6GG/V , Y , SUOB PARAM //C.N.AND/viN.NORK^/V.V.SUBGX/V.V.SUBKA PAKAM //C,N,ANI)XV.N.N[)K/1/V.N.NURK4/V,N.NOK/»C.C COND L34A.NUMGG • . JUMP L34U LABEL .L34A . • • • CONO ERWOR3.COUPLI LABEL L34B '. • . PUt»- AC/CCHIHLt CMKPNT KGGS.MGGS.KrtGGS.tlGOS PARAM X/C .N .HOP/ V .N ,CHECK=0
~~,A5-1 N A S T A N t X t C U 1 IV C (I N T H L C II II~~
COND LPCV.CUUPLK i SKIp.NOT A C11UPLING RUN INPUTT1 X....XC.N.-3XC.N.9XV.Y.TPNAML:q *_LJ SJ_I APC F, ME WIND PARAM XXC.N.NUPXV.N,PASS=1 S. INITIAL LIIOP PA^-S PAKAVII' 1 !• R PURGE K4GGS.K4GGI .K4GT.G1KI.K41I.K.4I . GFA C ,«H A CXNUkK>» PURGE C.1K.I .GF AC./i,UMGK./K4 1 .K.F ACX£ UL>K4 /bGGf .UGG1 .HG1 . i',F_AC /SUBB CMKPNT K4GGS.8GGS — - JUMP LUOPC LABEL. LUOPC S TOP OK LOOP PARAM X/C.N.SU8/W .N.PASSI/V.N.PAf.S/'C.N.i- INPUTTI /CPGI .K| .Ml . . XC.N.b/C.tv.V * COND LPC 1.PASS I 'JUMP LPC3 LABEL LPCI Mt_RGE . ...K I.CPGI <.—1 /C.N.2XC.N ,il, MtRGt. ...MI,CPGI ./MGGSXC.N.-l /C.N,2/C.N.f> CONl> KbHGt . . . ..CPGI ,/K.4GC,S/C.N.-|/C.Nti^/'C.N.Ij LABEL LPC2 COND LPC3.SUbb MERGE. ... .CPGI ,/T.GGS /C .N. - I/C.N,i»/C .N .i> LAbEL LPC3 CUND LPC4.PAbbl »/K;GCIXC.N.-l/C.N.c'/C.N.6 MERGE.. ...MI .CPGI ./MGGI /C .N .- 1 /C .N. 2/C . N.6 ADD KGGS.KGGI/KGT t EOUIV K6T.KGGS/TRUE ______ADD MGGS.MGGI/MGT 3. hOUIV MGT.MGGS/'lRUt COND LPC4A.CHLCK JUMP LPC4 LAbEL LPC4A CHKPNT KG6S .MGGj. LADtL LPC4 COND LPC7.KUKK4 CONO LPCt>«SULi6K _ PARAML GFAC//ciN.l)MIXC.N.1XV.N.PASSXV.N.GIR T PARAMR X/C.N.EOXC.N.O.GXC.K.O.OXV.N.GIRXV.N.OUTC/V.N»INCI/V.U.INC^X V.N.NUG I 4 ______PUWGh 1-.IM /NIJGI ~~ CtlND LPC 5.NIK', I PAR AMR //C .N.CI'MPLll X/C .N.O ,0/V .N.GIR/C « N. 0 . O/V . N. G I 1 "ADD KI .XGIKIXV'.N.GI * LAORL LPCt> CUND U PC b. SUi'K. 4 •_ PARAML KF AC//C .N . f)M I/<_ .1-4 . 1 X V . W .P A Sfi/V .N .*K4R J P/iRAMK //C.N.riJ/C.N.(J.O/C.N.O.O/V.N.K4HXV.N.OIITf./V.'\. I r<(.. I /V.A. . V.N.NUK't | -j. PURGE K4I/NUK4I CON& LPC6.NOK4I INPUTT1 /K41.•.,/C,N.O/C.N.V i
~~A5-2 N A S T ft A N EXEC U T I V E C O N T H U L C M II~~
LABEL UMCfa ADO GIKI.K4I/K4I1 MbRGt. ...K4II.CHOI./X4GGI/C.N.-1/C.N.P/C.N.6 ADD K4GGS»K4GGI/tC4C.T •EUUIV K4GT.K4GGS/TRLK-. COND LPC7A.CHECK JUMP LPCT LABEL LPC7A CMKPNT K4GGS LABtL LPC7 COND LPCb.SUbB PARAML bFACX/C.N.DMl/C.N.1/V.N.PA5S/V.N.BIH 4 PAWAMR //C.N.EQ/C.N.O.O/C.N.O.O/V.N.UIKXV.N.nufc/V.N.IN(.l/V.N.CNC2/ V.N.NOUI * . • COND LI'CHA.NUUl INPUT11 /BI ... ./C.N.l)/C.N.«y * HtR&fc. ...HI .CI-H.l ./tK.GI/C .M.-l/C.N.^/l .K.I. ADD BGGS,B(iGl/tiG1 * fcOUIV BGT.BGGS/TKUt LABEL LPCBA COND LPCtib.CHM.K. JUMP LPCH LABEL LPCnt) CHKPNT OGGS • LABEL .LPC8 . PARAM //C.N.AUD/V.N.PASS/-V.N.PASS/C.N . i PAR AM /XC .N.SUb/V.N.SK I Pi'/V . Y.NCJSUH/V . N » PASS PAMAM .//C.N.SUb/V.N.CHftK/V.N,SKIP?/t.N.1 CUNO LHCV.SKII-'?. KEPT LOOPC.20 LABEL LPC9 ADD _K COX* CHKPNT KCGY ADD MGG. CHKPNT MGGY COND LPC1 I ,N(JK4 ADD K4GG.K4CGS/K4C.GV
LABLL LPCll COND LPCl?»N()t!G ADD hGC. CHKPNT BGGY LABEL LPCI? EQUIW KGGY.KGG/NQGtNL I ALTER SMA3 Gl- I .KGGYXKGG/V.N.HISI T/V.N.NOGf-NLXV.N.MlSIM-l * ALTtW t>l t>3 PUNGE GM/MPCH/'GU/UMlT/KFS/SlNGLt EOillV KGG.KNN/MPCF 1/MGGY.MNN/MPCKl/BGGY.BNN/MPCF 1 XK 4GGV .K4NN/MPCI- 1 CHKPNT GM.KG.GO.KFS.UStT .K.NN.MNN.BNN.K4NN
~~A5-3 N A S T A N t X t C U 1 V L C O N T n L t C H II~~
CONO L53A.NOMGG ADD MGG,/>«GG/'C.Y.ALPHA=X366.4.O.On MATGPH GHL.USET .SIL.WGG//C.N.G LABEL CONLt L&3U, COUPLE. JUMP LBL* LABEL L53U ALTER 63.63 MO. 2 USE T.GM.KGG.MGGY.BGGY.K4GGY/'KNN .MNN.HNN.K4NN ALTER 74 . 74 COND L«7.()MIT ALTER 77.77 ALTER HO.81 _COND _ LBLB.NOHG ALTtH 65,Mb CUND LB/.NUK4 ALTER H7 _ LAUEL LB7 "" — - _ . . PURGE CPAKL.CPFUA.CPNSF .CPGMN .LOK.hQL . I O A ,F On.l-.Of ,f UM ,K OM .COG/MI' ACT PURGE EA.tLXT.tQMT.EClNT.fcOOl ,EQGTC.MOGCi .MIiGGYXI>h AC1 PURGfc KLL.KLU.KKK.LLL.ULL .DM OKT.DMT.filT . CM T/T.I-ACT CUNU • LCP!>.»tACl t H-Stl MUST H. l.)l. I Nl O TO Gf N! KATI 1 U /C.N. 1/C.N.^/t ,N.i- LABEL LCP1 EOUIV tOF,EUN/SINGLE COfcO LCP^.SINGLh VfcC USP.TXCPN?>F/C.N.H/C.N.'
~~A5-4 A S T R A N .EXECUTIVE COUTH OJL~~
..EOF..CPNSF./KUN/C.N.1/C.N.2/C.N.2 LABEL. LCP2 |_ • ._ THNSP EON/EON! MATGPR GPL.UStT.SIL.tONTX/C.N.N EQU1V tfON,tiQG/MPCFl "COND LCP3.MPCFI VEC ' USET/CPGMN/C.N.G/C.N.M/'C.H.N TRNSP • MPVAD tiON.GMl ./tOM/C.N.O/C.N.i/C.H.O MERGE E.OM..EON..CPGMN./UUG/C.N. l/t .N . J'yC.N.i-- TRNSP fcQM/bQMT '_ MATGPR GPL.USt T.SlL.tOMl/'/C .N.M U'ABEL LCP3 GHKPNT CPFOA.CPNSF.CPGMN.CPARL CHKPNT LOG TRNSP EOG/LOGT ADD t'QGT.XEQGTCXC. Y.ALMHUO ( aafa.4 ,O.O ) 3 *'. ASSUME CONVERSION Of MASS TO LtiS #386. A PURGE MDGG/NOMGG/MOGGY/COUPLK
SUPVAD FUG. MGG. LOGIC. . ,/M(H,GXC .N.3XC.N. I C .K'.O LABE.L LCP4 COND SMPYAO EOG.MGGY.EQGTC..,/MOGGY/C.N.3/C.N.I/C»N.O * LAÊL LCPS JjAT£HN__MUGG»MaGOV...// » CUNO " LcPe»TPCo^y SetMA7 KAA.,,.//C.N.PKIN1 SEEMAT MAA,.. .//C.N.PIUNT '__ OOTPUTl G^»GO.KFS.KAA.//C.M,-I/C.N.O/V.V.TPNAME OUTPUT 1 MAA«;,.// * COND LCPV.NOK4 SEEMAT K4AA....//C.N.PMIN1 OtHPOTl
~~A5-5 NASTUAN t-Xf: CUllVtr CONTMHL Df-CK 1(1411~~
~~ECHO OF FIRST CARD IN CHUCKPOINT DICTIONARY TO BfT PUNCHf-O OUT FOR THIS~~
~~RtSTART PHA.Sb'2 .SMMK1 . 8/^6/73. 17786.~~
~~A5-6 PHASE 2 iPAKT I) SRM COUPLING RUN~~
f. ASH C ri N T l» (I L IJ ». C X CAHO COUNT 1 TITLE = PHASE 2 < PART 1) 2 SUBTITLE * SRM COUPLING HUN 3 MAXLINlb # tiOOOO 4 ».CHO = BOTH S MPC = faObO 6 OUTPUTXPLOT) 7 SET 1 = ALL a PLOTTER CALCOMP 7^5. 1U5 9 AXbS * MY.X.Z 1U VIEW = 30. 0.4t>. 0.0.0 1 1 FIND SCALE. UN 1C. IN I.StT 1 12 PLOT 13 BEGIN HULK
~~A5-7 PHASk 2~~
~~1 N P U 1 0 U L K HA 1 A l> f C K t C H (1~~
I . 2 .. 3 . • 4 • • S .. 6 .. 7 ..8 .. 9 .. 10 CCJRD2R 696 • 0 -81.6683 O.O 35.59OS-80.2276 O.O 57.5l3hG»PTANK CR STANK 68.25 0.0 48.432 CORD2C 100 69ft 74.738 -3O.494 t> . 1 3 8200 .O -30.494 f,. 138 GCSSRM CCSSRM 74.736 O.O O.O (_OHD2rt 101 <>'>e> 74.73P -30.494 6.138 74.738 -28.57OI 15.6963CMSSRM tKSSRM 200. -3O.494 6.138 GRID t>901 100 9.T50 ISO. 000 25.242 too 456 GRID G9O4 100 9.7t>O 90.000 ?5.?42 100 456 GR I D 69O7 IOO 9. 75O O.OOO 25.242 100 456 GKIU 0910 IOO 9.7t>O -9O.OOO 25.242 100 456 GMin 70O1 IOO 9.75O 18O.OOO 44.5OO 100 456 GRID 7004 IOO 3.1 HO lao.ooo 44.5OO 1 OO 456 GRID 7013 100 9.7SO 90.000 44. bOO IOO 456 GRID 70 1< too 3.180 90.OOO 44.SOO 1 00 . 456 GRID 7025 100 9.7£>O O.O 44.500 100 456 CM ID JOZD 100 3.180 O.O 44.500 1 OO 456 GRID 7037 IOO 9.7£>0 -90.000 44 .500 100 456 GRID 7040 100 3.18O -9O.OOO 44.5OO IOO 456 GRID 7097 100 9.750 180.000 69.05? IOO 456 GRID 7100 100 ' .J.I WO lao.ooo 69.053 ino 456 GR I O 7IOO IOO 9.7SO 9O.OOO (.9.0*. 3 l no 4S(> GRID / 1 1 V. IOO ?.IP,O 90.OOO ('9.0S3 loo 456 GH 1 D 7121 IOO 9.7!>0 0.0 bV.O*>? 1 OO 456 GRID 7124 too 3.18O 0.0 69.O53 too 456 . GRID 7133 . 100 9.750 -90.000 (.9.053 100 4Kb GK I D 7136 IOO 3.1 WO -9O.OOO 69.053 100 456 GRID 7193 IOO 9.7SO. 1 80. 000 93.«.07 IOO 450 GM ID 1\'i». . too ?.100 18O.OOO 93.6O7 1 OO 45». Cf.' 1 [> 720S ICO 9.71,0 90.000 «,'3.<>07 IOO 4S6 GRID 72OS IOO .^.IHO 9O.OOO 93.6O7 100 456 GRID 7217 100 9.750 O.O 93.6O7 IOO 456 GRID 75>20 100 3«i8.9_ 0.0 93.607 too 456 GK 1 D 72 2 «> IOO t».7fSO -9O.OOO «./3.<>O f ICO 4S6 GH 1 {• YJM? 100 •«. 180 -9O.OOO <»3.(.07 i no 4',n GH 1 C> /2HV IOO 9.7!:.O 160. OOU 18. K..O 100 O GRIO 7?-»O 100 7.b6O 18O.OOO 18. li.O IOO 4S6 GRID 7291 100 ti.370 180.000 1H. ll>0 IOO 456 GRID 7292 100 3.IHO lao.ooo 1R.K.O 1 OO 456 GRID ^2V3 irio ".71,0 IbO.OOO 18. It'll IOO O <»••' 1 L» /•2'M 100 7.M.O ISO.OCO IH. l«,(l Hid 4:»>> 01. 1 l> 72'.'!. 100 !.. . :t 7 Olt>O.OU(> _l*Lf ' 1J1__l.i'' 0 _ 4 56 GKID 72«Jf, IOO 3.1 HO 1SO.OOO 1ft. H.O IOO 4S6 GRID 72S*7 100 y.7t»o 120.000 li).It>0 IOO O 7300 too 3. IHO 12O.OOO 1H.1 (.0 i oo 4i,6 GU ID 73OI 100 9.7!>O 90.OOO It). ll.O too 0 GRItl 7302 100 7.bfcO 90.OOO 18.160 IOO 456 Gl< 1 U 7303 100 h.370 9O.OOO 16.160 100 456 GRID 7304 100 3. 180 9O.OOO 1U. I6O IOO 456
~~A5-8 URM CUUPLIN4. RUN~~
~~INPUT f! U L K l> A T A D e c K t" c H n~~
1 .. 2 . . 3 .. 4 5 .. 6 7 .. 8.. 9.. 1O. GRID 7305 IOO V.75O 6O.OOO 11R.160 IOO 0 GRID 73O6 too 7.56O 60.000 118. I6O too 456 GRID 73O7 too 5.37O 6O.OOO IB.lhO 100 456 GRID 73OP IOO 3.1HO 6O.OOO ia.160 100 GRID 73OM IOO 0.750 3O.OOO IH. 160 IOO O GRID 7310 too 7.S6O 3O.OOO 18. 160 too 456 GRID 7311 IOO 5.37O 30.000 18. 160 IOO 456 GRID 7312 100 3.1 BO 30.000 18.160 100 45«> GRID 7313 IOO •t . TftO O.O 18. Ir.O 1 OO 0 GRID 7314 too 7.56O O.O 1 B . 1 (SO IOO 4b6 GRID 7315 IOO 5.37O 0.0 111. 160 1 OO 456 GRID 7316 100 3.1 BO O.O 1 H . 1 6O Too 456 GRID 7317 IOO 9.75O -3O.OOO IOO O GRID 7318 100 7.56O -3O.OOO 1 B . 1 OO100 456 GRID 73 IV 100 5.370 -30.OOO 1 H. 11.0 I no GRID 7320 100 J.IHO -3O.OOO 18.1 !>(> 100 GR i r» 7321 IOO «.«.7SO -6O.OOO IH. 1 (.(1 I no O GRID 7322 too 7.5bO -60.OOO 16.16O 100 456 GRID 7323 IOO 5.37O -6O.OOO 18.160 1 00 4S6 GRID 7324 IOO 3. ISO -6O.OOO 18. 16O 1 00 456 GRID 7325 100 V.75O -9O.OOO 18. 1(SO 1 00 0 GRID IOO 7.56O -&O.OOO 1 « . 1 OO IOO GRID 7327 100 5.370 -9O.OOO 18. 160 100 4b6 GRID 7328 100 3.IHO -90.OOO 18. 16O 100 456 GRID 7329 too 9.75O-12O.OOO 18.160 IOO 0 GRID 7330 too 7. S6O-1 2O.OOO 18.160 1 OO 456 GRID 7331 IOO 5.37O-12O.OOO in. 16O too 456 GRID 7332 IOO 3.180-12O.OOO IH. 100 IOO 45ft GRID 7333 100 9.750-15O.OftO 18. 16O 100 O GRID 7334 too 7.56O-I5O.OOO 18.16O I OO 456 GRID 7335 too 5.370-150.000 lb.}60 IOO 456 GRID 7336 100 rt.irto-iso.ooo la. loo 100 45O GRID 73BS too 9.75O lao.OOO 142.713 1 OO 456 GR 1 D 73HR 1 OO .3.IHO IHO.OOO 142. 71.1 1 00 GH 1 L> 73V7 loo V.750 9O.OOO 142.711 1 OO "GR i D 7400 IOO 3.1HO 9O~.OOO 142.713 i.-.o GRID 740V too «».75O O.O 142.713 100 456 GRID 741 ;• ICO 3.1 BO O.O 142.7i;t 1 OO GR 1 b "106" 100 0-k 1 L) 100 :i.lPO -VO.OOO .142. /I3 1 OO <-N I D 100 y.75l» IHO.OOO lt>7.r-i>'t 1 uO GRID 7484 too 3.18O 18O.OOO lt>7.2<.7 i oo 456 GRID IOO 9.75O 9O.OOO 167.267 I no GRID 7496 IOO 3.18O 9O.OOO 1(>7.2(>/ 100 456 GRID 7505 """ IOO ~ <* . 75 O oTb F67 7l! I. f 100 456 GRID 75 OS IOO 3.I8O ,0.0 167.i/>7 »oo 456. 751 7 too 5.750 -OO.OOO 167.2»»7 1 JO 7520 IOO 3.IBO -9O.OOO 167.?l>V 1 OO 456 GRIO 78O1 100 9 .75 I8O.O 196.25 100 456 GRID 7603 IOO <* IOO 456
~~A5-9 PHASE. 2 (PAkl I) SRM COUPLING RUN~~
~~1 N P \) T HULK DATA D L C K E C H fi~~
1 ,. 2 3 .. 4 .. b .. 6 . 7 8 .. 9 .. 10 GRID 78O5 IOO 9.75 90.0 196.25 IOO 456 GHID 7806 IOO 9.43657 71.383196.25 100 456 7HO9 IOO 100 456 GKIU 7hl 1 100 9.43657 -48. 61 71 96.25 I (IO OK ID 7ft 1 3 IOO 9.7ft -9O.O 196.25 450 GMID 7814 IOO 9. 43657-108.6171 96. 25 100 456 GHID 7865 IOO 15.25 180.0 217.94 IOO 456 GHID 7867 too 14.7597-7 131.383217.94 IOO 456 IMll) 786V IOO 15.25 9O.O 217. "«4 i oo 456 M< I O 787O IOO 14.75977 71 .3H.H71 /.94 IOO 156 OK ID 787 i 100 15.25 O.O 217.^14 IOO OHIO 7875 100 14.75977 -48.617217.94 100 456 GRID 7877 IOO 15.25 -9O.O 217.94 too 456 GHID 7878 too 14.75977-108.617217.94 IOO 456 GRID b 1 34 99.96 -19.4107 3.9071 100 456 GKIO 101 196.25 13.67256 9.75 101 456 GHID IO1 196.25 13.87258 -9.75 101 456 PLOTEL 6O01 69O1 7OOI 6O11 6904 7OI3 PLOTEL 6002 7001 7097 6O12 7013 71O9 PLOTfcL 6003 7097 7193 6013 71O9 7205 PLU1EL 6OO4 7193 7P«9 6O14 7205 73O1 PLLITLL 7289 7385 66 15 7397 PLUTEL 6OO6 73R5 74R1 6016 73<<7 7493 PLUTEL 6007 7481 7801 6017 7493 7805 . PLOTEL. 6008 7801 7B65 6O1B 78 OJ. 7869 _PLOIfeL 7O25 6O3 1 7O37 Pi. U ILL fjo22~ 7o?T7 70.17 M33 PLtJlLl 7121 7i:l7 6033 7 1 .* 3 PLUltL 7313 6O3« 72/9 PLOTtL 7313 7400 6O35 7421 PLOTFL 6O26 74O9 75O5 6O36 7421 7517 PLOTEL 6O27 78O9 6O37 7517 7813 PLOTEL OO28 78O9 7873 6O38 /81.1 7H77 PLOlfcL 7803 7867 6019 7875 PLUTtL 6O29. 7806 7870 6O39 7«14 787H PLOTEL 6O4I 6901 6904 6051 7O97 7IO9 PLOTEL 6042 6904 6907 6052 7109 7121 PLOTEL 6043 6907 6910 6O53 7121 7133 PLOTtL 6O44 6901 6054 7133 7097 PLOTLL 7OO1 .701? 6055 7193 7205 PLOTEL 6046 7O13 7O25 6O56 7205 7217 PLOT6L 6047 7O2S 7Q37 6057 7217 7229 PLOTEL 6048 7037 . 7O01 6O58 7229 7193 PLUTEL 6O61 73O1 6O65 7385 7397 PLUM L 73O1 7313 6O66 74 O9 PLU1J-L 7? 13 7325 6067 7409 7421 PLIIII.L OO64 7325 72H9 606K 7^85 PLUltL 6O 7 1 7481 7493 6O8I 7001 78O3 PLUTEL 7493 7505 6O82 7803 78O5 PLOTtL 4.O73 Tsbs 7S1 T 6O83 7RO6
~~A5-10 PHASh 2 IPAKT I) SUM COUPLIN<* HUN~~
~~) N P U T D U L K DATA D F. C K ECHO~~
1 2 .. 3 4 5 .. 6 7 • • 8 .. 9 .. 1O PLO TEL 6074 7&17 7481 6O84 78O6 7809 PLOT6L 6091 7865 7867 6O85 7809 7811 PLOTtL 609£ 7867 7869 6O86 78 I 1 7813 PLG1LL f>093 7H6«* 7870 60M7 7B13 7814 PLOTEL 6O94 787O 7873 6O8H 76 14 7801 PLOTfcU 6O95 7873 7875 607S 6907 8134 PLOTEL 6096 7875 7877 6O76 7805 8352 PLOTEL 6097 7877 7878 6O77 7HO9 8355 PLOThL 6098 7878 7H6b 6078 78 13 8355 PLGTtL 61OI 7004 7O16 61 1 1 7196 72O8 PLOTEL 61O2 7016 7028 6112 7208 7220 PUOTEL 6103 7O38 7O40 6113 7220 7232 PLQTtL 6104 7O4O 7OO4 6114 7232 7196 PLOTt'L 61 OS 7100 7112 61 15 7292 73O4 PLUTK.L C..1O6 71 1? 7124 < . 1 I f. 7304 7316 I'LlMt L 6107 7124 7 1 ;«. f.117 73 !«/ 7.12H J PLUTtL (.ion /13». 7IOO hi IH 73; H 7?«<2 PLOTEL 6121 73«8 74OO PLOTEL' 6122 7*00 7412 PLOTEL 6123 7412 7424 PLOTEL f.124 7424 73B6 PLOTLL fc!2!> 74 B4 7496 PLUTtL 6126 7496 750B PLUTtL 6127 75O8 7520 PLOTEL 6129 T520 74H4. PLOTEL 6131 7001 7004 6141 7013 7O16 PLO TEL 6132 7O97 71OO 6142 71OV 71 1? PLOTtL 6133 7193 7196 6143 72 OS 7208 PLUTL-L 6134 7289 7292 6144 73OI 7304 PLOTEL 6135 7385 73P8 6145 7397 74 OO PLUTtL 6136 748J 7484 6146 7403 7496 PLOTfcL 0151 702 S 7028 6161 7037' 70 4O PLIJTI.L 61b2 7121 71^4 6162 7133 7136 I'Llllt-L t>lt>3 7217 fszn 6163 7Xi".> /? 32 PLOTtL 61Jj4 731? V? 1 6 (>lb4 7-12!i 732O PLI.ITEL 61 bS 74O9 741? 6165 7421 7424 PLO Tt I. 6156 7S05 7508 6166 7517 7520 OM 1 ! 1 123 7290 7291 7294 7295 7296 72'jr8 7299 MM 1 T 1 1 if 5 7300 730? 73O3 730(> 73 O 7 7308 73 1O UM 1 1 1 • 12 A 731 1 /312 7314 7315 73 1 l« 7319 732O I IM 1 1 1 1^." 73?2 7323 7324 7326 7 3 2 7 7330 7331 OMITI 123 7332 7334 T335 7336 UMIT1 4 So 7289 .730 1 7313 7325 OMITI 123456 7293 7297 7305 7309 7317 732 1 7329 (IM1T1 I23<»1>0 7333 PAH AM II'NAMF. SUMP? PAMAM 1MCDPY PAH AM NOSUH 2 PARAM TPNAME9 ERMP1 PAR AM SUHK4 1
~~A5-11 PHASL 2 Xt'AHT Itl Sf^^1 COUPLING NUN~~
~~I N P U 1 H U L K O A TA DICK eCHP~~
. i *.» 2 • • 3 4 . 6 .. 7 .. 8 .. 9 .. IO . DMI GFAC O 1 2 11 DMI GFAC 1 1.0 DMI BFAC O 2 1 2 1 1 DMI LlFAC 1 1 1 .0 DMI Kh'AC O 2 i 2 2 1 DMI KFAC 1 1 1.0 1.0 CONROD 1 7001 7097 i .0000001 MAT1 1 IO.5G6 .3 MPC bObO t>9O7 1 1 .O 8134 J -1.0 SUPONT 123 8352 123 8355 123 DMI 1 OK 0 2 1 ? 69 DMI tUH 1 1 -.O12047 .98O338-. 1969S9-28.9148 3.23439CfrOI C.KO1 17.8664 DMI CUR 1 . 1973? 8 .«>78504-2l..btt3I-l<<.Of>87tr.O2 CLO? 4.801,04
~~DMI kOH 3 1 .9981, , -.„,„„, ,.,8SO, 34.4,93t,-03~~
~~DMI tOH .4 1 .9981.3 3 -,0«.I05 .913934 43.5I10CEO4 et-04 DM! EOH b 1 -.O12O4 7 .'.'80338-. 19fi9S9-28.4 1 18 3h.979Of.FOb 6tO!>~~
~~nwi L OR 1 .0,9*, .,•„,,„ .,^04-20.^-,83.7,4CfO, 11. O<> " DMI EOk T 1 3 -.OhIOb 1.14886 24 .394 Stl 07 18.7829 DMI COR 8 1 -.OI2047 .«*8O338-. 19O959-8.9482S 36.979 tOJ8 tt Q8 •84.GO3?~~
~~DMI t QH 9 1 .0,98, ., 973,8 .,,850,-20.9t,08-,«3.7,^09~~
OM1T1 1 7004 7028 7O4O OM Itl 23 709T 7109 7121 7133 OM1T1 123 7100 7112 7124 713fe CiMI T 1 7217 7?2«» OMI T 1 123 7?OH 7?20 "IV'AP DMI 7 1 1 i!S 73K. U* 1 1 1 23 73HS 7397 7409 7421 OMIT1 123 7388 74 OO 7412 7424 UMIT1 1 7484 749fc 75 O8 7020 OMIT1 If. 3 7OO.-J 7H06 781 1 7814 UMI Tl 7870 787i> /87ft KNDDA1 A
~~TOTAL COUNT=.~~
~~»*» US» H I NKIIi;M*1 IlilJ Mi:.,S/(.| ,.•<»/. liULK I~~
I
~~A5-12 PHASE Si~~
\' S O U T t O U U L K DATA K C H O CAKO COUN1 . 1 .. 2 .. 3 4 . . 5 . . 6 . • 7 • • 8 . • 9 .. 1O 1 - CONRClD 1 7001 7097 1 .OOOOO01 2-CORD2C IOO 696 74.738 -30 .494 6.138 200 .0 -30.494 6.138 CCSSRM 3-CCSSRM 74.738 O.O O.O 4-COHD2K 1OI 696 74.738 -3O.494 6.13H 74.V3H -26.570115.6963 CRSSRM 5-C-RSSRM 200. -30.494 6.136 6-CORO2H 696 . O -81.5683.0 35.5985 -8O.2278.O 57.5136 CRSTANK 7-&RSTANK 66.25 O.O 48.432 8- DM I BFAC O 2 I 2 11 9- DM I BFAC 1 1 1 .0 1O-DMI LOR 0 2 1 2 6 9 11-DMI 1 Ok 1 I -.012O47.98O33B -.196959-28.91483.23439 ttoi 12-tEOl 17.8664 • I 3- DM I EQR 2 1 .05985 . 197326 .9785O4 -25.5831-16.O687C.EO2 14-Ct02 4.6O5O4 15- DM1 1. 0.R 3 1 .99813 3 -.O61O5 I.I65O2 34.4593 CF.O3 19. 3744 1 7- DM 1 4 1 .996 13 -.06 IO5 .913934 43.511O CFO4 14.9423 19-DMF tOH 1 -.OI2O47.9B033« -. 1 96959-28 .4 1 1 836.979O tEQ5 7V37 21-DMI 6 1 .05985 .19732;} -i!0. 9608-1 83. 71 4f.f O6
2 3- DM I tC/M 7 1 .99613 - .O«>IOS 1 .14885 P4.3945 CCO7 24-tf:Q7 IB. 7829 25-DMI FQK 6 1 -.012O47.98033B -. 196959-H. 9482536. 979 tCQB 26~teO8 164. 6O32 i.'7-UMl LOU «* • 1 .O5965 .197326 .9765O4 -20. 9608-183. 714E.I Q9 3H. 3298 . 29-DM1 GFAC 0 V 1 1 1 30 -DM1 GFAC 1 1 1.0 31 -DM I KFAC O 2 1 2 2 i 3?- DM I K.FAC 1 1 1 .0 1.0 33-GHll> 6V 01 100 9. 750 1 MO. OOO 25.242 IOO. 4 '.. (> 34 - GH I it IOO 90.000 IOO 35- GRID IOO 9. 750 o.ooo IOO 36-OWIO 69 1O IOO 9.750 -90. OOO 25.242 IOO 456 37-GIUO 7001 100 9.750 180. OOO 44 .500 100 456 7004 100 3. 180 180. OOO 44.50O IOO 456 7013 IOO 9. 750 90. OOO 44 .500 100 4 0 - &(. I \j 7016 IOO ^ . 180 90.000 44 * L» 0 O 1 OO 456 41- I] 47-1XIU 7109 IOO 9O.OOO 100 456 4U-GM1D 7112 100 3. 180 90. OOO 69.OS3 IOO 456 49- GRID 7121 100 9.75O 0.0 69.O53 100 50- GRID 7124 100 3. 18O O.O 69.053 100 456
~~A5-13 PHASL 2 XPAKT 114 SUM COUPLING HUN -~~
SUM T L C< H L» L K O A T A I. C H 0 CAKIJ COUN'I . 1 i .. ~~i~~~. 5 .. 6 7 .. 8 .. 9.. 1O . 51-GH1O 71 33 100 9,750 -9O.OOO 69.053 IOO 456 52-GNID 7136 100 3.I8U -9O.OOO 69.O53 IOO 456 . ,3 -OK ID IOO 9 . 7£.O I CO. OOO 93.6O7 1 1 OO 456 >4 - Gl< I D 7196 IOO 3.1 HO I8O.OOO •J3.6O7 ioo 456 ,5- GM 1 U IOO 90. OOO «,i3.«»O7 iop_ 456 56-GHID 720B 100 3.1 HO 9O.OOO 93.607 100 456 57- GW 1 D 72 17 100 9.750 0.0 93.607 100 456 58- GR 1 0 722O 100 3.1 BO 0.6 93.607 59-C.J-IU 7229 1 OO 9.750 -90. OOO 93.6O7 IOO 456 t>O- GW 1 II IOO 3.160 -90. OOO 93.607 100 4S6 6 1 - GH 1 L> ioo 9. 750 IUO.OOO 1IH.16O 100 O 62- GR 1 0 7290 100 7.56O ISO. OOO 118.160 100 456 . .'• 63-GKlD IOO 5^370 IBO.OOO MB. 160 ioo 4.5*. 64-GWID 100 ioo. ooo 11A.I6O IOO 456 !. 65-GKIp 7? 9 3 i oo V.750 150. OOO 1 1 O.I 60 ioo O 66-GKID IOO IbO.OOO 1 1 H. I6D IOO 456 67 -GUI I* IOO 1 50.000 1 IR.IoO IOO 456 68-GNID 7296 IOO 3.100 I5O.OOO lib. 160 IOO 456 69- GW 1 D 7297 100 9.750 120.000 I 18.160 IOO .O 70-CKH) .100 7.56O 120. OOO 1 18.160 IOO 456 7 1 - Gl< 1 f > IOO S.37<» 12O.OOO 1 1H.160 IOO 456 Yc - C.k 1 D 7300 too 120.006 1IB.16O 100 456 f3O 1 IOO OO.OOO 1 16. K.O 100 0 74-GHIO 7302 1 00 7.560 90.000 118.160 IOO ' 456 73O3 . ioo 5.370 90.OOO 118.160 IOO 456 76- GUI I) /304 100 3.160 9O.OOO 1 1 fi. K.O IOO 456 77-t.WIU. 7.105 100 6O.OOO 100 O 1 (1C) 'f. S6O I 1 n . li .1 o 0(1 730 7 100 S.370 6O.OOO 1 i n. too IOO CO-GHIli 7308 too :• . i HO 60. OOO . .1 IM. |6O IOO 456 h 1 - GW I LI 7309 IOO 30.000 111:. loO IOO 0 82-GK1U /31O . 100 7.560 30.000 11H.I60 IOO 456 H3-H< 1 U 731 I IOC 30. OOO 1 1 H . I 6 0IOO 456 64- M< Ifi 7312 : 100 3 . H-.O 3O.OOO 1 I H . 1 6 OIOO 456 8!i— GWI L> 7313 100 l> . 75O 11 If . 11,0 ioo O 66-GkID 100 7.-&6O 0.0 1 16.160 ioo 456 B7-GHIO 7315 100 5.370 o.o 1 18.160 IOO 456 86-GWID 7316 100 0.0 118. 160 160 456 69- GH 1 U 7317 IOO -3O.OOO I1H. 16O .100. 0 90- GH 1 D 73 1 f» 100 7.56O -3O.OOO 1 18. I6O IOO 456 9 1 - GH 1 L> 7319 100 5.370 -30. OOO IOO 456 92-GHID 7320 IOO 3.I8O . -30. OOO 118. 16O IOO 456 93-GH1O 7321 IOO 9.750 -6O.OOO 118.160 IOO . O 94 -GRID 7322 100 7.56O -6O.OOO I 18. I6Otoo 456 S5- GR 1 U 7 3V 3 100 S.370 -60. OOO 1 IH. 16O IOO 456 IOO 3 . 1 B O -60. OOO 1 1 K . 1 6 io0 o 4S6 97- GW 1 D 73 ?b IOO V . T50 -90. OOO 1 1 H . 1 6 10O 0 0 7326 100 7.560 -90. OOO 1 1H.160 too 456 99- GK ILi ioo 5.37O -90. OOO 1 IH. 160 too • 4'j6 • IOO-GIMIJ 73i.Li IOO 3.lbO -90. OOO 1 IH. K>0 IOO 456
~~A5-14 PHASt (PART 1) SHH COUPLING RUN . .~~
(1 W T I- 11 H U I K DA 1 A 1 (. II (1 CAKU CIIUNI . 1 • • ^ IOl-GklD . 73i>V too y.760 -12O.OOOI 1H.1«<0 100 0 1O; -CJ< ID 733 O 10O 7.S6O -I2O.OOOI 1 H. |r>0 IOO 4Sf> IO3-OkIl) 73 Jl IPO f..370 -1 2O.OOO1 1 *. 160 100 4!>t> 104-GKID 7332 IOO 3.1 a o -I2O.OOOI 1 H. IfaO IOC 450 10O-GMID 7333 100 '».75O -lt>O.OOOl 16. 16O IOO 0 106-GRID 7334 100 7.t>6O -IbO.OOOl 1B.I6O IOO 456 107-GHID 7335 100 S.370 -1SO.OOO1 18.16O too 456 lOtt-GRlD 7336 100 3.18O -IbO.OOOl 18. 160 100 456 1O9-GMIO 73Bb IOO ii.7f.O I8O.OOO 142.713 IOO 456 1 1 O-GIUU 73H6 IOO 3 . 1 PO IHO.OOO 142.713 loo 456 111-Gfcio 73y? 100 V.7&O 90.000 142. 71J 100 4b6 112-GHIO 74OO IOO 3 . 1 BO 90.0OO 142.713 IOO 456 113-GRID 7409 IOO 0.750 O.O 142.713 IOO 45t. 114-C,K1[> 74 I 2 IOO 3 . 1 8O O.O 142.71? IOO 4t>6 115-<;nit> 7421 1 OO 116-OMID 74< 4 loo 3 . 1 BO -90.OOO 14?. 71 :< IOO 4!,l, . . . .117-GR1O 74H1 . 1 OO V.750 IHO.OOO 167.207 IOO »S6 .. . I1B-GRIO 74 H4 100 3.180 I60.OOO 167.267 IOO • b<> :ii9-GRio. 74«»3 \ . IOO 9.760 90.OOO Ib7.tt,/ 100 4!>h 120-GR1D 7496 '•.' IOO 3.180 9O.OOO 167.267 IOO 456 1 2 1 r- &H 1 1> 7i>Oti IOO «y.7f.O O.O 167.267 i oo .4S6 122-GKIU 7'jOB 100 3.lrtO O.O 167.207 IOO I'll, 123-GKlb 7t>!7 • IOO <*.750 -9O.OOO 167.267 too 456 124-GHID 7b2U 100 3.180 -90.000 167.267 100 4S6 125-GHlO 78 O I . too 9.7b IHO.O 196.25 100 4b«> 126-GRID 7603 IOO 9.436&T 131. 3B3 196. 2!> IOO 4S»6 127-GHIIJ 7aot. 100 •J.7t> 9O.O 196. 2S 100 4b«. I2rt-G«ll> 7t>Ot> IOO 0.436S7 71.3H3 196. 2b IOO 456 12«7-Gr IOO 1(1.21} IHO.O 217.94 IOO 4!>6 I34-GR1D 7Bh7 100 14.7b977I31.3HJ 217.94 IOO v.:.«i . I35-GF.-IO 7rtt>y too 15.25 . 90.0 217.94 IOO "«•.>«> I36-GR1D 7670 IOO 14.759r77l.383 217.94 too 45 -Gf 7U7H too I4.7by77-ton.6l7217.'>4 IOO 4b<> 1 4 1 - C,t. 1 U til 34 696 99.98 -l»».410/:i.«J071 loo «S<. J42-GMID 83b2 101 196.25 13.H72b89.7S 101 456 143-GKIP B3S-J 101 196.25 13. 8 7258-9. 7ft 101 456 . I44-MAT1 1O.&C.6 .3
|4L.-M(JC O1,O, 690 f 1 1 .0 f.\ 34 1 -vl.O I46-OMIT1 7OO4 7016 7O28 704O I47-OMITI 72»>2 7304 7316 7.12B 148-OMI11 74 H4 7496 75O8 7520 I44-1H4I1 1 23 70V7 7109 7121 7133 IbO-DMItl 23 7l«>3 7205 7217 7229
~~A5-15 PMASt 2 Xf'AK I III SHM COUPLING RUN~~
c H t< T fc D B U 1. K D A I A f C H 0 CAKU COUNT . .. ? ... 3 • • 4 • • b . . 6 .. 7 «. B . . 9 .. 10 . 11>1-OMI 1 23 73«:. 73«^7 740-.J 7421 1S2.-UMI 1 »i'3 7IOO 7112 7124 7 136 ISJ-OMI T i;'j / I'M. /J'Ohi /22O /2.12 l'..»> 7.1117 73OI1 731" 156-UMITI 123 731 1 7312 7314 731'j • 73 1H 7319 7320 lb7-OM!Tl 123 7322 7323 7324 7326 7327 7330 7331 l;.8-OMl 1 1 12 3 7332 7334 733t> 733<. 1S9-UMI T 1 123 73F6 72R<> 7301 7313 7325 I&3-OM1 Tl 123456 7293 7297 73Ob 7309 731 7 7321 732* 164-CJMIT1 12j4?»*> 7333
16!>-F'AWAM NlJÛli t. 16O-PAMAM SU^K4 1 167-PAWAM IkCOPY | 166-PAHAM 7PNAMF SRMP2. 169-PAHAM TPNAMhV SRMP1 170-PLOTEL 600! A9OI 70OI 6O1I 69O4 •7013 .1 71- PLOT t L (>O02 7001 7HQ7 6012 HI 1 'I 710V 172-PLUlt L. <.l>0 3 H>'»'l 7193 6OI3 7II.«< '/;><••.
I 7;i-»-'ltilt L OOO4 "/ IM3 72I>«< «. 7?HW 73B'j 6Olf> MO 1 7 "»7 17'j-PLUTCL 60O6 73tO7 702l> 6031 69 1O 7037 180-PLOTEL 6022 702S 7121 6O32 7O37 7133 IK1-PLOTEL 6023 7121 7217 6O33 7133 7229 182-PLOTtL 6024 7217 7313 6O34 • 7229 7325 1U3-PLOTLL 6025 7313 74O9 <>0?f> V32b 7421 l«4-PLU1tL 6026 74O«> 750S 6O36 7421 7M7 18b-PLU ILL f-027 75OS 78O9 6037 7'.>1 7 7813 186-PLOTEL .6O2H 7SO9 7673 6O3B 7813 7877 187-PLOTEL 6029 78O6 7870 6039 7814 7H78 1B6-PLOTEL 6041 6901 6904 6051 7O97 7109 !H9-PLUTtL 6042 6904 690 7 6O52 71O9 712 1 1VO-PLU1»:L 0043 ISV07 l.VIO 6O!j3 7121 7133 191-PLOTt.L 6O44 691O 69O 1 60 '.4 7133 70 P 7 192-PLOTEL 604S 7OOI 7013 6O5S 7193 72OJ> 193— PLOTEL 6046 7013 7025 60?. 6 72Ob 7217 1*J4-PLU11£L 6047 7O2ti 7037 6<»b7 7217 72?9 ly'o-PLKTLL 604f 7O37 700 1 6O!ili 7? 2V 719? lyo-PLUThL 6O6 1 72HM /30I (>O6!> 7 3 Oh 73-«7 v 197-PLI.tlhL f>o<>; 7 ;'.<>! 7313 t>rn,<. 73 •; 7 74O«» IVH-PLOTf.L 6063 7313 7325 6067 74O«« 7421 19V-PLOTI:L 6064 732S 72B9 6065 7421 73H5 .200-PLl»ltL 6071 74fil 7493 60H1 7HO1 7H03
~~A5-16 PHASt i (PAK1 l» SRM COUPLING KUN~~
S 1 1 ;< l t If It U L K l> A 1 A 1 (. it (i CAUL. CIJUNl . 1 . . 2 . . 3 4 • • ! i • • 6 T H .. 9 .. 110 201- PLOTtL ttUf? 7493 7bOb 6OH? 7H03 78Ob 202- PLUTEL 4>07T3 7HOS 7*>17 . 6OH3 7tJO^ 78O6 2O3- I'LL) It L < 76 OV 2O4- PLlirf'L coyi 7H65 7867 6O8S 7«0'( 761 1 1 20'.- PLOTLL to**.. TRfcf 786S> bOb6 /PI 1 7hl3 2O6- PLOTfcL t,oy? re«>9 787O 6O87 7«1 3 7H14 : ?07- PLOTEL t>OV4 7870 7873 6OB8 7814 7B01 200- PLOTEL bO<»5 7873 7875 6O7b 6*>07 8134 >O9r- PLUTtL i.D^/t) ^h7ri 7f 77 f.O7t> 7BOS ft 31.2 21 0- PLOTtL 60S/7 7877 7H78 6O7V YH l><.» P3'j!> 211- PLI»T> L OO^6 7t76 7»6t. 6O7B 711 1 3 H3f>5 21Z- PLintL '> 1 0 1 70O4 7O16 6111 7196 72O« if 1 3- I'LUlEL t.lG2 7016 7O28 6112 72 0« 722O 214- PLOTtL 6103 7023 704O 61 13 /•22O 7232 21:.^ PLO rtL 0104 7040 7O04 6114 ~r?3? f 1 96 210- PLUTLI c. l . /I 12 /I24' 61 J6 73O4 73 1 6 ? 1 a^- PLC1 1 E.L 6107 71?4 7136 6117 73 1 6 7328 2 19- PLUltL 61 OB T136 71OO 6118 732 U 729? 220- PLOTKL 6121 73flft 7«OO 22 1- PLOTLL 6lJ>i' 74 OO ?41? 1 222- PLLHKL OliJ 74 li 7424 223- PLOIf L M2A . 7424 73 W8 224- PUOTtL 612'j 7464 74<*6 225- PLUIEL 6126 7496 7BO« 2i6- PL01F.L 612.7 7SOH 752O 2Z7- PLOTtL 612H 71V20 7484 22b- PLlllEL 6 1 3 1 7OOI /O04 6111 701 3 7016 22V- PLltltL (>1 J2 70<>7 7100 6142 71O't 7112 23O- PLOTtL 6133 7193 71V6 6143 72 Ob 72OH . «31- PLMTfcL 6134 728<< 7?«Z 6144 7301 /3O4 232- PLOT EL 6135 736t> 73H8 614S 7397 . 74OO 233- PI.O7I L M3o 74H1 74" 4 6 146 7493 7496 231- PLUThL t> 1 1> I 702:. 7O2B 611,1 /037 7040 23t.- PLIiTI. L «,lt.2 71? 1 7124 6 1 6i 7133 7136 236- PLO1KL 61i..-i 7217 72?0 61 6Zt . 7229 7232 237- MLOTtL Olh4 7313 73 1 6 6164 /.H2f> 73?H 23M- PLUttL. 6 1 ;,b 74On 7412 frltifj /42I 7424 t.-?V- I'LII 11- 1 6 1 '->(» 7'iOS V!jO8 (. 1 i.-b 7h'J 7 7520 - ^to— ;,UHI »N \ (1 131. 123 l-3!i2 123 H3 -,s I ;/ 2 1 UDIOAI A
~~A5-1T '?'*f~~
~~SOLID ROCKET BOOSTER COMBINED MODEL PHASE E PT. 2 116 DEGREES OF FREEDOM Z704247~~
~~N A S T A N EXECLTIVE C O K 1 C L OLCK E ' C H C~~
ID FHASE2 TIME (SO AFP fc ISP S CL 7 , 0 CIAG2.7. 3. 13.14.19.*!. 22 ALTER 2.2 FILE CCC=S «NCP/V..ViNOHG = -i FAHAM // C . l> .NCP/'V . Y ,TPCCPV = - ALTEK 17.17 SAVE JLWKfLCT.FLTFLG.PF ILF. ALTER 25.47 , CHKFNT EST . 6 C FT . riPCT . C F. I ALTEC 52.67 INPUTT1 / . . . ./C.f> . -2/C. h. WV. > PURGE K4AA/MX4/E *//NOeG .CChO LTII.MPCF1
I^FUTT1 . XCN, , ,, /C.l> t 0/CtN.Q t LABEL LT I 1 CCNO LT 12.CMIT ISPUTT1 /CC t . • . /C. h.O/C.N.9 * LABEL LT 12 CCNC LT 13 .SINCL6 IKPUTT1 /KF£, , , , /C. K.O/C.N.9 S LABEL LT1J 1SPUTT1 /KA« .IkA^. , . /C.K, 0/C.N .9 $ CCNC LT 14 .NCK4 ^PUTTl /K4 «*,.,, /C. ^.0/C. N. 9 t LABEL LT 14
~~INPUTT1 /£".... /C. N.O/C.N, 9 t LABEL IT 15~~
Ct-KPNT CX . C*T .KG. GC . CUCiKFS. QPC.USET .KAA( I«IAA t K4AA «HAA ALT EP 1 0-i CCNC L 10 J.TPCCPV . OUTPUT !• • , . .//Ct N, - 1/C.N. 0/V ,V , TPNAMF LABEL L 10 J .. . A t T 1 0 I . i! B i I i' H
I < lid t » •!* i M 'I. I'l I //(.h.tji.r/tf L It'! t LABEL FAHAM //C .N .N ,KCtK>'=- 1 LAHEL L liet ALTER GKAC CSFTC. GV, 'JC.K/>A,L! A»,MAA,K4AA. K2PP.M2PP .H U ,BDi). MDD.GM5, CCC .K2CC. ^riCC . H20C/C, N, CMPLEV/C ,N,OI SP/C .D Irfcf .1/ C . Y .G=0. O/
~~A6-1 K A S T f * M EXECUTIVE C 0 C U DECK E c H c~~
C .NiO.O/C.N.C .0/V,N.NCK2PP/V,N.NON2PP/\.,K ,NCH2f P/V.K.VPCFl/ V,N,S INGUH/V.N. OM IT/V ,N ,NQUE/ V, >.NOK4/V,'V . NCHG / V . N , KOEK2/C ,N . - 1 t ALTER 13S. 135 . E_OUIV E2CC ,ECO/NCEC/»42CC.MOC/NOCPC't /K2DO.KOD/KDEKZ ALTER J56 PURGE CFI- IC.CPGI=.F.PHG. CPhI*. CGMN. CPH IM ,PH I G .CN JF ,CPHI S .CPH IF /JUMFFLCT j-U.RGE CFO» tCPHOt CPU*. Pf IN/JUMPPLQT CCKC L ISS.JUfrFPLCT POPGE CPCE/NOUE . .''•.' i ECU IV CCND L 15EA.t»CUS VEC USETC/CPCE/CtN.P/CtN. C/C.N, E CFMIP.,CPCE/ tCCKN.CFI- IM, PH 1 G , CN £F . CP H I J.CPHIF/1RIE PURGE ,SF iCPI- li. PH IN/S INCLE ECUIV CFt^ IK, CFt- IP/S INGLE • CCNC L issc.s INCLE VEC LSET/CNSF/C.N.N/C.N,S/C,N.F PAPTN f FHh.,CNSF/CFHIS.CPHIF,./C.N, I/C,Nf 2/C.N.2/C.N.2 MERGE CFH IS, CPH I F, , , , CNSF/PI- IN/C .N, 1/C.N.2/C ,h ,£ t ECUIV .PURGE. CFCA.CPt-Id CF.H I A/TRUE JUMP L155C LABEL L155C PURGE CFC«,CPHC,CFHAi CPhlC/CMIT' CCÔ L1S5.CIWIT'
VEC CSET/CFC!«/C,N.F/C.N.O/C tN. A . PABTN CPH If , ,CFUA/CPHIU,CPHIA, t/C .N .1 /C.N,Z/C.N,2/C .N.2 MERGE CFH 1C , C°H [ A. , . , CFCA/fiPHIG/C.N, 1 /C.N ,2/C ,fv ,2 t LABEL H55C C^KFNT FFHIC //C.h.SUe/V.N.SCAL AP/V.N.NS IL/V.N.LLSE1 E.CUIV S R ,S IP/SC1LAR/EGPCT. EGPOPXSCALAR CCKC I iSSE.SCALAS . PLTTRAN .5 IL/etFOF ,S IP/V ,N.LUSET>VtN.LL JEP *
~~A6-2 S T P * N EXECUTIVE CCN1MCL OECK fcfHC~~
S»VE ILSF.C LJBEL L156E OKFM ECPCf .3 IP. SCR2 C <3EXX, CSTM, ,', EdKX IK, £'IL • .'.BGPDP. . t RPHIfi . . / , .CPHIo , , .Mt'HI f- / C.N. STATIC 3 1 CFP CFMC ..... //V,N ,C»UCNC . FLCT FLTP«B.GOShTS,eLSeTS,CAS(TX)C,BePDT,F.QEXIK,£lP .PFHI
~~L^BEL L15E CCKC L 1S5F.TCCOPY CUTPUT1 CPH IP ,BPt- IG, , .// i L*EEL L IbSF ALTER 166 , 16S : EKC/ILTEP CENC PHASE 1 (P/PT Z SPM 6 PPCP 6LL*NT~~
~~PACT Of COMPLEX EIGENVECTORS~~
~~CASE C, ONIROL ORCK ECHC~~
CCUNT . . 1 TITLE = PHASE 1 (PART 2 ) . 2 SL8TITUE = SRM & PPOPELLAN1 . 3 MAXUNES = SOCCC 0 VPC . .= «050 V 5 ECHO. = EQTh 6 CM6THOC =1 7 VECTOR = ALL 8 LABEL = REAL P«RT OF CCfPLE* EIGEKVECTaRS ' ___ _~ 9 CUTPUTCPLOT-) ~~ --- - - — 10 SET 1 = *LL _ 11 PLOTTER CALCOMP 7«E,1C5 1£ *XES ' =. #V,X»Z • 12 VIEW = 20.'C>.4£ .C«C..Q. 14 FIND SC*LE. ORIGIN I. SET 1 . 15 fLOT 16 MAXIMUM OEFORMAT1CN £.0 17 FIND SCALE>ORIGIN ZtSET 1 18 PLOT STATIC DEFORMATION 1 THB L 14. SET 1. ORIGIN 2 . SHAPE • VECTOR XY7 19 EEC IN BULK .
~~A6-4- PHASE 1~~
~~PT i t SB* f. FPCFELLANT~~
~~F*f=T tf E ICENVECTORS~~
~~INPUT BULK OAT* t t C K F C 1- O~~
1 . . 2 . . 3 . . 4 .. 5 . 6 . 7 • • CUNPQO 1 7CC1 7057 1 .0000001 MAT 1 1 IC.ECC .3 COKDZR e5« C -81 .. = 683 0. 0 .15.5985 -90. 2278 0. 57. f 136f.KST *IMK &RST ANK f. £ . i b C.C 48.432 COPCZC IOC C5C 74. 738 -30. 494 6. 138 200.0 -30 . t. . 1 JH f.CSSFfM &CSSRM 74. 738 c.o C.O CUKD2R 1C 1 656 74 .739 -30.494 6. i3a 74.738 -PR. 6KS5RM 2CO. 3C.454 e. 138 CR ID .(SCI ICC «.750 1 80.000 2b.242 100 456 CR 10 65C4 .ICO «. 750 90.000 25.242 100 45f GP ID 69 C7. ICC 5. 750 0.000 2b.242 100 456 GR ID esio ICO 5. 750 -90. COO 25.242 100 45^ GR ID 7CC1 ICC 5.7EO 1 80.000 44 .500 100 456 GP ID 7CC4 ICC 3. ISO 1 80.000 44 .500 1 00 456 GR ID 7C 13 100 5.750 90.000 44 .500 100 456 C-R ID . 70 ie ICC 3.180 90.000 44 .500 100 456 GRID 7025 ICO 5.750 0.0 44 .500 100 456 GR ID 7C26 ICC 3 . 1 P. C 0.0 44 .500 100 456 G» ID ~iC27 ICC 5.750 -90.000 44 .500 100 456 GRID 7C4C ICO 2. 180 -90.000 44 .500 100 456 CHID 7C57 ICO 5.750 180.000 69.053 100 45* GRID 71CO ICC 3. 160 180.000 69.053 100 456 GR ID 71CS ICC < .750 90.000 69.053 100 456 CPIO 71 I? IOC 3. 1 30 90.000 69.053 100 456 GR ID 7121 ICO 5.750 0.0 69.053 100 456 GR ID 7124 ICC J. 180 0.0 69.05J 100 456 GR IU 7123 100 5.750 -90.000 69.053 100 456 CN IO 7126 ICO 3. ISO -90.000 69.053 100 456 GR ID 7153 ICC 5. 750 1 80. COO 93.607 100 45'; GRID 7156 roc 2. IHO i eo.coo 93.607 1 00 *?if GR ID 72C5 ICC 5.750 90.000 93 ,6U r 100 . 4 « > 1 GR ID 72 C8 ICO 2. ISO 90.000 93 .607 100 .456 CO ID 72 17 .ICC 5. 750 0.0 93.607 IOC 45( CH ID 7220 ICC 2,100 0.0 93.607 100 456 GR ID 7225 ICC 5. 750 -90.000 93 .607 I 00 45f- GR ID 7232 ICO 2. I 80 -90.000 93.t>07 100 456 GRID 728S ICC 5. 75C i eo.coo 1 18. 160 100 0 GRID 725C 100 7.560 I ao.ooo 1 IB . 160 100 456 GR ID 72? 1 100 £.370 160.000 1 18. 160 100 456 CO ID 7252 ICC 3.1HO i ao.ooo 118. 160 100 . 456 CR ID 7253 ICC 5. 750 150.000 1 18 . 160 100 0 UH ID 7254 ICC 7 . E t O150.000 1 18. 160 100 456 GR ID 7J55 ICO E.370 150. OOO 118. 1(>0 100 45»^ GR 10 7256 ICC 3 . 1 801 50. OOO 118. 160 100 45(- <;R 10 7257 ICO 5. 750 1 20.000 11^.160 100 U GR ID 7256 ICC 7 . 560120. 000 1 1 8. 160 i po 456 CIV ID 7259 ICC S.J 70 120. OOO 1 18. 160 1 00 1C,' C" ID 73CC ICC 2 . 1fl 01 20.000 1 IU. 160 1 00 45<; CR 10 73C1 ICC 5.750 90.000 1 1 «. 160 1 00 0 GP IU 73C2 ICC 7. 560 90.000 1 18. 160 1 CO 45* '-•••.. v •4;
~~A6-5 PHASE 1 (PACT i » SB*' t~~
~~FEAL F*ST Cf CCMOLEX EIGENVECTORS~~
~~I N P U .T G U L K 0 ATA C E C K f C H C~~
1 . 3 4 . . 5 .• o • • 7 • • 8 • • 10 GRID 72C3 ICC £.370 90.000 118. 160 100 456 GPIO 73C4 ICO 2.130 90.000 118.160 100 456 GRID 72C5 ICC 5.750 60.000 118.160 100 0 GPID 72CC ICC. 7i560 60.000 118. 160 100 456 GPIO 72C7 ICC 5.370 60.000 116. 160 100 4S6 GR ID 73CP ICC 3.160 60.000 116. 160 100 456 GPIO 72C9 100 5.750 30.000 118. 160 100 0 GRID 7310 ICO 7.560 30.000 118. 160 100 456 GR ID 72 11 ICO £.370 30.000 118. 160 100 456 GRID 7212 ICC. 3.180 .30.000 118. 160 100 456 GR IO 72 13 ICO 5.750 0.0 118.160 100 0 GR 10 72 14 ICC 7.56C 0.0 1 18. 160 100 456 GRID 73 15 ICO £.370 0.0 118. 160 100 456 GRID 7316 ICO 3.160 0.0 1 18. 160 too 456 GRID 7217 ICC 5.750 -30.000 116. 160 100 0 GRID 73 16 ICC 7.560 -30.000 118. 160 100 456 GRID 72 19 ICO 5.370 -30.000 118. 160 100 45f GR 10 7220 ICC 3.180 -30.000 1 18. 160 100 456 GRID 7321 ICC 5.750 -60.000 1 1 H.I 60 100 0 GRID 7322 ICO 7.560 -60.000 118. 160 100 45f GRID 7323 ICO £.J70 -60.000 118.160 100 456 OR ID 7324 ICO 3. ICO -60.000 118.160 100 456 CR ID 732E ICC 5.750 -90.000 118. 160 100 0 GR ID 7226 ICO 7.560 -90.000 1 18.160 100 456 GR.ID '327 ICC 5.370 -90.000 1 18. 160 ioo 456 GRIO 7328 too 3.180 -90.000 118. 160 100 456 . GRID 732? ICC «. 750-120. 000118.160 100 0 GPIO. 7330 100 7.560-120.000 118. 160 100 456 GRID 7331 ICC 5.370-120.000 118. 160 100 456 GRID 7332 ICC 2.160-120.000 1 18. 160 100 45/ GR ID 7223 IOC 5. 750-150. 000 118. 160 100 0 GRID 7324 ICC 7.560-150.000 118. 160 100 456 GRID 7335 ICO £.370-150.000 116. 160 100 456 GRID 7336 tec. 3.160-150.000 1 18. 160 100 456 GRID 7365 ICC 9.750 100.000 142.713 100 456 GR ID 7366 ICC 3.160 180.000 142.713 1 00 456 . CP ID 7357 ICO 5.750 90.000 142. 713 100 456 GR 10 74CC ICO 3.160 90.000 142.713 100 456 GRIO 74C9 ICO 5.750 0.0 142.713 100 456 CRID 74 12 ICC 3.16C 0.0 142.713 100 456 GR ID 7421 ICC 5.750 -90.000 142.713 100 456 CRIO 7424 ICO 2. 180 -90.000 142.713 100 456 . GRID 7461 ICO 5.750 180.000 167.267 1 00 456 GR ID 74E4 ICC 3.180 180.000 167.267 100 456 CR ID 7453 ICO 5.750 90.000 167.267 100 456 GRID 7456 100 3.160 90.000 167.267 100 456 GRID 7505 ICC 5.750 0.0 167.267 100 456 GRID ICC 2.130 0.0 167.267 100 456 GRID 75 17 ICO S.750 -90.000 167.267 1 00 45ft CR ID 7520 ICC 3.160 -90.000 167.267 100 456
~~A6-6 PHASE 1 (P/RT < ) SUM C FSCF6LLAKT~~
~~REAL -FAPT CF CCMPLEX EIGENVECTOR c~~
~~I N Pt T E U L K DATA etc K F C H C~~
1 . . £ .. . . 3 . . 4 .. 5 . . 6 .. 7 . . 8 . . 10 GRID 76 Cl ICC S. 75 1 60.0 156.25 100 45'- GRID 76C3 ICC 5.«36E7 131.J63196.25 100 45 f GRID 76C5 ICO 5.7 = 90.0 196.25 100 456 GRID 76C6 ICO 5.43t57 71 .383196.25 100 45< GRID 76C9 ICC 5.75 0.0 196.25 100 456 GRID 7611 ICO S.43tE7 -48.617196.25 1 00 45( GR ID 76 13 ICC 5. .75 -90.0 196.25 100 456 ORID 76 14 ICO 5.43657-1C9.6I7196.25 100 45ft GRID 7665 ICC 15. 2S 180.0 217.94 100 456 GRID 7667 ICO I4.75S77 131 .363217.94 100 456 GRID 7€e<5 ICC 1 = .25 90. O 217.94 100 45,6 09 ID 76 7C i c o 14.75577 71 .363217. Q4 100 456 OR ID 7673 ICC 15.25 0.0 217.94 too 456 GR ID 7675 ICC 14.75577 -48.617217.94 100 45* OH ID 7677 ICO 15.25 -90.0 217.94 100 45> GRID 7678 100 14.75577-1 08.617217.94 100 4Sc OR I'D 81 21 656 s<;.?e -1'J. 4107 3.9071 100 4h>- GR ID 6 5J2 IC1 l*t .25 13.87258 9.7t. 10 1 4!,f. GR ID 6255 1C1 l PLOT EL ecce 76C1 7*65 601 8 7805 7 Mr. q PLOTEL eo£ i 6SC7 7025 6031 6910 7037 PLOTEL 6C22 7C2E 7121 6032 70.17 7133 PLOT EL CC22 71H 721 7 6033 f 1 1 .t 7?? 9 PLUTEL eC24 72 17 72 1 3 6034 72?1 7325 PLOT EL OCJE 7313 .74 CS 6035 73t!> 742 1 PLOTEL tat 74CS 75CS 6036 74^-1 7^1 7 PL IT EL 6C27 . 7SCS. 78C9 . 6037 7317 781 3 PLOTEL eo039 7H14 7f'7H PL .IT EL ec« i CSC1 6-3C4 605 1 70T7 7109 PLOTEL £042 65C4 e<;c 7 6052 7109 712 1 PLOTEL. CC42 65C7 esic 6053 7121 7133 PLOTEL 6C44 f s i c ftSC 1 60S4 7113 7T97 PLOTEL ec4s 70C1 7013 OCbS 7193 7205 PLOTEL .6046 7CI3 7C25 6056 7205 7217 HLOTEL ec4 7 7C25 703 7 60?) 7 7217 7229 PLOTEL ec«E 7037 70C1 60b8 7229 7103 PLOTEL ece i 72f ? 73CI 6065 M«b 7397 PLOTEL ticez 72C J 72 13 6066 73^7 7409 PLUTEL t Ct.3 7313 732E 6067 7*09 7 4 i' 1 PL PIT EL tcei 7225 7 i"?« 606H 7 -\ £• 1 7:1^5 PLOTEL 6C7 1 7461 7493 606 1 7HO 1 7 S 0 3
~~A6-7 PHASE I~~
~~PEAL FACT CF CCMPLEX EICENVECTORS~~
~~INPUT BULK DATA DECK F C f- O~~
. 1 . « 2 3 . . 4 . . 5 6 . . 7 . . 8 • • '-. ^ 1C PLOTEL.. 6072 74S3 7505 6082 7803 7605 PLOTEL 6C73 7SCE 7E17 6OB3 7805 7606 PLOTEL 6C74 7S17 7461 6084 7806 7609 PLOTEL 6CS1 7665 .-7667 6085 7809 761 1 PLOTEL 6CS2 7667 7665 6086 781 1 7613 PLOTEL CC?3 766? 7670 6OB7 7813 7614 PLOTEL 60<54 76.70. 7673 6088 7814 7801 PLOTEL «C«£ 7613 7675 6075 6907 8134
PLOTEL ecse 7675 7677 : 6076 7805 8352 PLOTEL 6CS7 . 7577. 7678 6077 7809 8355 PLOTEL 6CS6 7676 766S 6078 7fll J. 8355 PLOTEL 6 1C 1 7CC4 7C16 6111 719t> 7208 PLOTEL..;. e.»C2. 7 C 1 6 . 7C26 . 6112 720B 7220 PLOTEL 6102 7C26 7C40 6113 7220 7232 PLOTEL 6 1 C 4 704C 70C4 61 14 7232 7196 PLOTEL 6 I.C5 . 71CQ 7112 6115 7292 73O4 PLOTEL 6 1C6 7112 7124 61 16 7304 7316 PLOT EL 61C7 7124 7136 6117 7316 7328 PLOTEL 6 IC6 7136. 71CC 6118 7328 7292 PLOTEL 6121 7366 74CO PLOTEL 6 1 22 74CC 7412 PLOTEL 6123 74.12 7424 PLOTEL 6124 7424 7368 PLOTEL 6125 7464 74S6 PLOT EL €126 74S6 75C6 PLOTEL 6127 7E06 7E20 PLOTEL 6 126 7S2C 7464 PLOTEL 6131 7CC1 7CC4 614 1 7013 7016 PLCTEL 6122 7 OS 7 7100 6142 7 109 7112 PLOTEL 6133 71 S3 71?6 6143 7205 7208 PLO.TJL. 6134 7269 7292. 6144 7301 7304 PLOTEL 6 135, 736S 7366 6145 7397 7400 PLOTEL 6136 7461 7464 6146 7493 7496 PLOT.EL 6J51. 7025.. .7C2e 6161 7037 7040 PLOTEL 6152 7121 7 124 6162 7133 7136 PLOTEL 6152 7217 722C 6163 7229 7232 PLOT EL 6 154 7313 72.16 6164 7325 7328 . PLOTEL 6 15E 74C9 7412 6165 7421 7424 PLOTEL 6156 7ECS 7EC6 6166 7517 7520 CM IT 123 72SC 72S1 7294 7295 7296 7298 7255 OMIT 123 72CC 72C? 7303 7306 7 JO 7 7308 7210 OM IT 122 731 1 7212 7314 7315 7316 7319 7220 OM IT 122 7322 7223 7324 7326 7327 7330 . 7231 OMIT .123 7232 7334 7335 7336 OMIT
~~A6-8 I IPtfT Z SPI» & FFCFELL/1NT~~
~~FA&T CF Ct WPLEX 6 ICtNVE CTDRS~~
~~INPUT H I, L K DATA T K- C K i c~~
. . . 2 . .3 . . 4 • • b 6 DM IT 123 71CC 7112 71 J4 7 l.lft UM IT 23 7 1 S3 7 2 C 5 72 1 7 7229 OM IT 123 71 «6 72C8 7220 7232 OMIT 1 7252 7304 7316 7328 OMIT 23 72F5 73?7 7409 7421 CM IT 123 73fe 7400 7412 7424 OM IT 1 7464 745fi 7506 7520 OM IT 123 76C3 7PC6 7811 7614 OM IT 123 7 I e 7 7€70 7875 7fCTH fclGC 1 INV MAX F. f- I G C I teic-ci c.c 3CC. 0. 0 2COO. IbO. PAR AM' NOK4 1 PAPAM 7PN4MES SHMP2 ENCCATA
~~TOTAL CULNT= i 14~~
~~: *** US6P I^FCP VAT ICN TATA NOT SOK U C . > ? *> I LL Ci .~~
~~A6-9 PHASE 1~~
~~SEAL FAf=T CCWFLEX EICENVECTOKJ~~
SORTED BULK DATA E C »- C C/RC CCUIsT 1 .. 2 . . 3 • . 4 5 . . • 6 . . -f .. S .. 10 1-CONFCD 1 70C1 7C97 1 . 0000001 2-CQROiC ICC 696 74.736 -30.494 6.138 200. 0 —.TO • 6.13H CCSSRM 3-tCSSFM 74. 736 C.C C.C 4-CQS02R 1C 1 ese 71.738 -JO. 494 6.138 7» . 7J* -2H. I IS.fiCf 3 f.l3?5KM 5-tHSSRM 200 -30.494 6. 138 6-CORD2R 696 o • . -81.5683 . 0 35.5985 -80. 2278.0 £7 .5 136 6PST «NK 7-&RSTANK 6«. 25 ..C.C 46.432 8-EIGC i INV WA > ee IGC i 9- & E 1 G C 1 c .C 3 C C . 0. 0 2000. 150. 7 lO-GR.ID 69 Cl 100. 9. 7SC 180.000 25.242. 100 456 11-GRID 69C4 100 9. 750 90.000 25.242 10O 456 12- GRID 69C7 100 9.750 0. 000 25.242 100 456 13- GRID 69 1C ICC 9.750 -90. 000 25.242 100 456 14- GRID 7CC1 IOC 9.750 180.000 44.500 100 456 1.5- GR ID 70C« IOC 3. 160 180.000 44.500 too 456 16-GRID 1013 ICO 9.75C 90. 000 44.500 100 45ft 17-GRID 7016 ICO 2.180 90.000 44.500 100 456 !
. 257GRIO 7112 IOC 3.180 90. 000 69.053 100 456 25- GRID 712 1 IOC 9.75C 0. 0 69.053 100 456 27- GR ID 7124 IOC 3. 180 0. 0 69.053 100 456 28- GRID 7 133 IOC 9.75C -90.000 69.053 100 456 29-GRID ' 7 136 IOC 3.160 -90. 000 69.053 100 456 30- GRID 7193 . ICC 9.750 180.000 93.607 100 456 31-.GRIO 7 l<6 .10-0. 2. .180 1 80. 000 93.607 100 456 3 2- GRID 52C5 ice 9.750 90.000 9J.607 100 456 33- GR ID 72C8 ICC 3 . 1 80 90.000 93.607 100 456 _34-GRJD 72 17 1-0 C 9. 7EC 0. 0 93.607 100 456 35- GRID 722C ICC 3. tec C. 0 93.607 100 456 36-GRIO 7229 ICC 9.750 -90. 000 93.607 100 456 37- GRID '222 .i.oc 3.180 -90. 000 93.607 100 456 39-GRID 7 2 69 ICC 9.7SC 180.000 18. 160 100 0 39- GRID 729C IOC 7.560 180.000 18. 160 100 456 40- GRID 7291 ICC £.370 180.000 18. 160 100 456 4 1-GRID 7292 IOC 3.160 1 80. 000 18. 160 100 456 42-GRID 7293 IOC < . 7 = C 150. 000 13. 160 100 0 43-GRID 7294 . 100 7.560 150. 000 18. 160 100 456 44-GRIO 729E IOC £.370 150.000 18. 160 100 466 4 5- GRID 7296 IOC 3.180 150.000 18. 160 100 456 46- GRID 7297 IOC. 9.7SC 120. 000 18. 160 100 0 47-GRID 7298 IOC 7. sec 120. 000 18. 160 100 456 48-GRID 7299 IOC £.370 120. 000 18. 160 100 4F>6 49-CRlp 73CC ICC 3. 180 120. 000 18.160 100 456 50-GWID 73C1 ICO <.7£C 90. 000 18. 160 100 0
~~A6-10 PHASE 1 < PlfcT 2 > SRK' t fFCFELL»Nr~~
~~PEAL FA FT CF CCWPLSX EIGENVECTORS~~
~~. S 0 R T = 0 BULK D AT A. E c~~
CCUM . 1 Z . • 3 . . .4 . . 5 • . 6 . . 7 . . 10 "31- CR 10 730J 100 7.560 90.000 118.160 100 456 £2^ GR ID 7 3 C 3 ICC £.370 90.000 11 W. I 60100 456 £J-G«IO 7.3C4 IOC 3. i eo 9C.OCO I1A.16O 100 456 S4-GR ID 73C5 IOC 9.7=0 60.000 118.160 loo . 0 55-GP ID 73C6 100 7. ECO 60. OOO 18. 16O 100 .456 56- G"ID 73C7 ICC S.37C 60.000 18.160 100 45f 57-CR ID 73Ce. ICC 3. lee 60.000 18. 160 100 456 58- CR ID 73C9 ICC «.750 30.030 18.160 100 0 3 J-GRID 731C ICC 7. SCO 30.000 18.160 100 456 6J-GRID 7311 ICC £.370 30.000 .16.160 100 45t> € l-GRID 7312 ICC 3. IPO 30.000 . 18.16O 100 456 C2-GUIO 7313 100 «.7£C 0.0 18.160 100 0 6 3- GRID 7314 ICC 7. sec C.O IP. 160 100 45f- C4-GR ID 7315 •: 1 o c £ . 3 7 C 0.0 18.160 100 45 1. «5-CR ID 731« /< ICC 3.16C 0.0 IS. 160 100 456 6 a- GRID 7317 ICC 9. 7£0 -30.000 118.160 100 0 5 7- GR io 7 3 1 8 ICC (.560 -3I[). OOO I 1H. 160 100 Ocf 68- GRID 7319 ice £.370 -JO. 000 118.160 100 456 69-CR ID 73ZC ICC 3. 16C -30. OOO 18.160 100 45.6 70- GR IO 7 3 Z 1 ICC 9 . 7 5 C -60. OOO IP.160 100 0 7 l-CRID 73ZZ ICC 7. sec -60. OOO 16. 160 100 456 7 2- GRID ••'• 7323 '• too £.37C - -60. 000 18. I6O 100 456. 7 3- GRID 73Z4 IOC 3.160 -60.000 18.160 100 456 7 4- GRID 73 if ICC 9.7f 0 -' 30. 300 18.160 100 0 75- GRID .326 1 C C 7. sec -90.JOO 18.160 100 456 76- CHID 7 3 Z 7 IOC £.370 -90. OOO 18. 160 100 456 , 77- GRID 73 Z 6 ICC 3. iec -90. OOO 18.160 1JO 456 79- GRID 73Z9 IOC 9.7SO -120. 0001 1«. 160 100 0 7 3 - G H I U 733C ICC 7.560 -120.0001 1H. 160 100 4T.I HO-OW IO 733 1 ICC £.370 -120.0001 1H. K,c li)O 4^>r 1-1- OR ID 7332 ICC 3. IPO -120. 00 01 1 ft. 1 60 100 4S6 ••*2- GR IO 7323 100 9. 75C -150. C001 1". 1 60 I'JC () . fl l-'OFt ID 7334 ICC 7. f.(0 -1 50. COOI IM. 160 loo A'.y. 64- GRID 7 3 3 F. too £i37C -ISO. OOO! IH. K.O 100 4S6 e s- GR ic 7336. IOC 3". 16C -ISO.O001 1 '(.1(0 10!) 4--.I.. 16-GRID 7JH? IOC 9. 5? 0 1 MO. 000 14;;. 7 i iloo 4'>r- 5 7- G» ID 33££ ICC 3. lf?C 1 HO. 3OO 1 4i/. 71.1 IUI) 4'.' 99- ORIU 7397 ICC 9.75C 9O. 000 142.711 100 4S' 33- GR ID 74CO ICC 3.180 SO. OOO 142.7)3 100 45f> 90- GR ID 74C9 IOC «. 75C 0.0 142.713 100 45f 91-C-WID 7.4 1Z ICC J. IFO C. 0. 142.713 100 4£.( 52- GH ID 74Z 1 100 9. 7£C -90.000 142.71J 100 46'. '3 J- GP ID J4Z4 ICC 3. ISO -90. JOO 1«2. 7| j 100 4Vif S4rCRID 7461 IOC 9.75C 180.000 167,267 too 456 : 9"5- GRID 746-4, IOC 3. 1EC IflO.OOO 107.267 ioo .4^6" •5 6- GRID 7493 IOC. :«.7EO 9O.OOO 167. ?67 100 456: 97- G» ID 74<56 IOC 2.1 fO 90.000 lt>7.2t,7 luO 4S6 se- CR 10 7505 IOC 9. 75C 0.0 167.267 100 456 l'>- CR ID 7£C* ICC 3 * 1 H 0 C..O 1 67.267 100 ;'• 456 100- GRID 7=17 ICC 9.7£C -QO.OOO lf)7.2f.7 too 45€
~~A6-11 PHASE 1 (FJFT. « ' ) • $P* t FFCF6LLJOT~~
~~FAFT Cf CCWPLGX EIGENVECTORS~~
•.._.. s c p. T e o B U L K DATA E C CXRC 4 5 . . 6 . . 7 . . < 1C CCUNT.. 1 .. 2 .. 2 • . . e 101-.ORIO 7520 .. _».oe 2, 180. -90. 000 167. 267 100 456 102-CRID 78C1 100 5.75 180. 0 196. 25 100 456 103-GRIO 76C2 IOC 5.43C57 131. 383 196. 25 100 456 104-.CRIO 76.C5. . . .1.0 C . S.75 90.0 196. 25 100 456 135-GRID 760f ICC 5.43C57 71.38J 196. 25 100 456 106-GRID 76CS IOC 5. IE 0. 0 196. 25 100 456 107-GR-tO _7C 11 ... ICC S.43CS7 -*e. <>17 196. 25 100 *5f> 10 8- GRID 76 13 ICC 5.1! -90. 0 1 962 .5 100 4se 109-GRID 7614 IOC 5.43*57 -1 08.617156. 25 too 456 MO-GRID. 7ee; 100 15.25 180. 0 217. 94 100 456 1 1 l-GRIO 7667 IOC 14.75577131. 383 217. 94 too 456 1 12- OR 10 76C5 IOC 15.25 90. 0 21 7. 94 100 45fr 113l.GB.lO 7S7C ICO 14.7557771.383 217. 94 100 456 1 1 4- GR ID 7672 IOC 15.25 0.0 217. 94 100 456 115-GRID 7675 IOC 14.75577-48. 617 217. 94 100 45C 116-.GRIO 7617 IOC 15.25 -90. 0 217. 94 100 456 1 17-GRID 7676 too 14.75577-1 C8. 6 172 17. 94 100 45f 113-GRID f \2* CSt S9.Se -19.41 073. 9071 100 45f 1 1 9~_GR 10 e 2 ! i 1C1 156.25, 13. 872589.75 .10.1 456 120^-CRIO £2«E 1C1 156. 25 13. 87258-9.75 101 456 121-MAT1 1 ic.ste .3 . 122-MPC «OJO . esc? 1 1.0 . 8134 1 -1 .0 123-OMIT 1 70C4 7C1C 7028 7040 12 4- OMIT , 1 ' 72S2 7304 7316 7328 125-_QMIT . .' 7Ae«_ 7 .4«.C_ 7508 7520 126-OMIT . 23. . 7CS7 71CS 7121 7133 127-OM IT i2 71S3 7205 7217 7229 128-OM IT 23 73££ 72S7 74 C9 7421 129-CM1T 123 71CC 7112 7124 7136 120-OMIT 122 7ise 72 C 6 7220 72J2 13 l-OMIT 123 7.29C.. 7291; 7294 7295 7296 729B 7259 132-OMIT 122 73 CC 7302 7303 7306 7307 7308 7310 133-OMM 122 7311 7212 7314 7315 7318 7319 7320 134-OMIT 122 .7222 7323 7324 . 7326 7327 7330 7331 1 J5-C* IT 122 7332 7234 7335 7336 1315-OMIT 123 736S 7400 7412 742« 137-CMIT '£' 76C2 7ece 7811 7614 133-OMIT 122 7667 7670 7875 7478 133-OM IT «e< 7285 7301 7J13 7325 140-CM IT 122456 72S2 • 7257 7305 7309 7J17 7321 722
~~A6-12 FH*SE 1 (PtfT 2 ) SOU £~~
~~FACT .CF CCMRL^X EIGENVECTORS~~
~~' • S O f . T E O II U L K II /> 1 A fc C h. C~~
' ^f rl_ iUi N iT* 1• • * i I . <". . . 1C ^1- PLOT EL f OCE . 7eci 76C5 60 in 7POS •2-PLUTEL ecc9 7£C3 786? 6019 7H1 1 7M75 « J- PLOT EL ton 65C7 7J2S 6031 6910 7037 5 4- PLOT EL ec«2 702E 7121 6032 7OJ7 7133 55-PLOTEL €022 712 1 721 7 6033 7133 7?29 lb6-PLOTEL ec2<4 7217 7313 603* 722<3 7325 15 T- PLOT EL eczs 7313 7 4 C S 60Ji, 7325 74?1 158- PLOT EL ec 7- PLOT a. tC4C 7C13 7C25 60R<> 720S 7217 IfiH- PLOTCL , ec«? 7O25 7037 fr 05 7 7217 72^9 C 169- PLOT EL ec4^ 7037 70C 1 fcOSH 7?.2 ) 7 1C 3 170- PLOT EL eot i 726S 7301 60<>'.i /JB5 730? 1M-PLCTEL e c e 2 7301 7312 .606»S 7J')7 7409 172-PLOTfiL ece2 7313 722S 6 O( , 7 7a09 74^1 1 ft- PLOT EL f C«* 732S 728S '606H 7 '• ^ 1 73KS. 1 74-FLCJTEl- ec7 1 74 tl 749.2 6 CM! rnoi 7H0.3 irS- PLOTEL e CTZ 7452 750 = feline 7 H 0 ,"1 7H05 176-PLOTEL «072 750E 7S1 7 60 HJ 780S 7HOf, 177-PLOTEL «c «« 7E17 71 ei 6084 7«06 7809 17 3- PLOT EL . ecsi 7eee 7667 6085 7309 7B1 1 179-PLOTEL ec«2 . 76C7 ?ees 60B6 7P 1 1 7813 180- PL'JTEL ( C?3 7ees 7E7C 6087 .7813 7814 13 1- PLOT EL e c ? 4 767C 7672 f.C88 7814 7801 182- PLOT EL e c ? ? 7673 7S75 6075 6907 8134 1 83- PLOT EL ecse 7C7S 7677 607f> 7805 83S2 IE 4- PLOT EL ec<;7 7877 7676 6 077 7809 8355 IE 5- PLOTEL ecse 78 7 P 715155 6070 78 13 H.lf 5 186- PLOTEL « 1 C 1 7CC4 7016 6111 7l<56 7?OP 187-PLCTEL eic2 701f 7026 . . 61 1 <; 7.2 CH 7220 183- PLOT EL e 102 7C2t 7C40 6 1 1 J 7220 7232 139- PLOT EL t 1 C 4 . 704C 7CC4 .6114 7232 71°6 190- PLOT EL e ic? 71CC 7112 f>ll^ . 7^<>^ .7304 191 -PLOT EL e' i C6 7112 7124 61 1^ 7304 73H- 19 2 -PLOT 61. e i c 7 7124 7136 6117 7Jlft 7328 19J-PLOTEL cice 7136 71CC 61 in 732B 71>92 194- PLOTEL e i i 738? 74CC ISS-PLOTtL e i c 74CC 7412 19f-PLOTEL . e i 3 .74Ii 7424 1 5 7 _ PL , ) T EL e i * .7424 72t-8 U9-PLOTEL e i s 7484 7496 19Q-PLOTEL f 1 «: 7456 7? C E 200- PLOT EL t 1 7 isoe ? •= 2 C
~~A6-13 PHASE 1 (P/PT £ I SRC 6 PPCPELLANT~~
~~PE«. FAST CF CCMPLEX EIGENVECTORS~~
"•.'.. . S O-.H. T. E O 0 U L K DAT* E C <«30 CCUNT . 1 . . £ • • Z 10 201-PLOTEL C it 7«2C 74C4 202-PLOTEL 6 31 7001 7CC4 6141 7013 a 03- PLOT EL e 3£ 7057 7100 6142 7109 7112 JO 4- PLOT EL C J3 71 <3 71S6 6143 72O5 7208 ZQ 5- PLOT EL C 34 726S 7292 6144 7J01 73O4 Z06-PLOTEL C •3 C 736" 7368 6145 7397 7400 7484 6146 7493 7496 20S-PLOTEL «151 702S 7C2S 6161 7037 7040 Z09-PUQTEL 152 7121 7124 6162 7133 7.136 _ «'l:0-.PLCTEL_, 1 53.,. . ??_>,'' 7220. 6163 7229 7232 i 1 1- PLOTEL 154 7313 73 16 6164 7325 7328 2 1 2- PLOT EL 1££ 74C? 7412 6165 7421 74?4 213-PLDTEL 156 , 7SOS 7508 6166 7S17 .7520 ENCCATA
~~A8-14 FHASE I < P*Pf 2 ) SR* C FPCFcLL»MT~~
~~CF CCMFLEX EIGENVECTORS~~
~~C C. W P L t » EIGENVALLE E U * » R Y~~
PCOT EXTRACTION E I GEN VALUE FREQUENCY DAMP ING NO. ORDER ' < RF AL ) (I WAG) (CYCLES) COEFF 1C IFN T 1 2 -4 .941? C4E CC 2.52773QE 02 5.614571E 01 2 .PC 17 17E-C2 2 1 -4 .94 12C4E CC J.528157E 02 5.615236E 01 2 .P01012E-CS ? 4 — 2 .42f € ICE Cl P.5H60B2E 02 1 .36C5 17E C2 c .«£2<»27E-C2 4 j -2 .42 1? 1EE C 1 P. 587E12E 02 1 .36^745E 02 C .f63fl48E-C2 s ? -7 . 174C17E Cl 1.0574 IRE 03 1 .68293JE 02 1 ,35«f «3E-C 1 5 e -3 .226357E Cl .225925E 03 1. 051 12 IE 02 C .275eeoe-02 7 7 -4 .6«2£ 12E Cl .409203E 03 2. 242« 16E 02 e .ee 1Z24F.-C2 'H e -4 .70E2EEE Cl .41 C094E 03 2. 244235E 02 f. .C7367CE-C2 y s -4 .23»4eCE. CC .5434F4E 03 2. 456532E 02 C .4eeiecE-C3 10 1 C -4 .4SCE22E CC .692409F 03 2. 6Q3552E 02 e .3C7C2CF-C3 i i 1 1 - I . 1 74CC3EC2 2.C160H1E 03 3. 20P704E C2 1. 164f24E- C 1 12 1 2 - 1 . 1 7747?P Ci! 2.01825/E 03 3. 2121E3E 02 1 . i6eez4F-ci
~~A7-1~~