Baltic Astronomy, vol. 10, 481-587, 2001.

KINEMATICS OF HIPPARCOS VISUAL BINARIES. I. STARS WITH ORBITAL SOLUTIONS *

A. Bartkevicius and A. Gudas Institute of Theoretical Physics and Astronomy, Gostauto 12, Vilnius 2600, Lithuania Received June 15, 2001.

Abstract. A sample consisting of 570 binary systems is compiled from several sources of visual binary stars with well-known orbital elements. High-precision trigonometric parallaxes (mean relative er- ror about 5%) and proper motions (mean relative error about 3%) are extracted from the Hipparcos Catalogue or from the reprocessed Hipparcos data. However, 13% of the sample stars lack radial ve- locity measurements. Computed galactic velocity components and other kinematic parameters are used to divide the sample stars into kinematic age groups. The majority (89%) of the sample stars, with known radial velocities, are the thin disk stars, 9.5% binaries have thick disk kinematics and only 1.4% are halo stars. 85% of thin disk binaries are young or medium age stars and almost 15% are old thin disk stars. There is an urgent need to increase the number of the iden- tified halo binary stars with known orbits and substantially improve the situation with their radial velocity data.

Key words: stars: binaries: visual, kinematics - Galaxy: popula- tion - orbiting observatories: Hipparcos

1. INTRODUCTION

The importance of the investigation of binary stars for under- standing stellar formation and evolution is well-known and described by many authors (cf. Duquennoy & Mayor 1991, Larson 2000). Bi- nary stars are the only source for the direct determination of stellar

* Based on the data from the Hipparcos astrometry satellite, ESA 482 A. Bartkevicius, Α. Gudas masses and the mass-luminosity relation. The frequency of binary stars, distributions of their orbital elements, correlations between themselves and other stellar parameters tell us important informa- tion about stellar birth conditions and dynamical evolution of the Galaxy. Due to the relative faintness and rarity of Population II stars in the solar neighborhood, visual binaries of this population are poorly investigated. Catalogues or lists of this type of binaries are not avail- able. Some information is presented in the Population II star Cat- alogs (Bartkevicius 1980, 1984; Bartkevicius & Bartkevicienè 1993) and the rest is scattered in separate publications. Only quite re- cently Allen et al. (2000) presented a catalogue and kinematical investigation of 122 high velocity metal-poor wide binaries. The number of publications concerning kinematics of visual bi- naries is very limited, especially for the stars with known orbits. We can only mention Eggen's (1959) note analyzing the distribution of several dozens of these stars in the plane of the galactic space veloc- ity components U, V and W, V. Eggen (1965) also calculated space velocity components for 228 visual binary stars with known orbits and investigated the dependence of distribution of stars in the U, V plane on the ultraviolet excesses 5(U — B). Kulikovskij (1956) and Kurochkin (1978) showed that velocity dispersion increases from early- to late-type wide binaries, as well as for single stars. Saadat (1961) and Bakos (1974) investigated the relation between velocity dispersions and the age of visual dou- ble stars. Starikova (1981) analyzed the kinematical characteristics of visual binary stars from the Fundamental Star Catalogue FK4. Poveda et al. (1994) found total space velocity dispersion of 35.2 km/s for the young nearby wide binaries and 53.7 km/s for the old ones. Only one publication (Allen et al. 2000) is completely devoted to the kinematics of Population II visual binaries. There galactic orbits for 122 high-velocity metal-poor wide binaries are calculated, and a population group is assigned to each. ESA's astrometric satellite Hipparcos (ESA 1997) provided us with invaluable material for the investigation of binary stars. Not only very precise trigonometric parallaxes and proper motions for many known visual binaries were obtained, but also many new bi- naries were detected. Some new orbital binaries were detected, as well as orbital, astrometric and photometric parameters of known binaries were substantially improved by reprocessing the Hipparcos Kinematics of Hipparcos visual binaries. I. 483

Transit Data (TD) and combining them with existing ground-based speckle interferometry and visual observations (Soderhjelm 1999), combining the Transit and Intermediate Astrometric Data (IAD) with the spectroscopic orbit data (Pourbaix & Jorissen 2000) and combining the Hipparcos Catalogue with many ground-based astro- metric catalogues (Gontcharov et al. 2000). Some time ago the investigation program of the Hipparcos Pop- ulation II single and binary stars was undertaken by Bartkevicius (1994) using the multicolor Vilnius photometric system (Bartkevicius & Lazauskaité 1997) and Coravel-type radial velocity speedometers (Bartkevicius & Sperauskas 1999, Sperauskas h Bartkevicius 2001). This publication is the first from a series devoted to the investiga- tion of old visual binaries possessing Hipparcos measurements. Stars with known orbits are analyzed. Binaries having old disk or halo kinematical characteristics are picked out.

2. SELECTION OF STARS

Primarily, 235 stars with orbital solution from the Hipparcos Catalogue Double Star Annex DMSA/O (ESA 1997) are included into the sample. The main sample is supplemented with the fol- lowing: (1) 200 systems from Soderhjelm (1999) where improved orbital elements by combining Hipparcos astrometric measurements with ground-based binary observations are given, (2) 40 double- lined spectroscopic binaries which are ground-based visually resolved (VB- SB2), with orbital elements obtained by fitting astrometric and spec- troscopic data simultaneously (Pourbaix 2000), (3) 23 Ba, CH and Tc-poor S stars - spectroscopic binaries with improved orbital and astrometric parameters, obtained by combining the orbital parame- ters of spectroscopic binaries with Hipparcos TD and IAD (Pour- baix & Jorissen 2000), (4) 187 stars, selected by Martin & Mignard (1998) and Martin et al. (1998) for the determination of mass from the Hipparcos data, (5) 95 binary systems from Gontcharov's et al. (2000) Catalogue of Astrometric Binaries (ABC1). Finally, the catalogues of metal-deficient stars MDSP, MDSPSl (Bartkevicius 1980, 1984) and the Population II star catalog (Bartkevicius & Bartkevicienè 1993) are scanned and a few systems are added. Af- ter removing the redundant cases, 570 binaries remain in the final sample. The selected stars are listed in Table 1 in which the columns give the Hipparcos number, the magnitude V and the color index B-V 484 A. Bartkevicius, Α. Gudas for the combined light of the system and spectral types taken from the Hipparcos Celestia Catalogue (ESA 1998). For metal-deficient stars, the spectral type is taken from the MDSP catalog. The next column gives the source of the star selection and the last column gives the kinematical population classes of stars, which will be discussed below.

3. DATA

3.1. Parallaxes Trigonometric parallaxes are taken from the Hipparcos Celes- tia Catalogue (ESA 1998) and from the improved Hipparcos results (Soderhjelm 1999, Pourbaix k Jorissen 2000, Martin h Mignard 1998, Mignard et al., 1998, Fabricius & Makarov 2000, and Falin & Mignard 1999). For 8 stars with σπ/π> 0.25, spectroscopic paral- laxes are also used (Table 2). They where determined from absolute magnitudes My, intrinsic color indices (B-V)o, color-excesses Eß-v and extinctions Ay derived from MK spectral classes, V and B-V values according to the Straizys (1992) tabulation. Standard errors for these parallaxes are estimated adopting OMv— 0-7. Individual values of the parallaxes with their standard errors (in mas= 0.001 arcsec) and the data sources are listed in Table 3. The weighted mean parallaxes and the standard errors of the mean from Ν sources, are listed in Table 4. The distributions of the mean values of parallaxes and their relative errors are shown in Figs. 1 and 2. It is evident that the parallaxes of the selected sample are of very high precision. Their mean relative error is about 5%, and the precision of 96% of the sample stars is better than 20%.

3.2. Proper motions Proper motions are taken from the Hipparcos Celestia Catalogue (ESA 1998) and the Tycho-2 Catalogue (H0g et al. 2000). We have not used the Hipparcos proper motions for 34 stars having stan- dard errors of proper motions or their equatorial components larger than 20 mas. The distribution of differences between Hipparcos and Tycho-2 proper motions is shown in Fig. 3. The individual values of proper motion components with their standard errors and a source code are presented in Table 5. The weighted means and their errors Kinematics of Hipparcos visual binaries. I. 485

200 Ν

150

100

50

0U ' ^ • ' I r-r-H , _ 0.00 50.00 100.00 150.00 200.00 π (mas) Fig. 1. The mean values of the parallaxes. Values for 9 stars with 7Γ > 200 mas are not shown. are listed in Table 6. The distributions of proper motions and their relative errors are given in Figs. 4 and 5. Despite a few deviating cases, the whole material is of high precision. The average relative error is about 3%, and 96% of the stars have accuracy better than 15%.

3.3. Radial velocities

Radial velocities for 497 stars are taken from the General Cata- logue of Mean Radial Velocities (Barbier-Brossat & Figon 2000), Bib- liographic Catalogue of Stellar Radial Velocities (1991-1994) (Malar- oda et al. 2000), and Bartkevicius (2000a) compilation of radial velocities of Population II and late-type stars for the period of 1995- 2000. The remaining 73 stars lack radial velocity determinations. Unfortunately, Malaroda et al. do not give standard errors of in- dividual measurements, and Barbier-Brossat & Figon sometimes in- stead of a standard error give its quality class. This quality class is converted into the standard error using the precepts from Wilson's Radial Velocity Catalogue (1953). If no standard error or quality class is given, the standard error is ascribed according to the num- 486 A. Bartkevicius, Α. Gudas

150

Ν

100

Fig. 2. Relative errors σπ/π of the parallax mean values. Values for 4 stars with σπ/π > 0.25 are not shown. ^ 2Q I—ι—ι—ι—ι—ι—I—I—γη—η—I—I—I—I—I—I—I—I—I—I—I—I—I—I—I—I—I—I—I—I—I—I—I—I—I—I—I—Γ

Ν/

100

80

60

40

20 • 1 1 I Le ^nL I 11 TL-m-fr, 1 0 0.040 -0.040 -0.020 0.000 0.020 Λμ (arcsec)

Fig. 3. The differences of proper motions AíHip_A¿Tycho-2· Kinematics of Hipparcos visual binaries. I. 487

150

Ν

100

50

0 0.00 0.50 μ1.0 (arcsec0 ) 1.50 2.00 Fig. 4. The mean values of the proper motions. Values for 6 stars with μ > 2 " are not shown. ber of observations n: 5.0 km/s for n=1, 4.0 km/s for n—2, 3.0 km/s for n=3 , 2.0 km/s for n=4 or 5 and 1.0 km/s for η > 6. For spectro- scopic binaries with unknown standard error of barycenter's velocity, a 1.0 km/s error is adopted. Individual radial velocities are listed in Table 7 and weighted mean values in Table 8. The distribution of radial velocities is shown in Fig. 6 and their standard errors - in Fig. 7. The mean value of standard error of the sample is 2.5 km/s, 13% of stars have errors larger than 4 km/s. Apparently, large errors in some cases are caused by orbital motion of the binary components, in other cases they may occur due to specific difficulties in measuring binary stars. The lack of radial velocities for a considerable number of these very important fundamental stars and the low quality of part of the existing data, show that intensive observations of radial velocities are very desirable. 488 Α. Bartkevicius, Α. Gudas

200 - Ν 160 -

120 -

80 -

40 -

0———Lj—1——lJ——1 '—1— "—e 0.00 0.04 0.08

Fig. 5. The mean values of the relative errors σμ/μ of the proper motions. Values for 30 stars with (Τμ/μ > 0.10 are not shown.

60

Ν

40

20 -

π , ,-π ΓΠ LJ I L- 0 ^ffl. ÜL -150.00 -50.00 50.00 150.00

Vr (km/s)

Fig. 6. The mean radial velocity values. Kinematics of Hipparcos visual binaries. I. 489

250 = Ν

200 -

150 -

100- —

50 -

0.00 4.00 8.00 12.00 16.00

σ vr (km/s)

Fig. 7. The standard errors of the mean values of radial velocities.

-150.00 -30.00 90.00 210.00 330.00 U (km/s)

Fig. 8. The space velocity radial component U. 490 A. Bartkevicius, Α. Gudas

100 "Ί 1 1 1 1 1 1 1 1 1 1 1 1 I I I I I 1 Γ- Ν

80

60

40

20 • • I I I I I I c=ü Ota. ΐΓτΠ-irífi ta 0 -150.00 -50.00 50.00 150.00 250.00 Vrot (km/s)

Fig. 9. The rotational velocity Vrot·

100 Ν

80

60

40

20 *- •-». Γ-1 ITI—ΓΠ- • ΤίγΠγτ-γπ _j ι le 0 -120.00 -60.00 W (km/s0.0) 0 60.00 Fig. 10. The space velocity perpendicular component W. Kinematics of Hipparcos visual binaries. I. 491

4. COMPUTATIONS OF THE SPACE VELOCITY COMPONENTS

The computation of galactic space velocity components and transverse velocity was made with the precepts presented in the Hipparcos Catalogue, Vol. 1 (ESA 1997). The velocity component U is directed to the galactic center, V - to the direction of galactic rotation, and W - to the North Galactic Pole. They have been cor- rected due to the solar motion with respect to the Local Standard of Rest (LSR): (U,V,W)Sun = (10.0±0.4, 5.2±0.6, 7.2±0.4 km/s) (Binney & Merrifield 1998). The results of computation for the stars with known radial velocities are presented in Table 9. Together with the galactic velocity components and their errors, Grenon's (1987) kinematic age parameters

/Gf= 3ÖÖ V^2 + 2.5^2 + 3.5m (1) are given. Also transverse Vt and total space velocity Vtot are pre- sented. It should be noted that the total space velocity

2 Vtot = \Jvt + VT\ (2) is calculated in respect to the Sun. For the stars without radial velocities, transverse velocities and their standard errors are listed in Table 10.

5. DISCUSSION

5.1. The sample of stars with radial velocities

To show the overall kinematic population composition of the sample stars qualitatively, histograms for several velocity compo- nents are plotted. The distribution of the radial velocity component U is given in Fig. 8. For characterizing the sample rotation, we have calculated the rotational velocities Vrot accepting LSR circular velocity of 220 km/s (Binney & Merrifield 1998, Table 10.7). Distrib- utions of rotational velocities Vrot, and of the perpendicular velocity component W are given in Figs. 9 and 10. A histogram of the to- tal space velocity distribution is presented in Fig. 11. A histogram 492 A. Bartkevicius, Α. Gudas of the transverse velocity Vt distribution for all 570 binary stars is given in Fig. 12. Although the bulk of binaries are low velocity stars, kinematically the sample is not homogeneous. Due to the presence of high-velocity stars, the distribution of the radial U and vertical W velocity components have quite extended wings and a part of binaries have reduced rotation velocities Vrot. It is difficult to describe the sample of stars using only one kinematical parameter. We used Grenon's (1987) kinematic age parameter fG, calibrated versus age using the field F and G sub- giants with well determined ages (Grenon 1989). Statistically, the stars with fG <0.20 belong to the young-middle age group (age less than 3-4 billion years) of the thin disk population, the stars with 0.200.70 belong to the halo population. Figs. 13a and 13b demon- strate the distribution of Grenon's kinematic age parameter fG. Two versions of the kinematical classification of sample binaries have been made. In the first version sample stars are classified into four kine- matical age groups mentioned above, additionally dividing arbitrar- ily young-intermediate age thin disk group into two halves. The main intent of this work is to isolate a complete sample of thick disk and halo binaries, as much as possible. So, the second version of dividing the stars into thin and thick disk groups, using not only fG, but also the velocity components U, W and Vrot is considered. The stars with fG >0.35, or rotational velocities Kot > 160 km/s, or \U\ <60 km/s, or \W\ <40 km/s have been ascribed to the thin disk popula- tion (Bartasiüté 1993). The adopted criteria of the populations with appropriate abbreviations are presented in Table 11. The number of the population group members, their percentage and the calculated mean values of the kinematic parameters with their standard errors are presented in Tables 14a and 14b. The vast majority of the sample binaries (about 4/5) are thin disk stars. Old thin disk stars compose 15-19% (depending to the used classification criteria) of all thin disk binaries. Using only Grenon's fG parameter (version I), 23 thick disk binaries are de- tected, while using the version II separation method 47 (9.5% of the sample) thick disk binaries have been discovered. Only seven binaries kinematically are halo stars. Bottlinger's U,V diagram, dividing stars into population groups according to the classification by version II is presented in Fig. 14. In Kinematics of Hipparcos visual binaries. I. 493

120 Ν 100

80

60

40 U

20

0 0.00 125.00 250.00 375.00 500.00 Vtot (km/s) Fig. 11. Total space velocity Vtot· that diagram the distribution of thick disk and halo stars is similar to the distribution of Allen's et al. (2000) high-velocity metal-poor wide binaries. On the other hand, our young-intermediate age (Dl) stars belong to the rectangle of young stars (-45< U <+50 km/s, -28< V <+22 km/s) on the U,V diagram for nearby wide binaries of Poveda et al. (1994). The W,V diagram (Fig. 15) demonstrates a growing dispersion of the vertical velocity component W from the young to the old kinematical groups. It is clear that a certain contamination of thick disk subsamples with some old thin disk stars is unavoidable. To be precise, D3 subsample should be called high velocity intermediate Population II subsample. A small number of halo group stars prevent us from making statistically significant conclusions. Furthermore, this group is very heterogeneous. Two stars kinematically belong to "genuine" halo, another five belong to the intermediate halo or even to the extended wing of the thick disk. Age differences are well seen in the HR diagram (Fig. 16) com- posed for the combined light of the systems. Young thin disk stars belonging to the Dia group occupy the early main sequence and the 494 A. Bartkevicius, Α. Gudas

160 I I I Γ" "Ί 1 1 1 1 1 I 1 1

140 Ν 120

100 80 60

40

20 Ij Ü Ü U U Li Li L 00.0 0 40.00 80.00 120.00 160.00

Vt (km/s)

Fig. 12. Transverse velocity Vt for all stars. Two stars with extreme

Vt: HD 132475 (Vt = 328 km/s) and HD 219617 {Vt = 509 km/s) are not shown. position of late supergiants and bright giants. The thin disk group of the middle age occupy all main sequence from early- to late-type stars and a notable clump of giants. Old age group stars - the old thin disk, the thick disk and the halo groups have very similar HR diagrams, resembling the diagrams of old open or disk globular clus- ters.

5.2. Transverse velocity sample

73 binaries of the sample lack radial velocity measurements. Their transverse velocities with the standard errors are listed in Table 10. We ascribe each sample star to an appropriate population group using the transverse velocity value and the relationship between Vt and fG. Statistically, the stars with Vt < 30 km/s apparently belong to the young-middle age thin disk (Dl?), with 0.3055 km/s to the thick disk (D3?). The HR diagram (Fig. 17) indicates that the majority of sample bi- naries belong to F, G and Κ dwarfs. The lack of radial velocities prevents from determining a precise kinematic population group. Kinematics of Hipparcos visual binaries. I. 495

150

Ν

100

50

0 0.00 0.10 0.20 0.30 fG Fig. 13a. Grenon's kinematical age parameter fG<0.35.

10 1 1 1 1 i 1 1 1 1 J 1 1 I 1 1 J 1 r

Ν 8

Q Ii ι h ι ι » ι ι II I I h I I il 1 I ι ι ι ι i j ι ι I il ι )| 0.35 0.65 0.95 1.25 1.55 1.85 2.15 fG Fig. 13b. Grenon's kinematical age parameter fG>0.35. 496 Α. Bartkevicius, Α. Gudas

150.00 Π I I I I I I I I I I I I π τ I I I Γ"

U (km/s)

- • D1a + + - o D1b - A D2(a) 100.00 - + D3(a) - * Η - + 4V »" <*° _"t 50.00 - - - A O4 + + + 0.00 + +A

-50.00

-100.00

-200.00 -150.00 -100.00 -50.00 0.00 50.OC -150.00 V (km/s) Fig. 14. Bottlinger's U, V diagram. Very deviating stars HD 132475 (U, 51.4, -360.4 km/s) and HD 219617 (U, V; 392.6, -325.4 km/s) are not plotted.

5.3. Old high-velocity Hipparcos orbital visual binary stars

The halo and the thick disk orbital binaries selected according to the version II kinematical population criteria are presented in Table 13. All stars are subdivided into four groups: extreme halo, interme- diate halo, thick disk stars and five thick disk binary candidates from the transverse velocity sample. The content of the majority columns is self-explanatory. The "cni" column gives the version II of selection criteria of population groups: fG - according to Grenon's population age criteria /G; U, VROT, W - for the velocity component criterion; VT - for the high transverse velocity when radial velocities are un- Kinematics of Hipparcos visual binaries. I. 497

140.00 1 1 1 1 Γ W (km/s) • D1a o D1b 100.00 h A D2(a) + D3(a) * H

60.00

20.00 -

-20.00 -

-60.00 -

-100.00

-140.00 I I > I I I I I I I I I I I I I I I I I I -200.00 -150.00 -100.00 -50.00 0.00 50.00 V (km/s)

Fig. 15. The V, W diagram. Deviating stars HD 132475 ( V, W; -360.4 , 62.1 km/s) and HD 219617 (V, W; -325.4, -50.0 km/s) are not plotted. known. In this case only transverse velocities are presented. In the last column spectral binaries, radial velocity variables and eclipsing variables are indicated. Among 59 selected stars, 18 are spectral binaries and 7 are radial velocity variables. A detailed discussion concerning individual stars will be done elsewhere. Here we restrict ourselves to a few remarks about some important cases. Among them there are two subdwarfs sdF7 with extreme halo kinematics - HD 132475 and HD 219617 with well determined metallicity [Fe/H] = -1.60±0.04 and -I.47i0.03. Two bright, well investigated and widely described mild sdG5 subdwarfs HD 6582 (μ Cas, [Fe/H] = -0.77i0.03) and HD 224930 (85 Peg, [Fe/H] = -0.76i0.03) are 498 A. Bartkevicius, Α. Gudas

-8.00

Mh

-3.00 - ι %

S · o •rPO. v...t , A + + O. O0# ° ·° ^ \ * + .o 0 * * «

2.00 -

· * +00 + 7.00 - * D1a + O+ J Í< + ° D1b + O O * D2(a) + D3(a) * H

12.00

_l I I I 1_ -0.40 0.10 0.60 1.10 1.60 B-V Fig. 16. Combined light of the systems HR diagram for the stars with known radial velocities. selected for the halo and the thick disk sample, [Fe/H] values being taken from the Catalogue of the Mean [Fe/H] Values of Population II stars (Bartkevicius 2000b). Two peculiar giants: well-known CH giant HD 201626 (Cl:,ICH) and S giant HD 35155 (S2.5ZelTi3) be- long to the halo group. They are supplemented with the thick disk CH giant BD +42 2173 (C3,lch) and CH-subgiant HD 204613. A well known eclipsing binary VW Cep (HD 197433) has a high ra- dial component U that equals —63.9 km/s. For a visual binary and double-lined spectroscopic binary HD 195987 with high vertical ve- locity component W = 48.7 km/s eclipses are also suspected (Imbert 1980). Kinematics of Hipparcos visual binaries. I. 499

-2.00 τ ι ι ι r

Mv

1.00 • ·

ο ·ο •δ 91 o o? f. 4.00 • ΐο· · A 4 :« · A °sv s> o

7.00

10.00 • V,<25 (km/s)

o 25 (km/s)

a Vt>55 (km/s) 13.00

I \ I 1 I I I I I I 0.00 0.50 1.00 1.50 2.00 B-V Fig. 17. Combined light of the systems HR diagram for the stars without radial velocities.

6. CONCLUSIONS

(1) The selected sample of stars has astrometric data of very high precision. The average relative parallax error of the sample is about 5%. 96% of the sample stars have parallaxes with the precision higher than 20%. The average relative proper motion error is about 3%. 96% of stars have proper motion relative errors lower than 15%. On the contrary, 73 sample stars lack radial velocity measurements, and the standard mean error of the remaining stars is 2.5 km/s, 13% of stars have errors larger than 4 km/s. 500 A. Bartkevicius, Α. Gudas

The lack of radial velocities for a considerable number of these very important fundamental stars and the moderate quality of the existing data show that observations of radial velocities are very desirable. (2) The majority of the sample binary stars (89%) are thin disk stars. 39% of them are kinematically young stars, over 46% are of middle age and almost 15% are old thin disk stars. 47 binaries (9.5%) have thick disk kinematics and only 7 (1.4%) - halo kinematics. There is an urgent need to increase the number of halo binary stars with known orbits.

ACKNOWLEDGMENTS. In this publication the Strasbourg Stellar Data Center CDS Catalogues and the bibliographical data from NASA ADS center were used.

REFERENCES

Allen C., Poveda Α., Herrera Μ. Α. 2000, Α&Α, 356, 529 Bakos G. Α. 1974, in Stars and the Milky Way System, Proc. of the First European Astronomical Meeting, ed. Mavridis L. N., Athens, Vol. 2, p. 60 Barbier-Brossat M., Figon P. 2000, Mean Radial Velocities Catalogue of Galactic Stars, A&AS, 142, 217 Bartasiüté S. 1993, A study of Kinematics and Chemical Properties of Stellar Populations at High Galactic Latitudes, Ph. D. Thesis. Vil- nius Bartkevicius A. 1980, The Catalogue of Metal-deficient F-M Stars. Part I. Stars Classified Spectroscopically, Bull. Vilnius Obs., No. 51 Bartkevicius A. 1984, The Catalogue of Metal-deficient F-M Stars. Part I. Stars Classified Spectroscopically. Supplement 1, Bull. Vilnius Obs., No. 68, 3 Bartkevicius A. 1994, Baltic Astronomy, 3, 30 Bartkevicius A. 2000a, Population II and Late Type Stars Radial Veloc- ities Bibliographic Catalogue (1995-2000), Vilnius, unpublished Bartkevicius A. 2000b, The Catalogue of the Mean [Fe/H] Values of Metal-deficient F-M stars, in preparation Bartkevicius Α., Bartkevicienè V.-D. 1993, A Preliminary Version of the Catalogue of Field Population II Stars on Magnetic Tape (POP 2 Catalogue), Bull. Inform. CDS, Strasbourg, No. 42, 19 Bartkevicius Α., Lazauskaitè R. 1997, Baltic Astronomy, 6, 499 Bartkevicius Α., Sperauskas J. 1999, Baltic Astronomy, 8, 325 Kinematics of Hipparcos visual binaries. I. 501

Binney J., Merrifield M. 1998, Galactic Astronomy, Princeton Univer- sity Press, Princeton Duquennoy Α., Mayor M. 1991, A&A, 248, 485 Eggen O. J. 1959, Observatory, 79, 206 Eggen O. J. 1965, AJ, 70, 19 ESA, 1997, The Hipparcos and Tycho Catalogues, ESA, SP-1200 ESA, 1998, Celestia 2000, ESA, CD ROM Fabricius C., Makarov V. V. 2000, A&AS, 144, 45 Falin J.L., Mignard F. 1999, A&AS, 135, 231 Gontcharov G., Andronova Α., Titov O., Kornilov E. 2000, Astro- metric Binary Catalogue, Pulkovo Observatory. Grenon M. 1987, J. Astrophys. Astron., 8, 123 Grenon M. 1989, Ap&SS, 156, 29 H0g E., Fabricius C., Makarov V. V., Urban S., Corbin T., Wycoff G., Bastian U., Schwekendiek P., Wicenec A. 2000, The Tycho-2 Catalogue: Positions, Proper Motions and Two-colour Photometry of the 2.5 Million Brightest Stars, Copenhagen University, CD-ROM Imbert M. 1980, A&AS, 42, 331 Kulikovskij P. G. 1956, Astron. Circular, Moscow, No. 171, 16 Kurochkin Ν. E. 1978, Astron. Circular, Moscow, No. 996, 4 Larson R. B. 2000, In The Formation of Binary Stars, (IAU Symp. 200), eds. H. Zinnecker & R. Mathieu, ASP Confer. Ser., San Francisco Malaroda S, Levato H., Morrell Ν., Garcia Β., Grosso M., Bolzicco G.J. 2000, Bibliographic Catalogue of Stellar Radial Velocities: (1991- 1994), A&AS, 144, 1 Martin C., Mignard F. 1998, A&A, 330, 585 Martin C., Mignard F., Hartkopf W. I., McAlister H. A. 1998, A&AS, 133, 149 Pourbaix D. 2000, A&AS, 145, 215 Pourbaix D., Jorissen A. 2000, A&AS, 145, 161 Poveda Α., Herrera Μ. Α., Allen C., Cordero G., Lavalley C. 1994, Rev. Mexicana Astron. Astrofis., 28, 43 Saadat M. A. 1961, Ann. d'Ap., 24, 148 Soderhjelm S. 1999, A&A, 341, 121 Sperauskas J., Bartkevicius A. 2001, in preparation Starikova G. A. 1981, AZh, 58, 361 Straizys V. 1992, Multicolor Stellar Photometry, Pachart Publishing House, Tucson, Arizona Wilson R. E. 1953, General Catalogue of Stellar Radial Velocities, Carnegie Institute of Washington, Washington 502 A. Bartkevicius, Α. Gudas

Table 1. Data of selected stars.

HIP Name V B-V Sp Source* Group 2 HD 224690 9.27 0.999 K3V HIP D2? 171 HD 224930 5.80 0.690 sdG5 S1T3 Ml POP2 D3 443 HD 28 4.61 1.029 K1III HIP DI 518 HD 123 5.98 0.687 G5V S1T3 DI 677 HD 358 2.07 -0.038 B9p PI HIP DI 999 BD +13 0013 8.44 0.739 KO HIP D2 1242 G 158-50 11.49 1.750 M: S1T4 M2 DI 1349 HD 1273 6.84 0.655 G2V HIP DI 1674 HD 1624 7.91 0.815 G5 S1T4 DI? 2237 HD 2475 6.44 0.594 G3V SITI MI DI 2533 HD 2880 8.54 0.840 KOV MI D2 2548 HD 2913 5.69 -0.014 B9.5V M2 DI 2552 BD +66 0034 10.27 1.520 M2.5Ve S1T4 D3 2762 HD 3196 5.20 0.567 F8V SITI MI DI 2912 HD 3369 4.34 -0.123 B5V HIP POP2 GONI DI 2941 HD 3443 5.57 0.715 G8V PI S1T3 MI D3 3092 HD 3627 3.27 1.268 K3III GONI DI 3504 HD 4180 4.48 -0.069 B5III HIP DI 3572 HD 4161 5.64 0.078 A2IV GONI DI 3951 HD 4775 5.35 0.528 A4V, comp, SB M2 DI 4463 HD 5516 4.40 0.940 G8III-IV PI MI DI 5064 HD 6387 8.99 0.450 F2 M2 DI? 5300 HD 6767 5.21 0.159 A3V S1T4 MI GONI DI 5317 HD 6658 5.04 0.109 A3m M2 DI 5336 HD 6582 5.17 0.704 sdG5 HIP GONI H 5685 HD 7275 7.86 0.578 GO HIP Dl? 5778 HD 7374 5.97 -0.082 B8III HIP Dl 5842 HD 7693 7.22 1.000 K2V S1T3 D2? 6486 HD 8272 6.36 0.457 F4V S1T4 Dl 6564 HD 8556 5.92 0.407 F4V S1T4 MI Dl 6867 HD 9053 3.41 1.542 K5II-III HIP GONI D3 7078 HD 9021 5.82 0.489 F6V HIP Dl 7213 HD 9525 5.49 1.021 Kl, K2III HIP Dl 7372 HD 9770 7.11 0.909 K3V SITI Dl 7580 HD 10009 6.24 0.528 F7V PI SITI MI D2 7918 HD 10307 4.96 0.618 G2V S1T4 MI Dl 7981 HD 10476 5.24 0.836 K1V HIP Dl 8514 HD 11262 6.37 0.523 F6V HIP Dl 8833 HD 11559 4.61 0.928 Κ0ΙΙΙ, SB HIP Dl 8882 HD 11753 5.12 -0.060 A3V HIP Dl 8903 HD 11636 2.64 0.165 A5V PI HIP M2 GONI Dl 9236 HD 12311 2.86 0.290 F0V HIP Dl 9480 HD 12111 4.49 0.164 A3IV S1T3 Dl 9640 HD 12533 2.10 1.370 B8V GONI Dl 9727 HD 12230 5.27 0.345 FOVn HIP Dl 10064 HD 13161 3.00 0.140 A5III PI HIP GONI Dl 10324 HD 13611 4.36 0.878 G8II: HIP Dl 10366 HD 13530 5.31 0.926 G8III:, var HIP GONI D3 10403 HD 13594 6.05 0.406 F5V S1T4 Dl 10514 HD 13738 6.96 1.440 K2 HIP D3 Kinematics of Hipparcos visual binaries. I. 503

Table 1 (continued)

HIP Name V B-V Sp Source* Group 10535 HD 13872 5.57 0.520 F6V S1T4 MlGONl D2 10542 HD 14001 7.94 1.033 K3V S1T4 DI 10644 HD 13974 4.84 0.607 G0V,MD-G0V PI HIP D2 10723 HD 14214 5.60 0.588 G0.5IV HIP GONI D2 10952 BD +42 0501 8.79 0.849 KO PI D3 11231 HD 15064 6.17 0.653 G5IV HIP DI 11452 HD 15285 8.69 1.397 K7V: S1T3 Ml DI 11542 BD +31 0434 9.57 1.330 MOp M2 D3 11548 HD 15335 5.89 0.591 GOV M2 D2 11569 HD 15089 4.46 0.153 A5pSr S1T4 DI 11840 HD 15755 5.84 1.083 KOIII HIP DI 12114 HD 16160 5.79 0.918 K3V GONI D3 12153 HD 16234 5.64 0.516 F7V M2 DI 12390 HD 16620 4.83 0.447 F5V PI SITI MI DI 12421 HD 16619 7.83 0.656 GO MI D3 12552 HD 16656 8.51 0.600 GO MI DI? 12623 HD 16739 4.91 0.582 F9V PI MI HIP DI 12640 HD 16811 5.74 -0.017 AOV M2 DI 12709 HD 16909 8.23 1.074 K5 HIP DI 12717 HD 17326 6.23 0.542 F5V S1T4 MI D3 12719 HD 16908 4.65 -0.122 B3V HIP DI 13055 HD 16458 5.80 1.300 MD-Ba4-KlIII PBa D2 13531 HD 17878 3.93 0.758 G4III MI HIP GONI DI 14328 HD 18925 2.91 0.716 G8III+ PI MI HIP GONI DI 14576 HD 19356 2.09 -0.003 B8V MI HIP GONI DI 14879 HD 20010 3.80 0.543 F8V S1T4 D2 14913 HD 20121 5.92 0.440 F3V+ S1T4 DI 15799 HD 21175 6.90 0.840 KOV S1T4 DI? 15868 HD 21161 7.51 0.618 Gl, G2V MI D2 16134 HD 21531 8.39 1.337 K5V HIP DI 16369 HD 21754 4.14 1.112 KOII-III HIP GONI DI 16457 HD 22367 8.23 1.246 K2III MI DI? 16528 HD 22007 8.46 0.956 G5IV MI DI 16602 HD 21794 6.37 0.523 F7V S1T4 D3 16628 HD 22262 6.20 0.482 F5V S1T4 D2 16900 HD 22418 6.96 0.460 F5 HIP D3 17138 HD 22921 6.91 1.125 KOIII-IV HIP DI? 17296 HD 22649 5.06 1.651 S5.3, SB: HIP PBa DI 17336 HD 23052 7.07 0.659 GO HIP DI 17440 HD 23817 3.84 1.133 KOIV, SB HIP GONI D2 17694 HD 23610 8.17 0.255 AO HIP DI 17846 HD 23728 5.95 0.279 A9IV HIP DI 17847 HD 23850 3.62 -0.070 B8III HIP DI 17932 HD 23838 5.65 0.779 G2III HIP DI 17954 HD 23985 5.24 0.231 A2V S1T4 DI 18532 HD 24760 2.90 -0.199 B0.5V GONI DI 19009 HD 25555 5.46 0.813 GOIII M2 DI 19508 HD 26441 7.36 0.651 GO MI D2 19719 HD 26690 5.29 0.366 F3V SITI MI HIP DI 19758 HD 27019 6.77 0.577 F8, GOV S1T4 MI D2? 504 A. Bartkevicius, Α. Gudas

Table 1 (continued)

HIP Name V B-V Sp Source* Group 19812 HD 26630 4.12 0.935 GOIb GONI DI 20070 HD 26961 4.60 0.043 A2V HIP DI 20087 HD 27176 5.64 0.277 FOV PI SITI HIP M2 DI 20215 HD 27383 6.85 0.509 F7V+ S1T4 DI 20347 HD 27710 6.08 0.371 F2V S1T4 DI 20482 HDE 284414 9.39 0.908 K2V HIP D2? 20661 HD 27991 6.44 0.509 F7V PI S1T4 MI DI 20686 HD 27989 8.07 0.680 G5V S1T4 MI DI 20885 HD 28307 3.84 0.952 G7III S1T4 DI 20894 HD 28319 3.40 0.179 A7III MI DI 20916 HD 28363 6.59 0.536 F7V+ S1T4 DI 20935 HD 28394 7.02 0.526 F7V HIP DI 21123 HD 28634 9.53 0.987 K2 HIP DI 21273 HD 28910 4.65 0.255 A8V HIP DI 21280 HDE 285931 8.48 0.847 G5 S1T4 DI? 21281 HD 29305 3.30 -0.079 AOV: S1T4 MI GONI DI 21594 HD 29503 3.86 1.082 K1III S1T4 GONI D2 21698 HD 29803 8.86 0.910 K1V S1T4 DI? 21880 HD 29839 7.26 0.191 AO MI DI? 21881 HD 29763 4.27 -0.112 B3V GONI DI 22196 HD 30090 6.53 0.704 GO MI D2 22500 HD 30997 7.18 0.526 F6V HIP D2? 22505 HD 30712 7.73 0.740 G5 S1T4 DI 22550 HD 30810 6.79 0.543 F6V SITI MI DI 22607 HD 30869 6.30 0.502 F5 S1T4 DI 23166 HD 31925 5.65 0.447 F5V S1T4 DI 23170 HD 31337 8.36 0.579 F8 MI DI? 23395 HD 32092 6.79 0.506 G2V S1T4 MI DI 23416 HD 31964 3.03 0.537 FOIa HIP DI 23452 HD 32450 8.31 1.430 MOV S1T4 DI 23453 HD 32068 3.69 1.154 K4II, comp HIP GONI DI 23662 HD 32662 7.69 0.509 GO HIP DI? 23786 HD 32850 7.74 0.804 KOV HIP D2 23835 HD 32923 4.91 0.657 G4V MI D2 23922 HDE 237354 9.35 0.607 G2V HIP Η 24020 HIP 24020 8.62 0.707 A3 GONI Dl? 24436 HD 34085 0.18 -0.030 B8Ia GONI Dl 24526 HD 34540 7.89 0.747 G8III HIP Dl? 24608 HD 34029 0.08 0.795 Ml:, comp PI MI HIP GONI Dl 24727 HD 34334 4.54 1.252 K3III HIP D2 25092 HD 35155 6.82 1.800 S4,l PBa Hl 25119 HD 35112 7.76 0.980 K3V S1T4 Dl 26001 HD 37297 5.34 1.039 G8, KOIII HIP Dl 26241 HD 37043 2.75 -0.210 09III GONI Dl 26563 HD 37507 4.77 0.139 A4V HIP Dl 26926 HD 38089 5.97 0.447 F3V S1T4 MI Dl 28311 HD 40705 8.17 0.641 G3V HIP Dl? 28360 HD 40183 1.90 0.077 A2V PI HIP GONI Dl 28442 HD 40887 7.85 1.137 K3, K4V S1T4 D3 28614 HD 40932 4.12 0.170 Am S1T4 MI Dl Kinematics of Hipparcos visual binaries. I. 505

Table 1 (continued)

HIP Name V B-V Sp Source* Group 28691 HD 41040 5.14 -0.097 B8V M2 DI 28734 HD 41116 4.16 0.835 G7III S1T4 Ml GONI DI 29234 HD 42443 5.71 0.454 F5V S1T4 Ml DI 29746 HD 43358 6.37 0.443 F5IV: Ml DI 29850 HD 43525 5.39 0.106 A2V Ml DI 29982 HD 43821 6.24 0.870 KO HIP DI 30060 HD 43378 4.44 0.032 A2Vs HIP DI 30122 HD 44402 3.02 -0.160 B2.5V GONI DI 30277 HD 44762 3.85 0.858 G7II HIP DI 30501 HD 44780 6.35 1.210 K2III HIP DI 30883 HD 45542 4.13 -0.115 B6III M2 GONI DI 30920 G 106-49 11.12 1.690 M4.5Ve S1T4 MI DI 30953 HD 46273 5.28 0.371 F2V S1T4 DI 31150 HD 47121 7.57 0.351 A8IV-V HIP D2? 31205 HD 46407 6.30 1.096 KOIII: HIP PBa DI 31509 HD 47230 6.36 0.486 F6V S1T4 MI DI 31737 HD 47152 5.76 -0.001 B9npe M2 DI 31978 HD 47839 4.66 -0.233 07 MI DI 32104 HD 48097 5.20 0.063 A2V HIP DI 32349 HD 48915 -1.44 0.009 AOm HIP GONI DI 32578 HD 49293 4.48 1.099 KOIII HIP DI 32761 HD 50337 4.41 0.899 G6II HIP DI 32768 HD 50310 2.94 1.207 KOIII HIP GONI DI 32800 HD 49622 8.34 0.498 F5 MI DI? 32894 HD 50264 9.04 0.630 Gp PI D2 33142 G 250-29 11.01 1.552 M: S1T4 D3 33449 HD 50522 4.35 0.850 G5III-IV S1T4 DI 33451 HD 51825 6.23 0.465 F5V SITI MI DI 34025 BD +39 1828 9.58 1.023 MO M2 D2? 34047 HD 51708 7.75 0.649 GO HIP DI? 34608 HD 54563 6.43 0.880 G9V HIP D3 34860 HD 55130 6.46 0.502 F8V S1T4 DI 35550 HD 56986 3.50 0.374 FOIV HIP GONI DI 35785 HD 57103 5.80 -0.078 B8V GONI DI 36042 HD 58368 8.00 1.025 KO PBa DI 36238 HD 58728 5.20 0.455 F5IV-V SITI M2 DI 36377 HD 59717 3.25 1.509 K5III, SB HIP D3 36832 HD 61033 7.59 0.724 G5, G6V HIP D2? 36850 HD 60179 1.58 0.034 A2Vm GONI DI 36890 HD 60766 7.82 0.426 F2V HIP DI? 37279 HD 61421 0.40 0.432 F5IV-V HIP GONI DI 38052 HD 62522 7.01 0.587 F5 SITI MI DI 38382 HD 64096 5.16 0.600 G2V PIS1T4 MI DI 38474 HD 64235 5.76 0.412 F5IVs S1T4 M2 DI 38538 HD 64145 4.97 0.098 A3V HIP DI 39261 HD 65339 6.02 0.158 A2p MI GONI DI 39953 HD 68273 1.75 -0.145 WC 8 + 09I GONI DI 40167 HD 68255 4.67 0.531 GOV S1T3 DI 40239 BD -13 2439 9.38 1.393 MOV S1T4 D2 40326 HD 69142 4.42 1.170 K1II-III HIP DI 506 A. Bartkevicius, Α. Gudas

Table 1 (continued)

HIP Name V B-V Sp Source* Group 41261 HD 71386 7.66 0.777 KO S1T4 Ml DI? 41426 HD 71805 6.49 0.419 F5V S1T4 Ml DI 41489 HD 71499 6.83 0.365 F0 Ml DI 41820 HD 71974 7.26 0.730 G5 S1T4 DI 42075 HD 72954 6.41 0.752 G5V S1T4 Ml DI 42430 HD 73752 5.05 0.720 G3, G5V S1T3 D2 42455 HD 73900 6.12 0.426 F3, F5V S1T4 HIP DI 42805 HD 74556 7.75 0.471 F5, F6V HIP DI? 43109 HD 74874 3.38 0.685 G0III-IV S1T4 DI 43671 HD 76360 5.31 0.275 Am S1T4 Ml HIP DI 44127 HD 76644 3.12 0.223 A7IV GONI DI 44248 HD 76943 3.96 0.463 F5V SITI MI GONI DI 44676 HD 78549 8.51 0.690 G5II-III HIP D2? 45075 HD 78362 4.67 0.381 Am HIP DI 45170 HD 79096 6.49 0.731 G9V, MD?-G9V PI SITI MI D3 45383 HD 79555 7.91 1.035 KO M2 DI 45527 HD 79910 5.24 1.172 K2III HIP DI 45571 HD 80671 5.38 0.415 F4V S1T4 MI DI 45617 HD 79969 7.20 0.992 K3V S1T3 D2 45999 HD 81009 6.51 0.246 A5spe MI DI 46396 HD 81919 6.63 0.207 A5III-IV HIP DI 46404 HD 81809 5.38 0.642 G2V PI S1T4 D2 46454 HD 81858 5.40 0.605 F9V S1T4 DI 46651 HD 82434 3.60 0.371 F2IV S1T3 DI 46706 BD -12 2918 10.06 1.545 M2 S1T4 MI D2 47250 HD 83158 8.24 0.429 F4III M2 DI 47479 HD 84121 5.30 0.195 A3IV SITI MI DI 47508 HD 83808 3.52 0.516 A5V+ GONI DI 47758 HD 84367 4.78 0.516 A7V+ MI GONI DI 48029 HD 84722 6.44 0.255 A7Vn M2 DI 48348 HD 85563 5.62 1.166 K2III HIP DI 49166 HD 87080 9.40 0.775 G8Vw PBa DI 49658 HD 87822 6.23 0.469 F4V MI DI 49841 HD 88284 3.61 1.007 KOIII HIP GONI DI 49929 HD 88355 6.43 0.468 F7V MI DI 50805 HD 89948 7.50 0.545 G8III+ HIP PBa DI 51147 HD 90460 7.70 0.635 F8 MI DI? 51233 HD 90537 4.20 0.908 G8III-IV S1T4 GONI DI 51384 HD 89571 5.52 0.244 FOIV HIP DI 51885 HD 91881 6.29 0.475 F5V S1T4 DI 51986 HD 92139 3.84 0.300 A3m+ S1T4 MI DI 52085 HD 92214 4.91 0.922 G8III HIP DI 52271 HD 92626 7.08 1.342 G8, KOp PBa D2 52419 HD 93030 2.74 -0.220 BOVp HIP DI 53240 HD 94363 6.12 0.913 K0III+ HIP D2 53423 HD 94672 5.91 0.425 F2III S1T4 DI 53763 BD +42 2173 10.02 1.320 C3,2CH PBa D3 54061 HD 95689 1.81 1.061 F7V, comp S1T3 GONI DI 54155 HD 96064 7.64 0.770 G5 S1T4 DI 54204 HD 96202 4.92 0.369 F3IV-V GONI S1T4 MI HIP DI Kinematics of Hipparcos visual binaries. I. 507

Table 1 (continued)

HIP Name V B-V Sp Source* Group 54677 HD 97233 9.06 1.203 K4V HIP D3 54977 HD 97961 8.62 0.765 G8IV HIP D2? 55016 HD 97907 5.31 1.189 K3III M2 DI 55203 HD 98230 3.79 0.606 GOV S1T3 DI 55266 HD 98353 4.76 0.113 A2V S1T4 HIP GONI DI 55425 HD 98718 3.90 -0.157 B5Vn S1T4 GONI DI 55642 HD 99028 4.00 0.423 F2IV, SB S1T4 DI 56290 HD 100203 5.46 0.515 F6V S1T3 D2 56528 CD -31 9113 9.81 1.489 M2V HIP DI 56675 HD 101132 5.64 0.362 F1III HIP DI 56731 HD 101013 6.14 1.068 KOp HIP PBa DI 57363 HD 102249 3.63 0.160 A7III HIP DI 57565 HD 102509 4.50 0.547 A comp, SB PI HIP GONI DI 57791 HD 102928 5.62 1.058 KOIV HIP GONI DI 57994 HD 103246 6.77 0.574 F8 S1T4 D2 58113 HD 103501 7.74 0.220 AO HIP DI 58590 HD 104321 4.65 0.122 A5V HIP GONI DI 58799 HD 104747 6.51 0.500 F7V S1T4 D2 59459 HD 105982 6.73 1.040 K2 HIP DI 59468 HD 105981 5.66 1.401 K4III HIP D2 59750 HD 106516 6.11 0.470 F5V HIP D3 59780 HD 106549 9.74 1.383 K5V S1T4 DI? 59816 BD +06 2573 9.45 1.215 K8 S1T4 D2 59856 HD 106760 4.99 1.140 K1III HIP D2 60129 HD 107259 3.89 0.026 A2IV SITI M2 GONI DI 60299 HD 107574 8.55 0.441 F3IV-V PBa D3? 60718 HD 108248 0.77 -0.243 B0.5IV GONI DI 60994 HD 108799 6.37 0.591 Gl, G2V S1T4 DI 61724 HD 110024 5.49 0.978 G9III HIP DI 61880 HD 110314 8.29 0.650 G2V HIP D3 61932 HD 110304 2.20 -0.023 A1IV S1T4 DI 61941 HD 110379 2.74 0.368 F0V+ S1T3 POP2 DI 62124 HD 110743 8.78 0.839 G8III HIP D2 62145 HD 110833 7.01 0.936 K3V HIP DI 62371 HD 111096 7.69 0.703 G5 HIP DI? 62409 BD +17 2537 8.81 0.740 GO PBa D2 63406 HD 112914 8.60 0.940 G9V HIP D2 63503 HD 113139 4.93 0.368 F2V S1T3 DI 63510 BD +13 2618 9.76 1.448 M2 M2 DI 63613 HD 112985 3.61 1.190 K2III HIP DI 63742 HD 113449 7.69 0.847 G5V HIP DI 64241 HD 114378 4.32 0.455 F5V S1T3 MI DI 64375 HD 114576 6.49 0.193 A5V MI GONI DI 64838 HD 115488 6.36 0.260 FOV MI DI 65026 HD 115953 8.48 1.469 KO S1T3 DI 65069 HD 115955 7.17 0.569 F5 MI DI 65135 HD 116127 6.51 0.424 F2 HIP DI 65203 HD 116114 7.03 0.302 Ap HIP DI 65378 HD 116656 2.23 0.057 A2V PI GONI DI 65417 HD 116594 6.44 1.062 KOIII HIP DI 508 A. Bartkevicius, Α. Gudas

Table 1 (continued)

HIP Name V B-V Sp Source* Group 65420 HD 116568 5.76 0.415 F3V HIP DI 65474 HD 116658 0.98 -0.235 B1V GONI DI 65783 HD 117025 6.09 0.117 A2m HIP DI 66008 BD +31 2500 10.44 1.486 MOV Ml DI? 66438 HD 118261 5.63 0.493 F6V S1T4 D2 66458 HD 118623 4.82 0.239 A7III S1T4 DI 66640 HD 118889 5.57 0.348 FOV S1T4 Ml DI 67234 HD 119834 4.64 0.955 G8, KOIII HIP DI 67422 HD 120476 7.05 1.110 K2 S1T3 DI 67483 HD 120600 6.43 0.256 A7IV-V HIP DI 67927 HD 121370 2.68 0.580 GOIV HIP GONI DI 68682 HD 122742 6.27 0.733 G8V HIP M2 DI 68756 HD 123299 3.67 -0.049 AOIII, SB HIP GONI DI 69112 HD 124547 4.80 1.368 K3III HIP GONI DI 69176 HD 123585 9.28 0.519 F7Vwp PBa DI 69226 HD 123999 4.82 0.541 F9IVw GONI DI 69283 HD 124138 7.42 0.448 F2 HIP D2? 69514 BD +31 2596 10.10 1.030 MO MI D2? 69879 HD 125351 4.80 1.057 K1III HIP GONI DI 69974 HD 125337 4.52 0.128 A1V GONI DI 70327 HD 126128 4.86 0.010 AOV S1T4 DI 70576 HD 126354 4.33 0.434 A7:+ MI DI 70857 HD 128642 6.88 0.774 G5 HIP DI? 70973 HD 127352 7.68 0.775 G5 S1T4 MI D2? 71094 HD 127726 6.00 0.230 A7Vn MI DI 71141 HD 127743 7.40 0.447 F2 HIP DI 71469 HD 128429 6.20 0.464 F5V HIP D3 71681 HD 128621 1.35 0.900 K1V GONI DI 71683 HD 128620 -0.01 0.710 G2V PI S1T3 GONI DI 71729 HD 129132 6.13 0.434 GOV M2 DI 71914 BD +20 3010 9.10 1.290 MO S1T4 DI 72217 HD 129980 6.43 0.603 G2V S1T4 MI DI 72479 HD 130669 8.42 0.866 K2V S1T4 MI D3 72659 HD 131156 4.54 0.720 G8V + K4V S1T3 DI 72848 HD 131511 6.00 0.841 K2V HIP DI 73182 HD 131976 8.01 1.519 K5V PI S1T4 GONI D2 73199 HD 132813 4.63 1.590 M5III HIP GONI DI 73385 HD 132475 8.55 0.510 sdF7 POP2 Η 73507 HD 133388 5.91 0.107 A4V HIP Dl 73695 HD 133640 4.83 0.647 G2V + G2V S1T3 Dl 73787 HD 133412 9.50 1.210 K4V HIP D2? 74000 HD 134064 6.03 0.073 A3V MI Dl 74392 HD 134759 4.54 -0.071 Asp MI GONI Dl 74893 HD 136176 6.59 0.566 GOV S1T4 Dl 75312 HD 137107 4.99 0.577 G2V PI S1T3 Dl 75379 HD 137052 4.92 0.453 F5IV HIP Dl 75389 HD 137687 7.33 0.794 G5 HIP D3 75411 HD 137391 4.31 0.309 F0V,MD?-F0IV S1T3 GONI Dl 75415 HD 137392 6.51 0.600 G1V S1T3 GONI Dl 75508 HD 137664 7.27 0.615 G5 HIP D2? Kinematics of Hipparcos visual binaries. I. 509

Table 1 (continued)

HIP Name V B-V Sp Source* Group 75695 HD 137909 3.66 0.319 FOp SITI Ml HIP D1 76031 HD 138369 7.42 0.646 GO HIP Dl? 76041 HD 138629 4.98 0.086 A5V Ml D1 76267 HD 139006 2.22 0.032 AOV HIP GONI Dl 76382 HD 139341 6.78 0.906 K2V S1T3 D3 76466 HD 139905 8.70 0.798 G5 S1T4 Dl? 76734 HD 139312 6.63 1.337 K1III HIP D2? 76752 HD 140139 7.16 0.325 FO HIP S1T4 Dl 76852 HD 140159 4.51 0.062 A1V Ml Dl 76952 HD 140436 3.81 0.020 AIVs S1T4 Dl 77541 HD 141194 5.86 0.068 A2IV HIP Dl 77760 HD 142373 4.60 0.563 MD-F9V HIP D3 78401 HD 143275 2.29 -0.117 B0.2IV Ml GONI Dl 78459 HD 143761 5.39 0.612 G2V HIP D3 78662 HD 143474 4.63 0.252 A7IV S1T4 Ml Dl 78727 HD 144069 4.16 0.460 F6IV S1T4 Dl 78918 HD 144294 4.22 -0.184 B2.5Vn HIP Dl 79101 HD 145389 4.23 -0.045 B9p, Mn HIP Dl 80112 HD 147165 2.90 0.299 B1III GONI Dl 80166 HD 147508 7.39 1.330 K2 HIP D3 80346 G 202-45 10.27 1.475 M3 Ml HIP D2 80667 HD 148977 8.82 0.518 GO M2 Dl? 80725 HD 148653 6.98 0.848 K2V S1T3 Dl 80816 HD 148856 2.78 0.947 G8III Ml HIP GONI Dl 81023 HD 149162 8.82 0.868 KO HIP D3 81126 HD 149630 4.20 -0.013 B9V, var M2 Dl 81470 BD +35 2844 9.50 0.724 K2 Ml D2? 81693 HD 150680 2.81 0.650 F9IV S1T3 D2 81726 HD 150710 7.07 0.525 F5 HIP Dl 81754 HD 150453 5.55 0.436 F3V HIP Dl 82020 HD 151613 4.84 0.375 F2V HIP Dl 82809 LHS 427 11.73 1.700 M4 POP2 D2? 82817 HD 152751 9.02 1.553 M3Ve SITI Ml D2 82860 HD 153597 4.88 0.481 F6V, var HIP Dl 83207 HD 153808 3.92 -0.018 AOV GONI Dl 83575 HD 154732 6.11 1.091 K1III HIP Dl 83838 HD 155103 5.41 0.309 A5m S1T4 Ml HIP Dl 83895 HD 155763 3.17 -0.120 B6III M2 Dl 84012 HD 155125 2.43 0.059 A2.5Va S1T4 Dl 84123 G 19-15 11.45 1.600 G S1T4 Dl 84140 HD 155876 9.31 1.485 K5 SITI Ml D2 84179 HD 156558 8.43 0.670 KO HIP D2 84425 HD 155826 5.95 0.580 GOV S1T4 D2 84709 HD 156384 5.91 1.082 K4V S1T3 POP2 D2 84924 HD 156643 7.79 0.627 G3V HIP Dl? 84949 HD 157482 5.55 0.667 F9Vn S1T4 M2 Dl 85019 HD 157060 6.42 0.541 F8V HIP Dl 85106 HD 157821 8.25 0.528 F5 HIP Dl? 85141 HD 157498 7.84 0.621 GO S1T4 Ml Dl 85333 HD 157978 6.01 0.592 AO HIP Dl 510 A. Bartkevicius, Α. Gudas

Table 1 (continued)

HIP Name V B-V Sp Source* Group 85582 BD +29 3029 8.99 1.143 K2 S1T4 DI 85667 HD 158614 5.31 0.715 G8IV-V PI S1T3 D2 85683 HD 158806 6.91 0.505 F6IV HIP D2? 85727 HD 158094 3.60 -0.104 B8V HIP DI 85749 HD 158837 5.57 0.844 G8III HIP DI 85846 HD 159304 7.97 0.581 GO S1T4 Ml DI? 86032 HD 159561 2.08 0.155 A5III Ml DI 86036 HD 160269 5.23 0.602 GOV S1T3 DI 86221 BD +27 2853 9.25 1.160 MO S1T4 Ml DI 86373 HD 160365 6.12 0.567 F6III HIP DI 86400 HD 160346 6.53 0.959 K3V HIP DI 86722 HD 161198 7.51 0.752 KOV M2 D3 86974 HD 161797 3.42 0.750 G5IV GONI DI 87204 HD 162338 7.18 0.514 GO S1T4 Ml DI? 87655 HD 163151 6.24 0.474 F5Vn SITI Ml D3 87861 HD 163642 8.53 0.924 KOIII HIP DI? 87895 HD 163840 6.32 0.642 G2V PI SITI Ml HIP DI 87899 HD 163750 7.44 0.521 F8 HIP D2? 87991 BD +04 3562 9.80 1.188 K8 Ml DI 88404 HD 164764 4.77 0.410 F5V+ S1T4 DI 88436 HD 164967 7.21 0.118 AO HIP DI 88498 HD 165503 7.84 0.296 FO Ml DI 88601 HD 165341 4.03 0.860 KOV, SB PI S1T3 DI 88637 HD 165590 7.07 0.654 G2V S1T4 Ml DI 88715 HD 166067 7.46 0.402 F2 HIP DI 88728 HD 165670 6.96 0.510 F5 HIP DI 88745 HD 165908 5.05 0.528 F7V, MD-GOV S1T4 POP2 DI 88932 HD 165893 8.88 1.075 K3, K4V S1T4 Ml DI? 88964 HD 166233 5.71 0.363 F2V S1T4 DI 89507 HD 167096 5.45 0.962 G8, KOIII HIP DI 89808 HD 167954 6.84 0.533 F7V HIP DI 89937 HD 170153 3.55 0.489 F7V, var PI SITI Ml HIP GONI Dl 90659 HD 170737 8.13 0.803 MDSG-G5 HIP H 91009 HDE 234677 8.20 1.265 K7V, var HIP Dl? 91196 HD 172569 6.07 0.279 FOV HIP Dl 91394 HD 172088 6.49 0.553 F9IV S1T4 Ml Dl 91395 HD 173084 7.70 0.635 G5 S1T4 D2 91636 HD 172865 6.79 0.820 G5IV PI Dl 91751 HD 172831 6.13 1.006 K0.5III HIP Dl 92122 HD 173950 8.10 0.825 G5 S1T4 Ml Dl 92175 HD 173764 4.22 1.087 MD-G8III HIP GONI Dl 92512 HD 175306 4.63 1.185 KOII-III, SB HIP GONI Dl 92677 HD 176523 7.40 1.000 G5 HIP D2? 92757 HD 175292 7.24 0.450 F4V HIP Dl 92818 HD 175492 4.57 0.782 G4III+ HIP Dl 93017 HD 176051 5.20 0.594 GOV S1T3 D2 93244 HD 176411 4.02 1.082 K2III HIP D2 93383 HD 176650 7.07 1.035 KO HIP D3 93506 HD 176687 2.60 0.062 A3IV S1T3 MI Dl 93574 HD 175986 5.89 0.553 F8V S1T4 MI Dl Kinematics of Hipparcos visual binaries. I. 511

Table 1 (continued)

HIP Name V B-V Sp Source* Group 93864 HD 177716 3.32 1.169 Kl, K2III HIP D2 93995 HD 178593 7.47 0.522 F8 HIP D2 94144 HD 178555 6.11 1.156 K1III Ml D2 94252 HD 179484 7.57 0.760 G7V S1T4 D3 94349 G 22-18 11.09 1.542 dM4 Ml HIP D3 94521 HD 179799 6.54 0.977 KO HIP Dl? 94643 HD 179950 4.86 0.569 KO, K1III+.. Ml Dl 94739 HD 179930 9.38 1.432 K9V S1T4 Ml Dl 94847 HD 181025 8.09 0.315 A5 Ml Dl? 95066 HD 181391 4.98 0.937 G8III-IV HIP Dl 95477 HD 182369 5.02 0.235 A4IV-V Ml HIP Dl 95501 HD 182640 3.36 0.319 FOIV HIP GONI Dl 95769 HD 183536 8.19 0.527 MD-GOV HIP D3 95947 HD 183912 3.05 1.088 K3II+ GONI Dl 95995 HD 184467 6.60 0.859 KIV, MD-K1V PIS1T3 M2 D2 96302 HD 184759 5.39 0.581 A0V+ M2 Dl 96683 HD 185734 4.68 0.971 G8III-IV PI Ml HIP Dl 96907 HD 186307 6.22 0.182 A6V S1T4 Dl 97016 HD 186158 7.07 0.405 F5 HIP Dl 97222 HD 186858 7.68 1.000 K3V S1T3 Dl 97237 G 185-37 12.38 1.720 M4 S1T4 HIP D2 97365 HD 187076 3.68 1.313 M2II + B6 M2 Dl 98001 HD 188753 7.41 0.796 KO S1T4 Ml D3 98416 HD 189340 5.87 0.598 F8V PI SITI Ml D3 99312 HD 191589 7.26 1.520 K5III PBa Dl 99376 HD 191854 7.41 0.669 G5 PI S1T4 Dl 99473 HD 191692 3.24 -0.066 B9.5III PI HIP Dl 99668 HD 191889 6.90 0.458 F5V HIP D2? 99675 HD 192577 3.80 1.270 K2II+ HIP GONI Dl 99848 HD 192909 3.96 1.451 K3Ib-II, comp HIP Dl 99965 HD 193216 8.15 0.747 G5 HIP D2 100259 HD 193554 8.27 0.631 G5 HIP Dl? 100266 HD 193194 6.62 0.592 F8V Ml Dl? 100345 HD 193495 3.05 0.790 A5:n HIP GONI Dl 101093 HD 195725 4.21 0.199 A7III HIP GONI Dl 101227 BD +33 3930 8.34 0.884 KO M2 Dl 101382 HD 195987 7.08 0.796 G9V + K5V HIP D3 101750 HD 197433 7.46 0.859 KIV + K9V S1T4 D3 101769 HD 196524 3.64 0.425 F5IV S1T3 Ml Dl 101955 HD 196795 7.88 1.241 K5V S1T4 D3 101958 HD 196867 3.77 -0.057 B9V S1T4 Ml GONI Dl 102589 HD 198183 4.53 -0.083 B6IV M2 Dl 102782 BD +10 4385 9.30 1.074 K5 S1T4 D2 103055 BD +45 3310 8.65 0.804 G8V Ml Dl 103519 HD 199870 5.55 0.973 G8III HIP Dl 103546 HD 199939 7.44 1.238 G0p,MD-Ba PBa D2 103655 G 210-48 10.12 1.520 M3Ve PIS1T4Ml D2? 104019 HD 200499 4.82 0.169 A5V S1T4 Dl 104214 HD 201091 5.20 1.069 K5V GONI D3 104217 HD 201092 6.05 1.309 K7V GONI D3 512 A. Bartkevicius, Α. Gudas

Table 1 (continued)

HIP Name V B-V Sp Source* Group 104486 HD 201626 8.13 1.093 Cl:, CH PBa H 104771 HD 202128 6.27 0.238 A7Vn Ml Dl 104788 HD 202582 6.38 0.625 G2IV+ S1T4 D2 104858 HD 202275 4.47 0.529 F5V+ PI SITI Ml Dl 104887 HD 202444 3.74 0.393 F1IV S1T3 Dl 104978 HD 202103 5.73 0.191 A6IV Ml Dl 104987 HD 202447 3.92 0.549 G0III+ PI Dl 105200 HD 202908 7.01 0.605 GOV S1T4 M2 Dl 105431 HD 203345 6.72 0.535 F5 S1T4 Ml HIP Dl 105712 HD 203244 6.98 0.723 G5V HIP Dl 105881 HD 204075 3.77 1.002 G4Ibp, MD PBa Dl 105969 HD 204613 8.26 0.643 G0IIIp,CH(IV) PBa D3 106032 HD 205021 3.23 -0.201 B2IIIV, SB GONI Dl 106255 G 26-07 11.96 1.703 M4e M2 D2 106711 HD 205835 5.04 0.198 A5V HIP Dl 106811 BD +27 4120 9.83 1.495 S1T4 Dl 106985 HD 206088 3.69 0.320 A7III:mp HIP Dl 107162 HD 206644 5.73 0.055 AOV Ml Dl 107288 HD 206792 7.46 0.450 F5 M2 D2 107354 HD 206901 4.14 0.425 F5IV SITI Ml Dl 107522 HD 206804 8.77 1.322 K7V SITI SITI Ml D3 107788 HD 207652 5.34 0.394 F2III-IV S1T3 Ml Dl 107818 HD 207585 9.79 0.710 G6wp, GpBa PBa D2 107849 HD 207794 8.82 0.885 KO Ml D3? 108084 HD 208174 6.78 0.270 A2 HIP D3 108195 HD 207964 5.92 0.393 Filli Ml Dl 108431 HD 208450 4.40 0.297 FOIV SITI SITI Ml GONI Dl 108478 HD 208496 6.13 0.469 F3V HIP Dl 108917 HD 209790 4.26 0.379 Am PI Dl 109554 HD 210647 8.27 0.870 KO HIP Dl 110102 HD 211332 8.48 0.592 G3V HIP D3? 110108 HD 211594 8.08 1.147 KO PBa Dl 110130 HD 211416 2.87 1.390 K3III HIP GONI Dl 110893 HDE 239960 9.59 1.613 M2V S1T3 Dl? 111062 HD 213235 5.51 0.385 F5IVs S1T4 Dl 111170 HD 213429 6.15 0.565 F7V PI HIP Dl 111200 HD 213464 6.39 0.290 A8III HIP Dl 111314 HD 213973 6.01 0.334 A9III S1T4 Dl 111528 HD 214222 8.19 0.610 GOIV PI S1T4 MI Dl? 111805 HD 214608 6.82 0.581 GO S1T4 MI Dl 111965 HD 214810 6.32 0.520 F6V S1T4 S1T4 MI Dl 111974 HD 214850 5.72 0.723 G3V, MD? S1T3 MI Dl 112158 HD 215182 2.93 0.852 G2II-III MI HIP GONI Dl 112746 HD 216042 6.34 0.317 FOV MI Dl 112915 HD 216448 8.01 1.043 K5III S1T4 Dl 113031 HD 216494 5.80 -0.082 B8IV-V M2 Dl 113048 HD 216608 5.79 0.282 A3m S1T4 Dl 113323 HD 216963 8.66 0.724 KO MI Dl? 113445 HD 217166 6.43 0.640 G2V+ S1T3 MI D2 113718 HD 217580 7.48 0.943 K4V HIP D2 Kinematics of Hipparcos visual binaries. I. 513

Table 1 (continued)

HIP Name V B-V Sp Source* Group 113726 HD 217675 3.62 -0.099 B6pv, SB GONI D2 113860 HD 217792 5.12 0.305 A9V GONI HIP DI 113996 HD 218060 5.44 0.312 F2V S1T4 Ml DI 114222 HD 218658 4.41 0.802 G2III S1T4 DI 114273 HD 218527 5.42 0.908 MD-G8III-IV HIP D3 114421 HD 218670 3.88 0.998 K0III, SB HIP GONI DI 114576 HD 219018 7.71 0.622 G5 PI D2 114962 HD 219617 8.16 0.481 sdF7 POP2 H 115031 HD 219678 8.28 0.468 MD-F6V HIP D3? 115126 HD 219834 5.20 0.787 G6, G8IV SITI Dl 116164 HD 221445 6.80 0.505 F5 M2 Dl 116233 HD 221531 8.34 0.432 Ap PBa Dl? 116436 HD 221839 6.66 0.560 F8V S1T4 Dl 116849 HD 222516 6.97 0.477 F5 S1T4 MI Dl 117570 HD 223551 7.62 0.764 G8, K0V S1T4 Dl? 117607 HD 223617 6.96 1.157 G5,MD-K2III PBa Dl 117666 HD 223688 8.75 0.660 G0 MI Dl 117761 HD 223825 5.93 1.069 G9III M2 D2 118169 HD 224464 7.64 0.465 F6IV HIP D2? 118266 HD 224621 9.59 0.578 G0III-IV,CH(IV) PBa D3?

* Literature sources of the star selection: GONI: Gontcharov et al. (2000) HIP: ESA. 1998, Celestia (2000) Ml: Martin & Mignard (1998) M2: Martin et al. (1998) PI: Pourbaix (2000) PBa: Pourbaix & Jorissen (2000) POP2: Bartkevicius (1980, 1984); Bartkevicius & Bartkevicienè, (1993) SITI: Soderhjelm (1999) Table 1 S1T3: Soderhjelm (1999) Table 3 S1T4: Soderhjelm (1999) Table 4

Table 2. Spectroscopic parallaxes.

HIP Sp V B-V Mv E B-V Av 7T(Sp)

Table 3. Individual values of the parallaxes.

HIP π σπ Source* HIP 7Γ Source* mas mas mas mas 2 21.90 3.10 HIP 7078 34.19 0.57 HIP 171 80.63 3.03 HIP 7213 12.29 0.89 HIP 171 82.16 1.27 MA2-7 7372 42.29 1.47 HIP 171 82.50 0.80 SODT3 7372 46.42 1.10 SODT1 443 25.38 1.05 HIP 7580 26.15 0.81 HIP 518 49.30 1.05 HIP 7580 26.22 1.08 MA2-8 518 47.80 0.90 SODT3 7580 25.73 0.93 SODT1 677 33.60 0.73 HIP 7918 79.09 0.83 HIP 999 24.69 1.20 HIP 7918 79.86 0.91 MA3-7 1242 191.86 17.24 HIP 7918 78.90 0.90 SODT4 1242 186.70 3.30 SODT4 7981 133.91 0.91 HIP 1349 43.45 1.19 HIP 8514 36.89 0.72 HIP 1674 31.49 1.51 HIP 8833 17.11 0.77 HIP 1674 31.40 1.00 SODT4 8882 10.55 0.69 HIP 2237 31.01 0.87 HIP 8903 54.74 0.75 HIP 2237 30.24 0.98 MA2-8 8903 54.55 0.99 MA3-7 2237 30.24 0.98 MA3-8 9236 45.74 0.55 HIP 2237 33.41 0.99 SODT1 9480 27.91 0.56 HIP 2237 33.43 1.02 SODT1 9480 27.20 0.70 SODT3 2533 21.40 1.86 HIP 9640 9.19 0.73 HIP 2548 12.36 0.80 HIP 9727 29.80 0.56 HIP 2552 98.74 3.37 HIP 10064 26.24 0.77 HIP 2552 97.00 2.00 SODT4 10324 9.01 1.28 HIP 2762 47.51 1.15 HIP 10366 16.39 0.85 HIP 2762 46.74 0.97 MA2-7 10403 24.07 0.96 HIP 2762 46.74 0.97 MA3-8 10403 24.80 0.80 SODT4 2762 47.73 1.21 SODT1 10514 2.82 0.82 HIP 2912 4.97 0.82 HIP 10514 6.22 1.86 MK 2941 64.38 1.40 HIP 10535 20.77 0.89 HIP 2941 65.00 1.00 SODT3 10535 20.00 0.90 SODT4 3092 32.19 0.68 HIP 10542 44.96 1.69 HIP 3504 3.60 0.82 HIP 10542 45.60 1.20 SODT4 3572 11.24 0.55 HIP 10644 92.20 0.84 HIP 3951 4.01 0.58 HIP 10723 40.04 0.92 HIP 4463 13.44 0.75 HIP 10952 16.36 1.49 HIP 5064 6.49 1.50 HIP 11231 32.05 0.64 HIP 5300 16.48 0.61 HIP 11452 60.22 1.75 HIP 5300 16.30 0.90 SODT4 11452 59.70 1.20 SODT3 5317 16.61 0.73 HIP 11542 38.71 2.17 HIP 5336 132.40 0.60 HIP 11548 32.48 0.84 HIP 5685 18.68 1.05 HIP 11569 23.04 0.80 HIP 5778 6.52 0.79 HIP 11569 23.60 0.80 SODT4 5842 47.36 1.25 HIP 11840 12.54 1.20 HIP 5842 49.40 0.90 SODT3 12114 138.72 1.04 HIP 6486 17.34 0.71 HIP 12153 28.40 0.87 HIP 6486 17.20 0.80 SODT4 12153 28.15 1.09 MA3-7 6564 22.33 0.95 HIP 12390 36.99 1.76 HIP 6564 22.90 1.00 SODT4 12390 26.22 1.08 M A 2-8 6867 13.94 0.64 HIP 12390 40.59 1.31 SODT1 Kinematics of Hipparcos visual binaries. I. 515

Table 3 (continued)

HIP π σπ Source* HIP π σν Source* mas mas mas mas 12421 15.72 1.08 HIP 19719 27.04 0.90 HIP 12552 9.69 1.29 HIP 19719 26.11 0.91 M A 2-8 12623 40.52 1.25 HIP 19719 27.41 0.93 SODT1 12623 41.94 1.56 MA3-7 19758 22.27 0.64 HIP 12640 9.64 0.88 HIP 19758 22.20 0.60 SODT4 12709 53.89 1.27 HIP 19758 22.20 0.60 SODT4 12717 18.36 0.59 HIP 19812 4.51 0.76 HIP 12717 17.90 0.50 SODT4 20070 10.25 0.87 HIP 12719 8.82 1.78 HIP 20087 18.25 0.82 HIP 13055 6.54 0.57 HIP 20087 18.29 0.97 MA3-7 13055 6.81 6.83 Poul 20087 18.23 0.86 SODT1 13531 13.15 0.85 HIP 20215 23.27 1.14 HIP 14328 12.72 0.71 HIP 20215 23.30 1.20 SODT4 14328 13.67 0.85 MA2-8 20347 18.40 1.16 HIP 14576 35.14 0.90 HIP 20347 18.80 1.10 SODT4 14576 34.77 0.74 MA2-8 20482 15.82 1.44 HIP 14879 70.86 0.67 HIP 20661 21.47 0.97 HIP 14879 70.40 0.90 SODT4 20661 22.10 1.10 SODT4 14913 22.83 0.78 HIP 20686 23.08 1.22 HIP 14913 23.00 0.70 SODT4 20686 24.10 1.10 SODT4 15799 58.53 1.04 HIP 20885 20.66 0.85 HIP 15799 57.80 0.70 SODT4 20885 21.30 1.00 SODT4 15868 19.14 0.90 HIP 20894 21.89 0.83 HIP 16134 79.26 2.25 HIP 20916 20.58 1.74 HIP 16369 9.05 1.13 HIP 20916 24.50 1.60 SODT4 16457 2.91 0.64 HIP 20935 23.25 1.04 HIP 16528 3.87 1.10 HIP 21123 23.41 1.65 HIP 16528 12.47 3.74 MK 21273 21.39 1.24 HIP 16602 13.91 0.88 HIP 21280 24.02 1.68 HIP 16602 14.70 1.00 SODT4 21280 26.00 1.50 SODT4 16628 23.54 0.76 HIP 21281 18.56 0.46 HIP 16628 23.80 0.80 SODT4 21281 18.20 0.60 SODT4 16900 18.32 0.91 HIP 21594 29.84 0.62 HIP 17138 5.25 0.90 HIP 21594 30.90 0.90 SODT4 17296 6.27 0.63 HIP 21698 22.34 1.07 HIP 17296 6.29 6.32 Poul 21698 22.70 1.00 SODT4 17336 38.75 0.99 HIP 21880 5.65 1.26 HIP 17440 32.71 0.46 HIP 21881 8.14 0.78 HIP 17694 9.87 1.19 HIP 22196 14.07 0.87 HIP 17846 14.43 0.96 HIP 22196 13.38 1.10 MA2-8 17847 8.57 1.03 HIP 22500 17.42 0.61 HIP 17932 9.41 0.85 HIP 22505 23.64 0.99 HIP 17954 16.96 0.82 HIP 22505 20.00 1.00 SODT4 17954 17.20 0.90 SODT4 22550 20.15 1.14 HIP 18532 6.06 0.82 HIP 22550 20.21 1.08 SODT1 19009 3.42 0.90 HIP 22607 23.91 1.04 HIP 19009 18.20 5.46 MK 22607 22.90 1.00 SODT4 19508 15.88 0.96 HIP 23166 23.17 0.83 HIP 19508 16.00 1.05 MA2-8 23166 22.60 0.90 SODT4 516 A. Bartkevicius, Α. Gudas

Table 3 (continued)

HIP π σπ Source* HIP π σπ Source* mas mas mas mas 23170 12.12 0.95 HIP 30920 242.89 2.64 HIP 23395 25.27 1.77 HIP 30920 244.40 2.40 SODT4 23395 25.10 1.00 SODT4 30953 19.33 0.66 HIP 23416 1.60 1.16 HIP 30953 19.30 0.60 SODT4 23416 0.98 0.29 MK 31150 9.86 0.60 HIP 23452 117.38 1.81 HIP 31205 8.25 0.92 HIP 23452 119.90 1.70 SODT4 31205 6.61 6.72 Poul 23453 4.14 0.81 HIP 31509 24.83 0.56 HIP 23662 16.69 1.12 HIP 31509 23.92 0.63 M A 2-8 23786 41.70 1.14 HIP 31509 25.70 0.70 SODT4 23835 63.02 0.93 HIP 31737 7.74 1.08 HIP 23922 11.91 1.59 HIP 31978 3.19 0.73 HIP 24020 18.28 1.30 HIP 32104 23.41 2.44 HIP 24436 4.22 0.81 HIP 32349 379.21 1.58 HIP 24526 30.90 1.19 HIP 32578 8.74 0.91 HIP 24608 77.29 0.89 HIP 32761 5.90 0.51 HIP 24608 77.13 0.94 MA2-8 32768 17.85 0.49 HIP 24727 13.92 1.39 HIP 32800 8.64 1.26 HIP 25092 1.32 0.99 HIP 32894 14.11 1.96 HIP 25092 1.96 2.12 Pou I 32894 14.25 14.15 Poul 25119 50.24 1.52 HIP 33142 94.02 2.18 HIP 25119 50.30 1.40 SODT4 33142 97.40 2.00 SODT4 26001 14.07 0.52 HIP 33449 19.14 0.76 HIP 26241 2.46 0.77 HIP 33449 20.00 0.80 SODT4 26241 2.86 0.86 MK 33451 23.15 0.56 HIP 26563 21.24 2.05 HIP 33451 23.44 0.62 MA3-7 26926 19.94 0.83 HIP 33451 24.41 0.65 SODT1 26926 21.30 0.90 SODT4 34025 21.30 2.80 HIP 28311 16.58 0.77 HIP 34047 14.98 0.93 HIP 28360 39.72 0.78 HIP 34608 21.67 0.82 HIP 28442 66.82 24.41 HIP 34860 22.65 2.03 HIP 28442 55.40 1.80 SODT4 34860 23.00 0.90 SODT4 28614 21.49 0.82 HIP 35550 55.45 0.85 HIP 28614 20.80 0.90 SODT4 35785 6.96 1.94 HIP 28691 3.05 0.96 HIP 35785 7.48 2.24 MK 28691 9.82 2.95 MK 36042 2.36 0.97 HIP 28734 21.64 1.06 HIP 36042 2.44 2.66 Poul 28734 21.40 1.20 SODT4 36238 29.38 1.39 HIP 29234 18.48 0.74 HIP 36238 27.90 0.97 SODT1 29234 18.30 0.80 SODT4 36377 17.74 0.47 HIP 29746 10.76 0.77 HIP 36832 35.27 0.65 HIP 29850 12.85 0.80 HIP 36850 63.27 1.23 HIP 29850 12.90 1.06 M A 2-8 36890 13.82 0.92 HIP 29982 9.42 1.04 HIP 37279 285.93 0.88 HIP 30060 21.88 0.95 HIP 38052 26.60 0.83 HIP 30122 9.70 0.58 HIP 38052 26.20 0.93 M A 2-8 30277 13.75 0.60 HIP 38052 25.42 0.91 SODT1 30501 3.92 0.96 HIP 38382 59.98 0.95 HIP 30883 6.49 1.06 HIP 38382 61.10 0.90 SODT4 Kinematics of Hipparcos visual binaries. I. 517

Table 3 (continued)

HIP π σπ Source* HIP π σπ Source* mas mas mas mas 38474 24.45 0.95 HIP 46404 32.01 1.02 HIP 38474 24.30 1.00 SODT4 46404 29.10 1.10 SODT4 38538 12.82 0.94 HIP 46454 29.05 1.29 HIP 39261 10.16 0.77 HIP 46454 27.50 1.10 SODT4 39261 10.56 0.79 MA2-8 46651 53.89 0.70 HIP 39953 3.88 0.53 HIP 46651 54.60 0.90 SODT3 40167 39.11 1.38 HIP 46706 94.95 4.31 HIP 40167 41.10 0.90 SODT3 46706 96.90 3.40 SODT4 40239 46.21 4.14 HIP 47250 9.54 1.13 HIP 40239 53.00 2.20 SODT4 47479 14.85 0.69 HIP 40326 10.50 0.52 HIP 47479 15.23 0.60 SODT1 41261 30.14 0.79 HIP 47508 24.12 0.97 HIP 41261 30.60 0.80 SODT4 47758 8.49 0.73 HIP 41426 18.49 0.52 HIP 48029 11.14 1.00 HIP 41426 18.50 0.60 SODT4 48348 9.74 0.79 HIP 41489 8.22 0.87 HIP 49166 7.90 1.39 HIP 41820 34.83 1.37 HIP 49166 7.26 7.40 Poul 41820 34.70 1.00 SODT4 49658 15.80 0.82 HIP 42075 15.93 0.65 HIP 49841 28.44 0.96 HIP 42075 16.00 0.70 SODT4 49929 14.49 0.84 HIP 42430 50.20 0.98 HIP 50805 23.42 0.93 HIP 42430 50.80 0.90 SODT3 50805 23.40 21.91 Poul 42455 24.86 0.55 HIP 51147 14.04 1.36 HIP 42455 24.70 0.70 SODT4 51233 22.34 0.87 HIP 42805 9.80 0.67 HIP 51233 21.90 0.80 SODT4 43109 24.13 1.29 HIP 51384 24.52 0.96 HIP 43109 24.30 1.00 SODT4 51885 22.72 1.11 HIP 43671 12.49 0.52 HIP 51885 22.40 1.00 SODT4 43671 12.01 0.64 MA2-8 51986 37.71 0.51 HIP 43671 13.20 0.60 SODT4 51986 36.60 0.80 SODT4 44127 68.32 0.79 HIP 52085 14.52 0.89 HIP 44248 60.86 1.30 HIP 52271 3.40 0.71 HIP 44248 61.61 1.13 MA2-7 52271 3.43 3.52 Poul 44248 61.61 1.13 MA3-8 52419 7.43 0.50 HIP 44248 61.50 1.01 SODT1 53240 12.51 0.84 HIP 44676 20.02 0.92 HIP 53423 22.85 1.13 HIP 45075 26.79 0.68 HIP 53423 23.50 0.90 SODT4 45170 48.83 0.92 HIP 53763 5.29 1.47 HIP 45170 48.24 1.02 M A 2-8 53763 2.70 4.53 Poul 45170 49.66 1.09 SODT1 54061 26.38 0.53 HIP 45383 54.25 1.14 HIP 54061 25.60 0.70 SODT3 45527 11.70 1.00 HIP 54155 40.57 1.40 HIP 45571 29.83 0.60 HIP 54155 40.90 1.10 SODT4 45571 29.17 0.57 MA3-7 54204 22.98 0.74 HIP 45571 28.80 0.50 SODT4 54204 23.01 0.86 MA2-8 45617 57.05 1.08 HIP 54204 22.30 0.70 SODT4 45617 56.50 1.00 SODT3 54677 44.00 1.93 HIP 45999 7.20 0.80 HIP 54977 18.39 1.61 HIP 46396 8.72 0.70 HIP 55016 6.82 0.81 HIP 518 A. Bartkevicius, Α. Gudas

Table 3 (continued)

HIP π σπ Source* HIP π σπ Source* mas mas mas mas 55016 6.72 0.94 MA3-7 62409 7.68 7.81 Poul 55203 119.70 0.80 SODT3 63406 41.36 1.48 HIP 55266 17.82 0.75 HIP 63503 40.06 0.60 HIP 55266 18.40 0.90 SODT4 63503 39.60 0.80 SODT3 55425 10.15 0.53 HIP 63510 87.50 1.51 HIP 55425 9.10 0.60 SODT4 63613 35.91 0.73 HIP 55642 41.26 1.16 HIP 63742 45.20 1.27 HIP 55642 42.60 1.30 SODT4 64241 59.00 9.40 FA LT 7 56290 36.34 0.68 HIP 64241 69.81 27.60 FA LT 7 56290 36.30 0.70 SODT3 64241 69.81 27.58 HIP 56528 110.65 1.81 HIP 64241 55.90 1.40 SODT3 56675 23.75 0.56 HIP 64375 8.88 0.79 HIP 56731 7.07 0.68 HIP 64838 13.45 0.77 HIP 56731 7.09 7.12 Poul 64838 12.92 0.95 MA2-8 57363 25.42 0.54 HIP 65026 96.41 2.02 HIP 57565 14.40 0.86 HIP 65026 95.40 1.60 SODT3 57791 12.59 1.00 HIP 65069 13.07 0.87 HIP 57994 17.49 0.70 HIP 65135 20.60 0.84 HIP 57994 17.40 0.60 SODT4 65203 7.12 0.89 HIP 58113 8.68 1.36 HIP 65378 41.73 0.61 HIP 58590 9.16 0.85 HIP 65417 6.06 0.93 HIP 58799 21.43 0.98 HIP 65420 33.23 1.33 HIP 58799 22.10 0.90 SODT4 65474 12.44 0.86 HIP 59459 5.19 0.84 HIP 65783 11.33 0.63 HIP 59468 4.21 1.00 HIP 66008 32.05 2.96 HIP 59750 44.34 1.01 HIP 66438 28.18 1.21 HIP 59780 49.62 3.08 HIP 66438 28.70 0.80 SODT4 59780 47.00 2.10 SODT4 66458 17.01 0.70 HIP 59816 38.72 3.68 HIP 66458 15.40 0.90 SODT4 59816 30.30 2.20 SODT4 66640 18.68 0.91 HIP 59856 10.65 0.93 HIP 66640 18.00 0.90 SODT4 60129 13.06 0.84 HIP 67234 12.68 0.87 HIP 60129 12.98 0.90 MA3-7 67422 73.25 1.33 HIP 60129 13.78 1.06 SODT1 67422 73.40 1.10 SODT3 60299 5.02 1.06 HIP 67483 15.41 0.80 HIP 60299 5.64 5.73 Poul 67927 88.17 0.75 HIP 60718 10.17 0.67 HIP 68682 60.24 0.78 HIP 60994 40.03 0.98 HIP 68682 60.50 0.97 MA3-7 60994 39.60 0.90 SODT4 68756 10.56 0.52 HIP 61724 11.39 1.05 HIP 69112 6.52 0.49 HIP 61880 14.38 1.03 HIP 69176 8.75 1.39 HIP 61932 25.01 1.01 HIP 69176 10.16 10.33 Poul 61932 25.00 0.70 SODT4 69226 27.27 0.78 HIP 61941 84.53 1.18 HIP 69283 13.54 0.94 HIP 61941 84.20 0.90 SODT3 69514 17.21 1.63 HIP 62124 22.90 1.65 HIP 69879 14.63 0.69 HIP 62145 66.40 0.78 HIP 69974 17.47 0.94 HIP 62371 12.89 1.18 HIP 70327 15.17 0.93 HIP 62409 8.20 1.28 HIP 70327 15.40 0.90 SODT4 Kinematics of Hipparcos visual binaries. I. 519

Table 3 (continued)

HIP π σπ Source* HIP π σπ Source* mas mas mas mas 70576 10.38 0.72 HIP 76382 45.85 0.79 HIP 70857 51.04 0.58 HIP 76382 45.80 0.70 SODT3 70973 26.04 1.04 HIP 76466 18.82 0.93 HIP 70973 25.90 1.10 SODT4 76466 18.60 0.80 SODT4 71094 14.03 0.92 HIP 76734 5.05 0.91 HIP 71094 14.30 1.02 MA3-7 76752 14.02 0.74 HIP 71141 14.78 1.14 HIP 76852 16.97 0.77 HIP 71469 29.97 0.95 HIP 76852 17.66 0.93 MA3-7 71681 742.12 1.40 HIP 76852 17.30 0.80 SODT4 71683 742.12 1.40 HIP 76952 22.48 0.67 HIP 71683 747.10 1.20 SODT3 76952 23.10 0.70 SODT4 71729 9.47 0.71 HIP 77541 16.82 3.78 HIP 71729 8.81 0.75 MA3-7 77760 63.08 0.54 HIP 71914 44.54 2.57 HIP 78401 8.12 0.88 HIP 71914 47.10 1.80 SODT4 78459 57.38 0.71 HIP 72217 23.64 1.07 HIP 78662 23.26 0.98 HIP 72217 23.70 0.90 SODT4 78662 22.80 0.90 SODT4 72479 24.21 1.29 HIP 78727 37.00 1.20 SODT4 72479 22.40 1.40 SODT4 78918 7.94 0.83 HIP 72659 149.26 0.76 HIP 79101 14.27 0.52 HIP 72659 147.10 0.80 SODT3 80112 4.44 0.81 HIP 72848 86.69 0.81 HIP 80166 3.16 1.15 HIP 73182 133.63 33.56 HIP 80166 4.69 1.41 MK 73182 169.70 1.00 SODT4 80346 124.34 1.16 HIP 73199 8.20 0.52 HIP 80346 125.56 1.63 MA2-7 73385 10.85 1.14 HIP 80667 7.05 1.42 HIP 73507 9.98 0.53 HIP 80725 51.20 1.49 HIP 73695 78.39 1.03 HIP 80725 52.10 0.90 SODT3 73695 78.40 0.60 SODT3 80816 22.07 1.00 HIP 73787 28.11 3.08 HIP 81023 23.49 1.30 HIP 74000 13.35 0.77 HIP 81126 10.79 0.61 HIP 74392 8.66 0.98 HIP 81126 11.69 0.70 MA3-7 74893 26.10 1.27 HIP 81470 11.49 1.17 HIP 74893 26.10 0.90 SODT4 81693 92.63 0.60 HIP 75312 53.70 1.24 HIP 81693 93.70 0.60 SODT3 75312 53.50 0.90 SODT3 81726 17.55 0.94 HIP 75379 30.90 0.99 HIP 81754 23.50 1.05 HIP 75389 19.69 1.16 HIP 82020 37.41 0.48 HIP 75411 26.96 0.65 HIP 82809 153.96 4.04 HIP 75411 27.70 0.70 SODT3 82817 174.23 3.90 HIP 75415 26.82 0.89 HIP 82817 159.70 2.98 M A 2-8 75415 27.50 0.70 SODT3 82817 155.42 1.85 MA3-7 75508 12.06 0.66 HIP 82817 155.63 1.81 SODT1 75695 28.60 0.69 HIP 82860 66.28 0.48 HIP 75695 27.48 0.82 MA2-8 83207 20.04 0.65 HIP 75695 29.31 0.82 SODT1 83575 9.87 0.54 HIP 76031 19.67 2.14 HIP 83838 18.55 0.61 HIP 76041 7.59 0.55 HIP 83838 18.22 0.72 MA2-8 76267 43.65 0.79 HIP 83838 18.00 0.70 SODT4 520 A. Bartkevicius, Α. Gudas

Table 3 (continued)

HIP 7Γ σπ Source* HIP π σπ Source* mas mas mas mas 83895 9.60 0.47 HIP 87204 17.50 0.70 SODT4 83895 9.46 0.56 MA3-7 87655 14.72 0.81 HIP 84012 38.77 0.86 HIP 87655 15.66 0.81 MA2-8 84012 40.30 0.90 SODT4 87655 14.13 0.89 SODT1 84123 92.58 5.11 HIP 87861 24.08 1.43 HIP 84123 87.40 5.20 SODT4 87895 35.02 0.65 HIP 84140 158.17 3.26 HIP 87895 35.04 0.88 MA2-8 84140 152.20 1.82 MA2-7 87895 35.20 0.87 SODT1 84140 152.20 1.82 MA3-8 87899 14.46 1.00 HIP 84140 156.66 1.37 SODT1 87991 24.32 2.28 HIP 84179 17.22 1.17 HIP 88404 19.22 0.97 HIP 84425 32.60 1.70 HIP 88404 19.90 1.20 SODT4 84425 31.90 0.80 SODT4 88436 9.66 1.13 HIP 84709 138.00 0.60 FABRA 88498 6.59 0.64 HIP 84709 143.45 17.12 HIP 88601 196.62 1.38 HIP 84709 138.20 0.70 SODT3 88601 195.70 0.90 SODT3 84924 25.64 1.09 HIP 88637 28.70 3.50 FABRAS 84949 15.53 1.16 HIP 88637 26.51 1.35 HIP 84949 15.41 0.63 MA3-7 88637 27.10 1.20 SODT4 84949 15.70 0.60 SODT4 88715 5.15 0.62 HIP 85019 27.03 0.78 HIP 88728 25.47 1.18 HIP 85106 11.58 0.78 HIP 88745 63.88 0.55 HIP 85141 15.51 1.17 HIP 88745 64.60 0.70 SODT4 85141 15.00 1.21 MA2-8 88932 29.58 1.36 HIP 85141 15.60 1.30 MA3-7 88932 31.90 1.30 SODT4 85141 15.40 1.10 SODT4 88964 19.62 1.22 HIP 85333 3.95 0.75 HIP 88964 19.00 0.80 SODT4 85582 42.40 3.76 HIP 89507 12.16 0.89 HIP 85582 41.10 2.30 SODT4 89808 26.41 0.95 HIP 85667 60.80 1.42 HIP 89937 124.11 0.48 HIP 85667 59.00 0.80 SODT3 89937 123.93 0.47 MA2-8 85683 19.61 0.96 HIP 89937 124.37 0.52 SODT1 85727 17.42 0.73 HIP 90659 8.28 0.87 HIP 85749 8.75 1.19 HIP 91009 60.90 0.73 HIP 85846 16.81 0.73 HIP 91196 13.94 0.55 HIP 85846 16.20 0.70 SODT4 91394 20.01 0.93 HIP 86032 69.84 0.88 HIP 91394 19.66 1.06 MA2-8 86032 69.09 1.01 MA2-7 91394 19.30 1.20 SODT4 86036 70.98 0.55 HIP 91395 19.11 0.59 HIP 86036 71.00 0.50 SODT3 91395 18.80 0.60 SODT4 86221 32.05 2.28 HIP 91636 6.15 1.32 HIP 86221 31.60 1.80 SODT4 91751 13.43 0.88 HIP 86373 10.68 0.99 HIP 92122 27.01 0.93 HIP 86400 93.36 1.25 HIP 92122 26.80 0.80 SODT4 86722 42.45 0.98 HIP 92175 4.73 0.79 HIP 86722 43.80 1.29 MA3-7 92512 10.12 0.43 HIP 86974 119.05 0.62 HIP 92677 9.58 0.64 HIP 87204 18.80 0.63 HIP 92757 16.38 0.95 HIP 87204 18.99 0.69 MA2-8 92818 6.71 0.63 HIP Kinematics of Hipparcos visual binaries. I. 521

Table 3 (continued)

HIP π σπ Source* HIP π σπ Source* mas mas mas mas 93017 66.76 0.54 HIP 99312 4.18 5.08 Poul 93017 66.70 0.60 SODT3 99376 19.45 0.80 HIP 93244 21.22 0.77 HIP 99376 20.20 0.70 SODT4 93383 9.55 1.17 HIP 99473 11.36 0.92 HIP 93506 36.61 1.37 HIP 99668 17.68 0.87 HIP 93506 35.30 0.90 SODT3 99675 2.41 0.57 HIP 93574 17.65 0.78 HIP 99848 2.94 0.60 HIP 93574 17.20 0.61 M A 2-8 99965 32.33 1.78 HIP 93574 17.20 0.61 MA3-8 100259 19.43 1.18 HIP 93574 18.80 0.70 SODT4 100266 15.87 0.90 HIP 93864 27.09 1.48 HIP 100345 9.48 0.95 HIP 93995 17.03 0.73 HIP 101093 24.04 0.53 HIP 94144 8.32 0.86 HIP 101227 22.38 1.16 HIP 94252 20.52 1.25 HIP 101382 44.99 0.64 HIP 94252 19.40 1.00 SODT4 101750 36.16 0.97 HIP 94349 98.56 2.66 HIP 101750 37.00 0.60 SODT4 94349 97.70 4.63 MA2-8 101769 33.49 0.88 HIP 94521 14.54 1.13 HIP 101769 32.50 0.70 SODT3 94643 9.89 1.12 HIP 101955 53.82 2.21 HIP 94739 63.43 2.16 HIP 101955 59.80 2.10 SODT4 94739 62.76 1.96 MA2-8 101958 13.55 0.71 HIP 94739 64.30 1.90 SODT4 101958 13.00 0.80 SODT4 94847 5.97 0.97 HIP 102589 3.71 0.61 HIP 95066 21.17 0.77 HIP 102782 29.16 3.28 HIP 95477 14.78 1.11 HIP 102782 23.10 2.30 SODT4 95501 65.05 0.81 HIP 103055 18.68 1.30 HIP 95769 17.49 0.94 HIP 103519 12.32 0.63 HIP 95947 8.46 0.58 HIP 103546 3.16 0.75 HIP 95995 59.84 0.64 HIP 103546 3.24 3.34 Poul 95995 58.01 0.69 MA3-7 103655 66.21 2.54 HIP 95995 57.60 0.60 SODT3 103655 66.00 1.80 SODT4 96302 6.06 0.58 HIP 104019 20.64 1.47 HIP 96302 6.41 0.72 MA3-7 104019 20.20 1.10 SODT4 96683 13.00 0.59 HIP 104214 287.13 1.51 HIP 96683 14.13 0.58 MA2-8 104217 285.42 0.72 HIP 96907 12.00 0.59 HIP 104486 4.93 0.84 HIP 96907 11.90 0.60 SODT4 104486 5.09 3.67 Poul 97016 16.94 1.43 HIP 104771 11.17 0.85 HIP 97222 49.09 1.43 HIP 104788 24.16 0.48 HIP 97222 49.50 0.80 SODT3 104788 23.60 0.50 SODT4 97237 88.80 7.10 SODT4 104858 54.11 0.85 HIP 97365 7.28 0.83 HIP 104858 54.69 1.00 MA2-7 98001 22.31 0.78 HIP 104858 54.32 0.90 SODT1 98001 22.06 0.78 M A 3-7 104887 47.80 0.61 HIP 98001 21.90 0.60 SODT4 104887 49.10 0.60 SODT3 98416 40.75 1.35 HIP 104978 8.22 0.79 HIP 98416 39.20 1.53 MA2-8 104987 17.51 0.89 HIP 98416 40.86 1.29 SODT1 105200 19.79 1.18 HIP 99312 2.25 0.77 HIP 105200 19.10 1.00 SODT4 522 A. Bartkevicius, Α. Gudas

Table 3 (continued)

HIP π σπ Source* HIP π σπ Source* mas mas mas mas 105431 21.54 0.82 HIP 111805 26.33 0.80 HIP 105431 20.73 0.97 MA2-8 111805 26.00 0.80 SODT4 105431 21.20 0.90 SODT4 111965 29.86 1.07 HIP 105712 48.86 0.81 HIP 111965 29.10 0.90 SODT4 105881 8.19 0.90 HIP 111965 29.10 1.00 SODT4 105881 8.60 8.66 Poul 111974 30.49 0.95 HIP 105969 16.61 1.78 HIP 111974 29.50 0.80 SODT3 106032 5.48 0.47 HIP 112158 15.18 0.79 HIP 106255 124.82 28.85 HIP 112158 16.48 0.98 MA2-8 106711 15.79 0.61 HIP 112746 14.29 0.88 HIP 106811 76.07 2.53 HIP 112915 41.17 1.35 HIP 106811 78.20 2.10 SODT4 112915 39.80 1.00 SODT4 106985 23.48 1.10 HIP 113031 4.96 0.84 HIP 107162 8.76 0.61 HIP 113048 19.22 0.68 HIP 107288 12.12 1.07 HIP 113048 20.60 1.00 SODT4 107354 28.34 0.88 HIP 113323 11.55 1.28 HIP 107354 28.63 0.92 MA2-8 113445 32.32 0.89 HIP 107354 28.63 0.92 M A 3-8 113445 32.60 0.90 SODT3 107354 27.24 0.74 SODT1 113718 59.04 3.40 HIP 107522 52.56 1.88 HIP 113726 4.71 0.67 HIP 107522 53.30 1.41 SODT1 113860 34.98 0.80 HIP 107522 53.38 1.63 SODT1 113996 17.31 0.98 HIP 107788 29.91 0.77 HIP 113996 17.20 1.00 SODT4 107788 29.60 0.80 SODT3 114222 14.83 0.62 HIP 107818 7.53 1.51 HIP 114222 12.30 0.70 SODT4 107849 17.12 1.16 HIP 114273 11.64 1.28 HIP 108084 9.16 0.81 HIP 114421 17.63 0.92 HIP 108195 21.49 0.67 HIP 114576 15.21 0.95 HIP 108431 17.65 0.78 HIP 114962 12.04 2.41 HIP 108431 17.68 0.94 M A 2-8 115031 15.71 1.33 HIP 108431 18.67 0.84 SODT1 115126 48.22 5.25 HIP 108431 18.92 0.84 SODT1 115126 40.28 1.51 SODT1 108478 15.04 1.10 HIP 116164 13.00 1.04 HIP 108917 32.07 0.68 HIP 116233 8.83 1.21 HIP 109554 9.79 1.16 HIP 116233 9.57 9.66 Poul 110102 14.59 0.99 HIP 116436 25.96 1.11 HIP 110108 4.59 1.18 HIP 116436 26.00 1.00 SODT4 110108 5.34 5.49 Poul 116849 14.37 0.84 HIP 110130 16.42 0.59 HIP 116849 13.96 0.96 MA2-8 110893 249.52 3.03 HIP 116849 15.40 0.90 SODT4 110893 247.50 1.50 SODT3 117570 24.45 2.38 HIP 111062 18.93 1.23 HIP 117570 23.40 1.60 SODT4 111062 19.10 0.90 SODT4 117607 4.61 0.95 HIP 111170 39.18 1.83 HIP 117607 3.92 4.05 Poul 111200 14.49 1.04 HIP 117666 16.93 1.53 HIP 111314 13.11 0.56 HIP 117761 6.53 0.85 HIP 111314 13.10 0.70 SODT4 118169 15.82 1.00 HIP 111528 13.78 0.79 HIP 118266 6.95 1.45 HIP 111528 14.70 0.80 SODT4 118266 8.56 8.80 Poul Kinematics of Hipparcos visual binaries. I.

* Litereature sources of the parallaxes: FABRAS: Fabricius & Makarov (2000) FALT7: Falin & Mignard (1999) HIP: ESA. 1998, Celestia (2000 MA2-7: Martin &t Mignard (1998) Table 7 MA2-8: Martin & Mignard (1998) Table 8 MA3-7: Martin et al. (1998) Table 7 MA3-8: Martin et al. (1998) Table 8 MK: Table 2 Poul: Pourbaix & Jorissen (2000) SODT1: Soderhjelm (1999) Table 1 SODT3: Soderhjelm (1999) Table 3 SODT4: Soderhjelm (1999) Table 4 524 A. Bartkevicius, Α. Gudas

Table 4. Mean values of the parallaxes.

HIP 7Γ σπ Ν HIP π σΈ Ν HIP π σπ Ν mas mas mas mas mas mas 2 21.90 3.10 1 10514 3.37 1.26 2 19719 26.85 0.39 3 171 82.32 0.29 3 10535 20.39 0.38 2 19758 22.22 0.02 3 443 25.38 1.05 1 10542 45.39 0.30 2 19812 4.51 0.76 1 518 48.44 0.74 2 10644 92.20 0.84 1 20070 10.25 0.87 1 677 33.60 0.73 1 10723 40.04 0.92 1 20087 18.25 0.02 3 999 24.69 1.20 1 10952 16.36 1.49 1 20215 23.28 0.02 2 1242 186.88 0.95 2 11231 32.05 0.64 1 20347 18.61 0.20 2 1349 43.45 1.19 1 11452 59.87 0.24 2 20482 15.82 1.44 1 1674 31.43 0.04 2 11542 38.71 2.17 1 20661 21.75 0.31 2 2237 31.60 0.71 5 11548 32.48 0.84 1 20686 23.64 0.51 2 2533 21.40 1.86 1 11569 23.32 0.28 2 20885 20.93 0.32 2 2548 12.36 0.80 1 11840 12.54 1.20 1 20894 21.89 0.83 1 2552 97.45 0.76 2 12114 138.72 1.04 1 20916 22.70 1.95 2 2762 47.09 0.25 4 12153 28.30 0.12 2 20935 23.25 1.04 1 2912 4.97 0.82 1 12390 32.94 4.71 3 21123 23.41 1.65 1 2941 64.79 0.29 2 12421 15.72 1.08 1 21273 21.39 1.24 1 3092 32.19 0.68 1 12552 9.69 1.29 1 21280 25.12 0.98 2 3504 3.60 0.82 1 12623 41.08 0.69 2 21281 18.43 0.17 2 3572 11.24 0.55 1 12640 9.64 0.88 1 21594 30.18 0.50 2 3951 4.01 0.58 1 12709 53.89 1.27 1 21698 22.53 0.18 2 4463 13.44 0.75 1 12717 18.09 0.23 2 21880 5.65 1.26 1 5064 6.49 1.50 1 12719 8.82 1.78 1 21881 8.14 0.78 1 5300 16.42 0.08 2 13055 6.54 0.02 2 22196 13.80 0.34 2 5317 16.61 0.73 1 13531 13.15 0.85 1 22500 17.42 0.61 1 5336 132.40 0.60 1 14328 13.11 0.47 2 22505 21.84 1.82 2 5685 18.68 1.05 1 14576 34.92 0.18 2 22550 20.18 0.03 2 5778 6.52 0.79 1 14879 70.70 0.22 2 22607 23.39 0.50 2 5842 48.70 0.97 2 14913 22.92 0.08 2 23166 22.91 0.28 2 6486 17.28 0.07 2 15799 58.03 0.34 2 23170 12.12 0.95 1 6564 22.60 0.28 2 15868 19.14 0.90 1 23395 25.14 0.07 2 6867 13.94 0.64 1 16134 79.26 2.25 1 23416 1.02 0.15 2 7078 34.19 0.57 1 16369 9.05 1.13 1 23452 118.72 1.26 2 7213 12.29 0.89 1 16457 2.91 0.64 1 23453 4.14 0.81 1 7372 44.94 1.98 2 16528 4.55 2.33 2 23662 16.69 1.12 1 7580 26.03 0.15 3 16602 14.25 0.39 2 23786 41.70 1.14 1 7918 79.27 0.29 3 16628 23.66 0.13 2 23835 63.02 0.93 1 7981 133.91 0.91 1 16900 18.32 0.91 1 23922 11.91 1.59 1 8514 36.89 0.72 1 17138 5.25 0.90 1 24020 18.28 1.30 1 8833 17.11 0.77 1 17296 6.27 0.00 2 24436 4.22 0.81 1 8882 10.55 0.69 1 17336 38.75 0.99 1 24526 30.90 1.19 1 8903 54.67 0.09 2 17440 32.71 0.46 1 24608 77.21 0.08 2 9236 45.74 0.55 1 17694 9.87 1.19 1 24727 13.92 1.39 1 9480 27.63 0.35 2 17846 14.43 0.96 1 25092 1.43 0.25 2 9640 9.19 0.73 1 17847 8.57 1.03 1 25119 50.27 0.03 2 9727 29.80 0.56 1 17932 9.41 0.85 1 26001 14.07 0.52 1 10064 26.24 0.77 1 17954 17.07 0.12 2 26241 2.64 0.20 2 10324 9.01 1.28 1 18532 6.06 0.82 1 26563 21.24 2.05 1 10366 16.39 0.85 1 19009 3.81 2.37 2 26926 20.57 0.68 2 10403 24.50 0.36 2 19508 15.93 0.06 2 28311 16.58 0.77 1 Kinematics of Hipparcos visual binaries. I. 525

Table 4 (continued)

HIP π σπ TV HIP π σπ Ν HIP 7Γ Ν mas mas mas mas mas mas 28360 39.72 0.78 1 39953 3.88 0.53 1 53423 23.25 0.32 2 28442 55.46 0.84 2 40167 40.51 0.91 2 53763 5.04 0.76 2 28614 21.18 0.34 2 40239 51.50 2.81 2 54061 26.10 0.38 2 28691 3.70 1.99 2 40326 10.50 0.52 1 54155 40.77 0.16 2 28734 21.53 0.12 2 41261 30.37 0.23 2 54204 22.72 0.24 3 29234 18.40 0.09 2 41426 18.49 0.01 2 54677 44.00 1.93 1 29746 10.76 0.77 1 41489 8.22 0.87 1 54977 18.39 1.61 1 29850 12.87 0.02 2 41820 34.75 0.06 2 55016 6.78 0.05 2 29982 9.42 1.04 1 42075 15.96 0.03 2 55203 119.70 0.80 1 30060 21.88 0.95 1 42430 50.53 0.30 2 55266 18.06 0.29 2 30122 9.70 0.58 1 42455 24.80 0.08 2 55425 9.69 0.52 2 30277 13.75 0.60 1 42805 9.80 0.67 1 55642 41.85 0.67 2 30501 3.92 0.96 1 43109 24.24 0.08 2 56290 36.32 0.02 2 30883 6.49 1.06 1 43671 12.58 0.33 3 56528 110.65 1.81 1 30920 243.72 0.75 2 44127 68.32 0.79 1 56675 23.75 0.56 1 30953 19.31 0.02 2 44248 61.43 0.16 4 56731 7.07 0.00 2 31150 9.86 0.60 1 44676 20.02 0.92 1 57363 25.42 0.54 1 31205 8.22 0.22 2 45075 26.79 0.68 1 57565 14.40 0.86 1 31509 24.76 0.48 3 45170 48.87 0.39 3 57791 12.59 1.00 1 31737 7.74 1.08 1 45383 54.25 1.14 1 57994 17.44 0.04 2 31978 3.19 0.73 1 45527 11.70 1.00 1 58113 8.68 1.36 1 32104 23.41 2.44 1 45571 29.21 0.30 3 58590 9.16 0.85 1 32349 379.21 1.58 1 45617 56.75 0.27 2 58799 21.79 0.33 2 32578 8.74 0.91 1 45999 7.20 0.80 1 59459 5.19 0.84 1 32761 5.90 0.51 1 46396 8.72 0.70 1 59468 4.21 1.00 1 32768 17.85 0.49 1 46404 30.66 1.45 2 59750 44.34 1.01 1 32800 8.64 1.26 1 46454 28.15 0.77 2 59780 47.83 1.22 2 32894 14.11 0.02 2 46651 54.16 0.34 2 59816 32.52 3.71 2 33142 95.86 1.68 2 46706 96.15 0.95 2 59856 10.65 0.93 1 33449 19.55 0.43 2 47250 9.54 1.13 1 60129 13.21 0.23 3 33451 23.61 0.37 3 47479 15.07 0.19 2 60299 5.04 0.11 2 34025 21.30 2.80 1 47508 24.12 0.97 1 60718 10.17 0.67 1 34047 14.98 0.93 1 47758 8.49 0.73 1 60994 39.80 0.21 2 34608 21.67 0.82 1 48029 11.14 1.00 1 61724 11.39 1.05 1 34860 22.94 0.13 2 48348 9.74 0.79 1 61880 14.38 1.03 1 35550 55.45 0.85 1 49166 7.88 0.12 2 61932 25.00 0.01 2 35785 7.18 0.26 2 49658 15.80 0.82 1 61941 84.32 0.16 2 36042 2.37 0.03 2 49841 28.44 0.96 1 62124 22.90 1.65 1 36238 28.38 0.69 2 49929 14.49 0.84 1 62145 66.40 0.78 1 36377 17.74 0.47 1 50805 23.42 0.00 2 62371 12.89 1.18 1 36832 35.27 0.65 1 51147 14.04 1.36 1 62409 8.19 0.08 2 36850 63.27 1.23 1 51233 22.10 0.22 2 63406 41.36 1.48 1 36890 13.82 0.92 1 51384 24.52 0.96 1 63503 39.89 0.22 2 37279 285.93 0.88 1 51885 22.54 0.16 2 63510 87.50 1.51 1 38052 26.11 0.35 3 51986 37.39 0.50 2 63613 35.91 0.73 1 38382 60.57 0.56 2 52085 14.52 0.89 1 63742 45.20 1.27 1 38474 24.38 0.07 2 52271 3.40 0.01 2 64241 56.04 0.62 4 38538 12.82 0.94 1 52419 7.43 0.50 1 64375 8.88 0.79 1 39261 10.35 0.20 2 53240 12.51 0.84 1 64838 13.24 0.26 2 526 A. Bartkevicius, Α. Gudas

Table 4 (continued)

HIP π σπ Ν HIP π σπ Ν HIP 7Γ σπ Ν mas mas mas mas mas mas 65026 95.79 0.49 2 74893 26.10 0.00 2 84425 32.03 0.27 2 65069 13.07 0.87 1 75312 53.57 0.10 2 84709 138.09 0.12 3 65135 20.60 0.84 1 75379 30.90 0.99 1 84924 25.64 1.09 1 65203 7.12 0.89 1 75389 19.69 1.16 1 84949 15.56 0.10 3 65378 41.73 0.61 1 75411 27.30 0.37 2 85019 27.03 0.78 1 65417 6.06 0.93 1 75415 27.24 0.33 2 85106 11.58 0.78 1 65420 33.23 1.33 1 75508 12.06 0.66 1 85141 15.37 0.13 4 65474 12.44 0.86 1 75695 28.48 0.50 3 85333 3.95 0.75 1 65783 11.33 0.63 1 76031 19.67 2.14 1 85582 41.45 0.58 2 66008 32.05 2.96 1 76041 7.59 0.55 1 85667 59.43 0.77 2 66438 28.54 0.24 2 76267 43.65 0.79 1 85683 19.61 0.96 1 66458 16.40 0.78 2 76382 45.82 0.02 2 85727 17.42 0.73 1 66640 18.34 0.34 2 76466 18.69 0.11 2 85749 8.75 1.19 1 67234 12.68 0.87 1 76734 5.05 0.91 1 85846 16.49 0.30 2 67422 73.34 0.07 2 76752 14.02 0.74 1 86032 69.52 0.37 2 67483 15.41 0.80 1 76852 17.27 0.19 3 86036 70.99 0.01 2 67927 88.17 0.75 1 76952 22.78 0.31 2 86221 31.77 0.22 2 68682 60.34 0.13 77541 16.82 3.78 1 86373 10.68 0.99 1 68756 10.56 0.52 1 77760 63.08 0.54 1 86400 93.36 1.25 1 69112 6.52 0.49 1 78401 8.12 0.88 1 86722 42.94 0.65 2 69176 8.78 0.19 78459 57.38 0.71 1 86974 119.05 0.62 1 69226 27.27 0.78 1 78662 23.01 0.23 2 87204 18.46 0.46 3 69283 13.54 0.94 1 78727 37.00 1.20 1 87655 14.88 0.44 3 69514 17.21 1.63 1 78918 7.94 0.83 1 87861 24.08 1.43 1 69879 14.63 0.69 1 79101 14.27 0.52 1 87895 35.07 0.05 3 69974 17.47 0.94 1 80112 4.44 0.81 1 87899 14.46 1.00 1 70327 15.29 0.11 80166 3.77 0.75 2 87991 24.32 2.28 1 70576 10.38 0.72 1 80346 124.75 0.58 2 88404 19.49 0.33 2 70857 51.04 0.58 1 80667 7.05 1.42 1 88436 9.66 1.13 1 70973 25.97 0.07 80725 51.86 0.40 2 88498 6.59 0.64 1 71094 14.15 0.13 80816 22.07 1.00 1 88601 195.97 0.42 2 71141 14.78 1.14 1 81023 23.49 1.30 1 88637 26.95 0.37 3 71469 29.97 0.95 1 81126 11.18 0.45 2 88715 5.15 0.62 1 71681 742.12 1.40 1 81470 11.49 1.17 1 88728 25.47 1.18 1 71683 744.99 2.46 2 81693 93.17 0.54 2 88745 64.15 0.35 2 71729 9.16 0.33 2 81726 17.55 0.94 1 88932 30.79 1.16 2 71914 46.26 1.20 2 81754 23.50 1.05 1 88964 19.19 0.28 2 72217 23.68 0.03 2 82020 37.41 0.48 1 89507 12.16 0.89 1 72479 23.38 0.90 2 82809 153.96 4.04 1 89808 26.41 0.95 1 72659 148.24 1.08 2 82817 157.72 3.02 4 89937 124.12 0.13 3 72848 86.69 0.81 1 82860 66.28 0.48 1 90659 8.28 0.87 1 73182 169.67 1.07 2 83207 20.04 0.65 1 91009 60.90 0.73 1 73199 8.20 0.52 1 83575 9.87 0.54 1 91196 13.94 0.55 1 73385 10.85 1.14 1 83838 18.29 0.17 3 91394 19.72 0.20 3 73507 9.98 0.53 1 83895 9.54 0.07 2 91395 18.96 0.15 2 73695 78.40 0.01 2 84012 39.50 0.76 2 91636 6.15 1.32 1 73787 28.11 3.08 1 84123 90.04 2.59 2 91751 13.43 0.88 1 74000 13.35 0.77 1 84140 154.59 1.37 4 92122 26.89 0.10 2 74392 8.66 0.98 1 84179 17.22 1.17 1 92175 4.73 0.79 1 Kinematics of Hipparcos visual binaries. I. 527

Table 4 (continued)

HIP π σπ Ν HIP π σπ Ν HIP 7Γ σπ Ν mas mas mas mas mas mas 92512 10.12 0.43 1 101958 13.31 0.27 2 111805 26.17 0.17 2 92677 9.58 0.64 1 102589 3.71 0.61 1 111965 29.31 0.24 3 92757 16.38 0.95 1 102782 25.10 2.85 2 111974 29.91 0.49 2 92818 6.71 0.63 1 103055 18.68 1.30 1 112158 15.69 0.64 2 93017 66.73 0.03 2 103519 12.32 0.63 1 112746 14.29 0.88 1 93244 21.22 0.77 1 103546 3.16 0.02 2 112915 40.29 0.66 2 93383 9.55 1.17 1 103655 66.07 0.10 2 113031 4.96 0.84 1 93506 35.69 0.60 2 104019 20.36 0.21 2 113048 19.66 0.64 2 93574 17.64 0.37 4 104214 287.13 1.51 1 113323 11.55 1.28 1 93864 27.09 1.48 1 104217 285.42 0.72 1 113445 32.46 0.14 2 93995 17.03 0.73 1 104486 4.94 0.03 2 113718 59.04 3.40 1 94144 8.32 0.86 1 104771 11.17 0.85 1 113726 4.71 0.67 1 94252 19.84 0.55 2 104788 23.89 0.28 2 113860 34.98 0.80 1 94349 98.35 0.37 2 104858 54.34 0.16 3 113996 17.26 0.06 2 94521 14.54 1.13 1 104887 48.46 0.65 2 114222 13.72 1.26 2 94643 9.89 1.12 1 104978 8.22 0.79 1 114273 11.64 1.28 1 94739 63.52 0.46 3 104987 17.51 0.89 1 114421 17.63 0.92 1 94847 5.97 0.97 1 105200 19.39 0.34 2 114576 15.21 0.95 1 95066 21.17 0.77 1 105431 21.20 0.23 3 114962 12.04 2.41 1 95477 14.78 1.11 1 105712 48.86 0.81 1 115031 15.71 1.33 1 95501 65.05 0.81 1 105881 8.19 0.04 2 115126 40.89 2.11 2 95769 17.49 0.94 1 105969 16.61 1.78 1 116164 13.00 1.04 1 95947 8.46 0.58 1 106032 5.48 0.47 1 116233 8.84 0.09 2 95995 58.46 0.70 3 106255 124.82 28.85 1 116436 25.98 0.02 2 96302 6.20 0.17 2 106711 15.79 0.61 1 116849 14.59 0.42 3 96683 13.57 0.56 2 106811 77.33 1.05 2 117570 23.73 0.49 2 96907 11.95 0.05 2 106985 23.48 1.10 1 117607 4.57 0.15 2 97016 16.94 1.43 1 107162 8.76 0.61 1 117666 16.93 1.53 1 97222 49.40 0.17 2 107288 12.12 1.07 1 117761 6.53 0.85 1 97237 88.80 7.10 1 107354 28.10 0.36 4 118169 15.82 1.00 1 97365 7.28 0.83 1 107522 53.15 0.24 3 118266 6.99 0.26 2 98001 22.05 0.12 3 107788 29.76 0.15 2 98416 40.37 0.51 3 107818 7.53 1.51 1 99312 2.29 0.29 2 107849 17.12 1.16 1 99376 19.87 0.37 2 108084 9.16 0.81 1 99473 11.36 0.92 1 108195 21.49 0.67 1 99668 17.68 0.87 1 108431 18.23 0.33 4 99675 2.41 0.57 1 108478 15.04 1.10 1 99848 2.94 0.60 1 108917 32.07 0.68 1 99965 32.33 1.78 1 109554 9.79 1.16 1 100259 19.43 1.18 1 110102 14.59 0.99 1 100266 15.87 0.90 1 110108 4.62 0.15 2 100345 9.48 0.95 1 110130 16.42 0.59 1 101093 24.04 0.53 1 110893 247.90 0.80 2 101227 22.38 1.16 1 111062 19.04 0.08 2 101382 44.99 0.64 1 111170 39.18 1.83 1 101750 36.77 0.38 2 111200 14.49 1.04 1 101769 32.88 0.48 2 111314 13.11 0.01 2 101955 56.96 2.99 2 111528 14.23 0.46 2 528 A. Bartkevicius, Α. Gudas

Table 5. Individual values of the proper motions.

HIP μα σμα βδ σμδ Source* mas/yr mas/yr mas/yr mas/yr 2 179.70 1.60 1.40 1.40 TYC2 2 181.21 1.74 -0.93 0.92 HIP 171 829.90 1.20 -989.40 1.10 TYC2 443 -8.29 1.64 88.19 0.52 HIP 443 -13.00 0.50 88.90 0.50 TYC2 518 270.60 1.60 30.10 1.70 TYC2 677 135.68 0.63 -162.95 0.45 HIP 999 321.10 1.00 -72.10 0.90 TYC2 999 321.76 1.67 -71.31 1.34 HIP 1242 728.18 18.76 -617.48 10.67 HIP 1349 312.90 1.30 180.90 1.20 TYC2 1349 314.94 0.72 182.50 0.69 HIP 1674 20.42 1.24 73.82 1.15 HIP 1674 27.00 1.80 78.00 1.80 TYC2 2237 -118.11 0.95 -112.69 0.57 HIP 2237 -121.00 0.90 -116.20 0.80 TYC2 2533 297.12 1.57 -27.41 1.04 HIP 2533 299.20 1.20 -21.40 1.10 TYC2 2548 45.91 0.66 3.54 0.52 HIP 2548 31.90 0.80 4.10 0.80 TYC2 2552 1741.10 2.70 -246.80 2.80 TYC2 2762 407.68 1.31 -36.47 0.61 HIP 2762 415.90 0.50 -23.20 0.50 TYC2 2912 8.50 0.60 -2.90 0.60 TYC2 2912 15.23 0.86 -3.56 0.50 HIP 2941 1391.00 2.30 -13.00 2.30 TYC2 3092 115.38 0.70 -83.05 0.51 HIP 3092 121.00 0.70 -85.30 0.70 TYC2 3504 17.79 0.44 -7.62 0.49 HIP 3572 -14.93 0.47 -21.86 0.51 HIP 3572 -15.00 0.60 -23.00 0.60 TYC2 3951 29.39 0.44 -12.85 0.42 HIP 3951 30.10 0.80 -11.50 0.90 TYC2 4463 -43.40 0.80 -45.00 0.80 TYC2 4463 -43.72 0.64 -46.06 0.38 HIP 5064 -14.47 1.59 -15.33 1.10 HIP 5064 -17.20 0.90 -15.40 0.90 TYC2 5300 36.00 0.48 7.85 0.65 HIP 5300 32.90 0.90 14.80 0.90 TYC2 5317 160.00 1.00 -60.70 1.00 TYC2 5317 160.96 0.53 -61.32 0.45 HIP 5336 3412.30 6.60 -1600.10 6.50 TYC2 5336 3421.44 0.46 -1599.27 0.37 HIP 5685 53.82 2.20 2.27 0.93 HIP 5685 54.20 1.00 2.10 1.00 TYC2 5778 -29.80 0.80 -24.30 0.80 TYC2 5778 -30.59 0.86 -26.18 0.49 HIP 5842 416.56 1.30 75.95 1.32 HIP 6486 126.20 1.00 -89.40 1.10 TYC2 Kinematics of Hipparcos visual binaries. I. 529

Table 5 (continued)

σ σ Source HIP μα μα μ<5 β6 mas/yr mas/yr mas/yr mas/yr 6486 132.26 0.52 -90.68 0.42 HIP 6564 31.05 2.07 5.12 0.95 HIP 6564 27.30 1.10 -0.90 1.20 TYC2 6867 -18.00 0.70 -208.60 0.70 TYC2 6867 -18.21 0.45 -207.71 0.49 HIP 7078 136.40 0.70 -76.70 0.70 TYC2 7078 137.53 0.49 -76.00 0.50 HIP 7213 0.09 0.56 -20.33 0.55 HIP 7213 0.50 0.80 -20.90 0.80 TYC2 7372 85.56 2.47 96.58 1.27 HIP 7580 249.38 0.83 111.02 0.70 HIP 7580 258.80 1.00 93.40 1.00 TYC2 7918 806.60 1.00 -152.20 1.00 TYC2 7981 -300.60 1.00 -673.70 0.90 TYC2 7981 -302.12 1.94 -677.40 1.60 HIP 8514 2.10 1.06 282.37 0.89 HIP 8514 -1.60 0.90 279.00 0.90 TYC2 8833 20.80 0.50 21.60 0.60 TYC2 8833 23.69 1.89 23.90 2.42 HIP 8882 -33.70 0.70 -26.00 0.60 TYC2 8882 -34.32 0.68 -28.34 1.39 HIP 8903 96.32 1.00 -108.80 0.54 HIP 9236 262.54 0.44 26.88 0.50 HIP 9480 -54.46 0.49 -10.69 0.52 HIP 9480 -63.50 1.80 9.20 1.80 TYC2 9640 43.08 0.66 -50.85 0.58 HIP 9727 122.70 2.00 -60.20 2.10 TYC2 9727 138.90 5.33 -47.56 4.30 HIP 10064 148.30 0.60 -39.90 0.60 TYC2 10064 148.78 0.81 -39.13 0.77 HIP 10324 -24.20 0.40 -9.50 0.40 TYC2 10324 -26.23 3.57 -14.40 3.57 HIP 10366 345.80 0.80 -172.50 0.90 TYC2 10366 347.43 1.06 -170.79 0.85 HIP 10403 -82.13 1.02 -60.10 0.80 HIP 10403 -77.30 1.60 -53.30 1.50 TYC2 10514 -13.10 0.80 -17.80 0.90 TYC2 10514 -15.67 1.03 -16.02 1.11 HIP 10535 -88.69 0.75 -87.16 0.74 HIP 10535 -88.10 0.70 -89.30 0.70 TYC2 10542 -42.44 1.32 -123.47 1.15 HIP 10542 -52.40 3.20 -134.50 3.30 TYC2 10644 1151.61 0.87 -246.32 0.77 HIP 10644 1153.80 0.80 -245.10 0.80 TYC2 10723 365.99 1.08 371.16 0.66 HIP 10723 368.50 0.70 370.70 0.70 TYC2 10952 23.93 2.03 -207.35 1.09 HIP 10952 17.80 1.00 -210.00 1.00 TYC2 11231 228.10 1.00 112.70 1.00 TYC2 530 A. Bartkevicius, Α. Gudas

Table 5 (continued)

HIP σμ* μδ σμ& Source mas/yr mas/yr mas/yr mas/yr 11231 228.91 0.55 109.39 0.54 HIP 11452 87.29 5.66 240.00 3.69 HIP 11542 445.51 1.90 96.36 1.51 HIP 11542 453.70 1.60 96.00 1.60 TYC2 11548 -65.10 1.10 72.60 1.10 TYC2 11548 -65.37 1.16 72.52 0.68 HIP 11569 -18.00 1.90 11.80 1.90 TYC2 11840 -51.60 1.40 -16.90 1.40 TYC2 11840 -54.69 0.93 -19.22 1.06 HIP 12114 1806.27 2.09 1442.50 0.97 HIP 12153 279.53 0.99 -85.40 0.72 HIP 12153 280.60 0.70 -85.60 0.70 TYC2 12390 145.80 0.80 -238.80 0.80 TYC2 12421 51.80 1.37 -167.36 0.89 HIP 12421 58.30 0.90 -178.00 0.90 TYC2 12552 38.10 1.13 -39.99 1.11 HIP 12552 39.10 0.90 -42.20 1.00 TYC2 12623 -16.84 0.84 -182.29 0.88 HIP 12623 -18.90 0.80 -182.60 0.90 TYC2 12640 27.49 0.96 -46.08 0.74 HIP 12640 27.50 0.70 -46.60 0.60 TYC2 12709 429.00 1.10 -12.10 1.10 TYC2 12709 434.67 5.69 -15.50 5.07 HIP 12717 98.55 0.69 -80.68 0.63 HIP 12717 107.00 0.90 -64.00 0.90 TYC2 12719 3.51 1.92 -9.97 0.85 HIP 12719 8.00 0.70 -8.90 0.70 TYC2 13055 10.10 0.70 -74.80 0.70 TYC2 13055 18.78 0.54 -78.40 0.62 HIP 13531 -1.99 2.43 -4.53 0.70 HIP 14328 0.50 0.74 -4.19 0.81 HIP 14576 2.39 0.77 -1.44 0.88 HIP 14879 371.49 0.47 612.26 0.63 HIP 14913 82.73 0.84 -2.61 0.81 HIP 14913 92.00 0.90 -6.20 0.80 TYC2 15799 40.65 0.93 42.21 0.93 HIP 15868 220.70 1.00 -99.90 0.90 TYC2 15868 220.92 0.86 -101.35 0.70 HIP 16134 535.00 1.40 304.10 1.50 TYC2 16134 537.17 1.70 303.87 1.54 HIP 16369 18.70 0.40 -1.70 0.40 TYC2 16369 18.94 1.63 -1.55 0.96 HIP 16457 13.04 0.61 0.28 0.74 HIP 16457 14.00 1.10 0.50 1.10 TYC2 16528 3.00 0.90 24.20 0.90 TYC2 16528 5.49 1.42 24.82 1.40 HIP 16602 7.00 0.99 36.75 0.97 HIP 16602 7.50 1.00 36.10 1.10 TYC2 16628 -35.15 0.78 76.40 1.00 HIP Kinematics of Hipparcos visual binaries. I. 531

Table 5 (continued)

HIP ßa &U.ra μ<5 Source mas/yr mas/yr mas/yr mas/yr 16628 -28.60 1.20 68.10 1.20 TYC2 16900 -139.60 0.89 20.19 1.05 HIP 16900 -140.10 1.40 19.00 1.40 TYC2 17138 -4.92 1.00 14.60 1.07 HIP 17138 -5.70 1.30 18.10 1.30 TYC2 17296 -16.97 0.52 19.34 0.61 HIP 17296 -18.20 0.80 19.40 0.90 TYC2 17336 -124.60 0.70 31.50 0.70 TYC2 17336 -128.77 1.60 28.38 1.00 HIP 17440 308.39 1.71 78.72 2.03 HIP 17440 310.70 0.90 83.50 0.90 TYC2 17694 19.74 2.30 -45.20 1.30 HIP 17694 20.90 1.10 -47.90 1.00 TYC2 17846 -7.03 1.63 29.53 1.87 HIP 17846 -7.30 1.00 25.20 1.00 TYC2 17847 17.77 0.96 -44.70 0.70 HIP 17847 18.90 0.60 -45.00 0.60 TYC2 17932 -37.80 0.67 -26.82 0.82 HIP 17932 -39.30 1.00 -24.70 1.00 TYC2 17954 36.37 1.40 -117.95 1.23 HIP 17954 43.00 0.80 -109.50 0.80 TYC2 18532 12.61 0.78 -24.06 0.62 HIP 19009 -0.10 0.70 -13.50 0.70 TYC2 19009 -0.31 0.78 -13.82 0.76 HIP 19508 68.30 1.20 -144.40 1.30 TYC2 19508 69.10 0.99 -140.77 1.05 HIP 19719 -1.60 1.10 5.80 1.10 TYC2 19719 -3.99 0.95 4.45 1.89 HIP 19758 160.08 0.84 -91.94 0.86 HIP 19758 161.00 0.90 -102.90 0.90 TYC2 19812 5.04 0.80 -17.35 0.57 HIP 19812 5.50 0.80 -18.00 0.90 TYC2 20070 45.90 1.10 -59.70 1.10 TYC2 20070 46.59 1.17 -56.43 0.94 HIP 20087 96.42 0.90 -33.92 3.51 HIP 20087 98.10 0.60 -36.00 0.60 TYC2 20215 121.27 2.29 -36.65 1.79 HIP 20215 117.10 0.90 -26.50 0.90 TYC2 20347 37.06 0.68 -50.38 0.93 HIP 20347 48.40 0.90 -52.60 0.90 TYC2 20482 98.53 1.72 -32.57 1.46 HIP 20482 100.70 1.20 -35.90 1.20 TYC2 20661 104.62 1.08 -28.83 0.75 HIP 20661 105.10 1.00 -24.70 1.00 TYC2 20686 110.87 1.74 -33.75 1.48 HIP 20686 108.20 1.00 -34.90 1.00 TYC2 20885 104.76 1.07 -15.01 0.67 HIP 20885 107.40 0.80 -24.30 0.80 TYC2 20894 108.66 1.03 -26.39 0.66 HIP 532 A. Bartkevicius, Α. Gudas

Table 5 (continued)

HIP μα σμα μ<5 σμ6 Source mas/yr mas/yr mas/yr mas/yr 20894 108.80 0.90 -27.00 0.80 TYC2 20916 90.28 2.12 -25.47 1.38 HIP 20916 104.70 0.80 -24.50 0.80 TYC2 20935 102.80 1.10 -30.60 1.10 TYC2 20935 104.88 1.08 -31.65 0.85 HIP 21123 105.81 1.60 -30.97 1.25 HIP 21123 109.30 1.30 -31.30 1.40 TYC2 21273 103.69 1.79 -25.94 0.88 HIP 21273 103.70 0.70 -26.00 0.70 TYC2 21280 101.93 2.48 -33.75 1.25 HIP 21280 102.20 0.90 -27.70 0.80 TYC2 21281 58.06 0.64 12.73 0.58 HIP 21594 -77.86 0.74 -178.06 0.57 HIP 21594 -76.00 1.90 -167.20 1.90 TYC2 21698 -56.96 1.44 -80.61 1.95 HIP 21698 -54.90 1.30 -78.50 1.10 TYC2 21880 16.07 1.69 -17.51 1.11 HIP 21880 16.90 1.60 -17.30 1.60 TYC2 21881 -2.84 0.81 -20.33 0.58 HIP 21881 -2.50 0.30 -14.60 0.30 TYC2 22196 -2.10 0.90 67.90 0.90 TYC2 22196 -4.78 0.76 70.78 0.61 HIP 22500 17.00 1.20 113.60 1.50 TYC2 22500 23.40 1.42 118.08 1.20 HIP 22505 88.50 1.30 -21.00 1.20 TYC2 22505 89.49 1.15 -20.65 0.81 HIP 22550 87.60 1.39 -8.72 0.98 HIP 22550 85.40 1.40 -12.00 1.30 TYC2 22607 106.84 1.18 -16.00 0.74 HIP 22607 89.50 1.30 -16.80 1.20 TYC2 23166 -121.61 0.85 127.52 0.63 HIP 23166 -132.30 1.10 135.50 1.10 TYC2 23170 -41.05 0.81 -6.84 0.71 HIP 23170 -43.60 2.10 -7.60 2.00 TYC2 23395 -2.32 2.55 43.47 1.34 HIP 23395 -5.40 1.10 27.20 1.10 TYC2 23416 0.18 1.01 -2.31 0.76 HIP 23452 -150.70 2.80 -257.70 2.70 TYC2 23453 8.88 0.99 -21.43 0.84 HIP 23453 9.40 0.70 -23.10 0.80 TYC2 23662 49.05 1.07 -4.87 0.99 HIP 23662 51.90 1.60 -10.20 1.60 TYC2 23786 282.67 1.79 -239.14 1.14 HIP 23786 282.80 1.10 -239.90 1.10 TYC2 23835 536.05 1.20 18.51 0.53 HIP 23835 537.40 0.70 19.30 0.70 TYC2 23922 -59.56 1.60 -381.96 1.20 HIP 23922 -63.70 1.50 -385.20 1.60 TYC2 24020 103.25 28.89 15.87 13.07 HIP Kinematics of Hipparcos visual binaries. I. 533

Table 5 (continued)

HIP A¿a ""u βδ σ Source HOC β6 mas/yr mas/yr mas/yr mas/yr 24436 1.87 0.74 -0.56 0.53 HIP 24526 99.38 0.66 -51.66 0.81 HIP 24526 99.90 1.00 -50.10 1.00 TYC2 24608 75.52 0.77 -427.13 0.50 HIP 24727 29.86 1.45 -160.98 0.53 HIP 24727 31.10 0.90 -162.80 0.90 TYC2 25092 48.18 0.79 -5.50 0.63 HIP 25092 48.30 1.10 -4.20 1.10 TYC2 25119 54.20 1.44 -139.41 0.94 HIP 25119 69.70 1.30 -152.10 1.30 TYC2 26001 33.10 0.51 -1.27 0.59 HIP 26001 39.10 1.00 -6.20 0.90 TYC2 26241 2.27 0.65 -0.62 0.47 HIP 26563 -14.10 0.90 -50.60 1.00 TYC2 26563 -15.00 1.08 -49.55 1.23 HIP 26926 12.26 0.80 60.59 0.49 HIP 26926 5.10 1.20 63.40 1.20 TYC2 28311 -23.00 1.20 4.50 1.20 TYC2 28311 -24.01 0.77 2.72 1.38 HIP 28360 -56.41 0.70 -0.88 0.37 HIP 28442 -378.63 35.99 1015.19 34.64 HIP 28614 14.19 1.18 -37.44 0.77 HIP 28614 11.70 0.70 -34.10 0.70 TYC2 28691 9.50 0.70 -20.80 0.70 TYC2 28691 9.81 0.82 -20.29 0.54 HIP 28734 -2.60 1.19 -119.72 0.79 HIP 29234 87.66 0.74 60.76 0.78 HIP 29234 88.90 1.00 59.10 1.00 TYC2 29746 -6.51 0.69 30.36 0.53 HIP 29746 -7.80 0.80 30.10 0.80 TYC2 29850 5.10 0.67 -59.86 0.49 HIP 29850 9.00 0.90 -60.00 0.90 TYC2 29982 1.35 1.46 -41.96 1.52 HIP 29982 -0.30 1.40 -41.60 1.30 TYC2 30060 -3.51 1.20 24.43 0.57 HIP 30122 8.00 0.54 3.81 0.51 HIP 30277 -24.19 0.54 -52.48 0.63 HIP 30277 -25.30 0.80 -53.90 0.80 TYC2 30501 1.79 0.96 -1.67 0.66 HIP 30501 1.80 0.70 -0.40 0.70 TYC2 30883 -4.60 0.40 -14.00 0.40 TYC2 30883 -5.98 0.95 -14.08 0.71 HIP 30920 694.73 3.00 -618.62 2.48 HIP 30953 -67.56 0.91 -51.83 0.80 HIP 30953 -65.30 1.10 -51.90 1.10 TYC2 31150 -53.53 0.63 90.37 0.70 HIP 31150 -53.70 1.50 90.30 1.40 TYC2 31205 -15.95 0.89 6.22 0.84 HIP 31205 -17.10 1.10 8.50 1.00 TYC2 534 A. Bartkevicius, Α. Gudas

Table 5 (continued)

HIP σ σ Source μα μα μ<5 βδ mas/yr mas/yr mas/yr mas/yr 31509 -59.85 0.45 -73.04 0.58 HIP 31509 -53.20 1.20 -91.80 1.20 TYC2 31737 -18.70 1.32 -15.52 0.79 HIP 31737 -16.90 0.80 -16.80 0.80 TYC2 31978 -0.66 0.78 -2.51 0.57 HIP 31978 -9.60 4.40 -3.30 3.80 TYC2 32104 6.97 1.32 -86.87 0.79 HIP 32104 8.70 0.70 -84.50 0.70 TYC2 32349 -546.01 1.33 -1223.08 1.24 HIP 32578 -12.97 2.02 -12.36 2.31 HIP 32578 -15.40 0.50 -12.30 0.50 TYC2 32761 -0.90 1.40 18.40 1.40 TYC2 32761 -2.27 0.53 17.57 0.56 HIP 32768 34.23 0.86 -65.85 0.74 HIP 32768 35.10 0.80 -63.10 0.80 TYC2 32800 6.83 1.80 -52.32 1.17 HIP 32800 5.90 0.90 -51.20 0.90 TYC2 32894 32.62 1.36 106.64 1.86 HIP 32894 35.50 1.50 109.80 1.60 TYC2 33142 518.00 2.70 -998.50 2.90 TYC2 33449 6.58 0.59 -123.53 0.59 HIP 33449 -0.70 0.70 -129.90 0.80 TYC2 33451 -40.38 0.50 19.58 0.53 HIP 33451 -35.80 1.20 21.50 1.20 TYC2 34025 -142.38 3.65 -107.76 2.65 HIP 34025 -142.70 1.50 -109.50 1.50 TYC2 34047 36.62 0.63 0.87 1.18 HIP 34047 37.30 1.40 -6.00 1.40 TYC2 34608 -173.40 0.70 -473.60 0.70 TYC2 34608 -174.67 0.78 -473.14 0.52 HIP 34860 13.25 2.77 -97.78 1.48 HIP 34860 13.70 1.70 -100.80 1.50 TYC2 35550 -18.72 11.31 -7.76 5.00 HIP 35785 -11.23 2.31 -32.04 1.59 HIP 35785 -3.60 0.80 -31.60 0.90 TYC2 36042 1.50 1.60 -1.00 1.60 TYC2 36042 2.74 0.94 -0.74 0.61 HIP 36238 -49.56 1.29 -123.90 0.78 HIP 36238 -60.90 1.80 -119.30 1.70 TYC2 36377 -59.86 0.41 188.73 0.46 HIP 36377 -60.10 0.70 188.90 0.70 TYC2 36832 -32.70 1.30 281.70 1.30 TYC2 36832 -34.89 0.72 279.51 0.63 HIP 36850 -206.33 1.60 -148.18 1.47 HIP 36890 -61.70 1.40 -15.00 1.40 TYC2 36890 -63.74 0.93 -14.05 1.07 HIP 37279 -716.57 0.88 -1034.58 0.38 HIP 38052 -42.33 0.74 -75.45 0.68 HIP 38052 -43.50 1.60 -80.20 1.60 TYC2 Kinematics of Hipparcos visual binaries. I. 535

Table 5 (continued)

HIP μα σμ* μδ σμβ Source mas/yr mas/yr mas/yr mas/yr 38382 -68.46 1.11 -344.83 1.03 HIP 38382 -60.00 0.70 -338.90 0.70 TYC2 38474 -21.36 1.14 -28.80 0.82 HIP 38474 -17.30 1.00 -28.60 1.00 TYC2 38538 -31.90 0.30 -28.20 0.40 TYC2 38538 -34.02 0.89 -31.17 0.85 HIP 39261 -33.00 0.90 -20.30 0.90 TYC2 39261 -33.56 0.48 -22.24 0.66 HIP 39953 -5.93 0.54 9.90 0.43 HIP 40167 79.80 1.70 -129.40 1.70 TYC2 40239 -229.90 1.30 -454.20 1.40 TYC2 40326 44.84 0.43 -65.79 0.43 HIP 40326 45.70 1.00 -66.10 1.00 TYC2 41261 68.07 1.18 -105.35 1.20 HIP 41261 63.10 1.10 -100.30 1.00 TYC2 41426 -92.33 0.65 -45.15 0.59 HIP 41426 -102.60 1.60 -44.00 1.50 TYC2 41489 26.29 0.86 -40.83 0.79 HIP 41489 27.20 1.30 -39.70 1.10 TYC2 41820 -16.34 1.50 9.84 0.97 HIP 41820 -5.90 1.40 16.90 1.50 TYC2 42075 -10.74 0.45 -143.01 0.47 HIP 42075 -12.80 1.20 -143.10 1.40 TYC2 42430 -268.26 0.86 424.08 0.64 HIP 42430 -260.80 3.50 429.70 3.30 TYC2 42455 -165.53 1.01 54.98 1.04 HIP 42455 -178.60 1.20 44.70 1.30 TYC2 42805 -0.64 0.50 -61.64 0.58 HIP 42805 -3.70 1.60 -61.50 1.50 TYC2 43109 -199.40 6.20 -53.20 5.40 TYC2 43671 -5.97 0.77 -23.85 1.86 HIP 43671 -6.30 0.70 -19.30 0.70 TYC2 44127 -441.12 0.84 -215.21 0.48 HIP 44248 -487.67 1.42 -219.29 0.76 HIP 44676 -163.60 4.31 79.81 0.97 HIP 44676 -174.30 1.60 77.90 1.30 TYC2 45075 97.10 1.00 -60.80 1.00 TYC2 45075 99.16 0.69 -60.96 0.56 HIP 45170 -522.80 0.80 245.80 0.80 TYC2 45170 -524.47 0.99 245.13 0.46 HIP 45383 -114.40 1.30 26.80 1.30 TYC2 45527 24.60 0.80 2.70 0.80 TYC2 45527 24.94 3.25 4.27 0.83 HIP 45571 -109.18 0.69 -28.45 0.59 HIP 45571 -101.70 1.10 -29.50 1.00 TYC2 45617 49.78 1.15 -507.62 0.51 HIP 45617 52.80 1.20 -510.50 1.10 TYC2 45999 -28.31 0.78 -14.74 0.54 HIP 45999 -28.80 1.10 -16.00 1.20 TYC2 536 A. Bartkevicius, Α. Gudas

Table 5 (continued)

HIP μα σΜα μ<5 σβδ Source mas/yr mas/yr mas/yr mas/yr 46396 -26.40 1.20 -21.80 1.20 TYC2 46396 -27.32 0.45 -20.50 0.55 HIP 46404 -232.83 1.27 -65.21 0.69 HIP 46404 -227.30 1.10 -76.60 1.00 TYC2 46454 40.40 1.66 2.71 0.94 HIP 46454 50.40 0.90 -5.00 0.90 TYC2 46651 -191.40 1.00 73.20 0.90 TYC2 46706 730.30 1.60 23.10 1.60 TYC2 47250 -14.38 0.70 -76.03 0.49 HIP 47250 -13.50 1.00 -76.60 1.10 TYC2 47479 -43.84 0.64 7.64 0.65 HIP 47479 -31.00 0.90 8.70 0.90 TYC2 47508 -142.20 0.30 -37.50 0.30 TYC2 47508 -143.67 0.88 -37.45 0.58 HIP 47758 -53.06 0.60 37.76 0.54 HIP 47758 -51.60 0.60 36.40 0.60 TYC2 48029 -48.50 0.80 -1.40 0.80 TYC2 48029 -49.90 1.01 -4.83 0.42 HIP 48348 -49.65 1.27 33.82 3.88 HIP 48348 -51.10 0.90 36.70 0.90 TYC2 49166 -63.80 1.40 70.30 1.40 TYC2 49166 -65.45 0.85 70.10 1.10 HIP 49658 -79.91 0.86 -91.81 0.61 HIP 49658 -82.40 1.00 -85.90 1.00 TYC2 49841 -200.33 2.69 -100.28 2.54 HIP 49841 -204.40 0.40 -86.70 0.40 TYC2 49929 38.83 0.90 -37.05 0.47 HIP 49929 37.80 0.80 -35.20 0.80 TYC2 50805 -26.77 0.67 55.41 1.36 HIP 50805 -30.90 1.40 55.70 1.30 TYC2 51147 -0.03 1.50 -36.69 0.98 HIP 51147 -0.80 1.10 -35.30 1.00 TYC2 51233 -127.52 1.04 -109.62 1.10 HIP 51233 -119.70 0.70 -105.30 0.80 TYC2 51384 -128.39 0.62 -39.60 0.57 HIP 51384 -128.40 0.70 -41.30 0.70 TYC2 51885 2.12 0.97 -79.49 0.89 HIP 51885 -7.50 2.60 -85.70 2.40 TYC2 51986 -131.48 0.51 -1.58 0.58 HIP 52085 -98.57 1.29 26.75 1.38 HIP 52085 -101.20 0.80 27.50 0.80 TYC2 52271 -46.75 0.49 2.08 0.52 HIP 52271 -46.80 1.10 1.00 1.00 TYC2 52419 -18.87 0.85 12.06 0.90 HIP 53240 -130.50 1.00 -82.40 1.00 TYC2 53240 -131.91 0.97 -82.01 1.14 HIP 53423 103.00 1.27 -3.41 0.88 HIP 53423 100.30 0.60 -0.30 0.60 TYC2 53763 -22.30 1.30 -15.30 1.30 TYC2 Kinematics of Hipparcos visual binaries. I. 537

Table 5 (continued)

HIP σ σ Source μα μα μ<5 Μί mas/yr mas/yr mas/yr mas/yr 53763 -24.16 1.18 -15.03 1.20 HIP 54061 -136.46 0.43 -35.25 0.45 HIP 54155 -177.98 1.51 -104.13 1.06 HIP 54155 -178.60 1.20 -102.90 1.20 TYC2 54204 -190.74 1.44 -6.87 1.61 HIP 54204 -191.40 0.70 -7.40 0.70 TYC2 54677 698.28 1.98 -597.86 1.85 HIP 54677 716.80 1.60 -596.90 1.50 TYC2 54977 117.70 1.70 -24.80 1.70 TYC2 54977 122.30 1.05 -24.53 0.83 HIP 55016 5.07 0.95 -6.16 0.63 HIP 55016 -4.40 0.60 -10.60 0.60 TYC2 55203 -432.00 25.00 -581.00 25.00 HIC 55266 -57.15 0.69 -68.10 1.02 HIP 55425 -35.32 0.51 -2.20 0.46 HIP 55425 -39.60 0.90 -2.70 0.90 TYC2 55642 140.75 1.26 -77.80 0.92 HIP 55642 152.50 2.00 -65.20 1.90 TYC2 56290 -14.21 0.58 -95.13 0.51 HIP 56528 -69.85 1.67 -852.54 1.34 HIP 56528 -70.60 1.50 -850.70 1.60 TYC2 56675 -128.21 0.52 -1.21 0.57 HIP 56675 -129.80 0.90 -0.90 0.80 TYC2 56731 -47.33 3.04 -26.48 0.50 HIP 56731 -50.00 1.00 -22.30 1.10 TYC2 57363 -97.80 0.80 33.50 0.70 TYC2 57363 -100.42 0.52 33.21 0.56 HIP 57565 -145.30 0.70 -3.70 0.70 TYC2 57565 -145.47 0.90 -4.04 0.75 HIP 57791 0.88 0.76 0.86 0.58 HIP 57791 2.10 0.60 0.10 0.60 TYC2 57994 -48.29 1.26 -118.06 1.08 HIP 57994 -42.30 1.00 -109.40 1.10 TYC2 58113 -54.40 0.90 -0.70 0.90 TYC2 58113 -57.66 2.51 -1.32 0.81 HIP 58590 0.60 0.30 -26.70 0.30 TYC2 58590 -0.25 0.89 -29.71 0.58 HIP 58799 -369.36 0.77 -44.53 0.70 HIP 58799 -383.40 2.40 -39.30 2.30 TYC2 59459 30.63 2.03 -21.51 0.89 HIP 59459 31.10 1.00 -22.30 1.00 TYC2 59468 -37.50 0.80 -30.50 0.80 TYC2 59468 -38.11 0.84 -30.87 0.49 HIP 59750 31.97 0.74 -1012.44 0.77 HIP 59750 34.80 1.00 -1014.80 1.10 TYC2 59780 163.80 1.50 -67.20 1.50 TYC2 59816 -319.70 2.10 -65.90 2.00 TYC2 59856 -54.87 2.13 -111.87 1.73 HIP 59856 -55.30 1.10 -112.80 1.10 TYC2 538 A. Bartkevicius, Α. Gudas

Table 5 (continued)

HIP Source ßa σμα μ& σμβ mas/yr mas/yr mas/yr mas/yr 60129 -59.14 0.79 -23.13 0.86 HIP 60129 -63.90 0.30 -19.00 0.30 TYC2 60299 -147.30 1.20 13.00 1.30 TYC2 60299 -147.79 0.96 9.32 0.70 HIP 60718 -35.37 0.58 -14.73 0.66 HIP 60994 -261.58 0.91 -54.16 0.60 HIP 60994 -250.50 2.10 -47.00 2.20 TYC2 61724 -77.41 1.16 -8.86 0.80 HIP 61724 -78.10 0.80 -9.00 0.70 TYC2 61880 155.81 1.63 -112.13 1.91 HIP 61880 157.70 1.00 -116.50 1.10 TYC2 61932 -187.28 0.82 -1.20 0.73 HIP 61932 -193.60 2.00 -11.60 1.80 TYC2 61941 -616.66 1.11 60.66 0.70 HIP 62124 -355.20 1.20 -96.44 0.85 HIP 62124 -356.70 1.40 -98.70 1.50 TYC2 62145 -378.76 0.59 -183.86 0.60 HIP 62145 -389.80 1.10 -176.90 1.20 TYC2 62371 -62.30 0.80 -47.70 0.80 TYC2 62371 -64.70 0.77 -47.78 0.61 HIP 62409 -133.70 1.20 -12.90 1.10 TYC2 62409 -136.50 1.63 -19.28 0.79 HIP 63406 -235.80 0.90 180.90 0.90 TYC2 63406 -235.87 0.81 181.75 0.99 HIP 63503 108.36 0.50 2.67 0.51 HIP 63510 -640.10 1.50 -25.10 1.40 TYC2 63613 258.00 0.70 -22.00 0.60 TYC2 63613 263.58 0.61 -23.28 0.52 HIP 63742 -189.60 0.70 -223.20 0.80 TYC2 63742 -189.79 1.16 -219.55 1.10 HIP 64241 -430.10 0.90 137.80 0.90 TYC2 64241 -445.95 25.45 129.69 15.69 HIP 64375 -71.84 0.74 1.55 0.40 HIP 64375 -72.60 0.70 -0.50 0.70 TYC2 64838 -68.14 0.70 -9.60 0.63 HIP 64838 -69.40 0.70 -5.30 0.70 TYC2 65026 93.65 1.92 -17.58 1.30 HIP 65069 -6.70 0.77 -82.30 0.48 HIP 65069 -7.40 1.10 -80.00 1.10 TYC2 65135 -147.10 0.90 27.60 1.00 TYC2 65135 -147.44 0.56 27.59 0.66 HIP 65203 -46.29 3.58 -13.63 2.52 HIP 65203 -49.90 1.20 -11.00 1.20 TYC2 65378 121.23 0.48 -22.01 0.48 HIP 65417 -10.10 1.00 35.80 1.00 TYC2 65417 -11.74 0.72 35.83 0.75 HIP 65420 153.10 0.80 -32.00 0.80 TYC2 65420 157.73 2.17 -36.24 1.45 HIP 65474 -42.50 0.79 -31.73 0.52 HIP Kinematics of Hipparcos visual binaries. I. 539

Table 5 (continued)

HIP μα μδ Source mas/yr mas/yr mas/yr mas/yr 65783 -59.30 1.30 -6.60 1.30 TYC2 65783 -60.73 0.80 -7.09 0.90 HIP 66008 -136.60 1.80 38.30 1.70 TYC2 66438 149.75 0.82 -116.81 1.06 HIP 66438 154.30 1.10 -110.50 1.10 TYC2 66458 -94.78 0.49 23.63 0.46 HIP 66640 -113.44 0.79 -13.38 0.50 HIP 66640 -114.70 0.90 -13.50 0.80 TYC2 67234 10.33 0.48 -27.98 0.53 HIP 67234 10.70 0.80 -27.40 0.80 TYC2 67422 -436.00 1.90 -110.80 1.80 TYC2 67483 -79.76 0.49 24.24 0.54 HIP 67483 -83.90 1.10 22.10 1.20 TYC2 67927 -60.95 0.97 -358.10 0.82 HIP 68682 85.26 0.64 -304.04 0.47 HIP 68682 91.10 1.20 -307.50 1.20 TYC2 68756 -56.52 0.46 17.19 0.53 HIP 69112 -30.30 0.50 33.20 0.50 TYC2 69112 -30.36 0.44 33.39 0.51 HIP 69176 34.08 1.22 -29.90 1.12 HIP 69176 37.00 1.20 -29.20 1.20 TYC2 69226 -23.02 0.72 -60.07 0.49 HIP 69226 -23.80 0.50 -59.20 0.50 TYC2 69283 -128.72 2.03 -8.07 1.54 HIP 69283 -129.80 1.00 -11.10 1.10 TYC2 69514 79.26 1.59 -136.37 1.17 HIP 69514 84.60 1.60 -134.10 1.60 TYC2 69879 2.80 0.90 12.60 1.00 TYC2 69879 4.92 0.51 14.18 0.54 HIP 69974 -16.60 0.40 30.50 0.40 TYC2 69974 -17.12 0.84 29.39 0.63 HIP 70327 -75.28 0.86 -9.56 0.74 HIP 70327 -76.10 2.60 2.00 2.50 TYC2 70576 13.55 0.66 -6.35 0.62 HIP 70576 12.30 0.70 -4.20 0.70 TYC2 70857 -72.00 0.80 -129.60 0.90 TYC2 70857 -73.73 0.65 -132.93 0.59 HIP 70973 -203.98 1.18 -21.64 0.74 HIP 70973 -208.30 2.10 -13.40 2.20 TYC2 71094 -69.92 0.71 -23.82 0.79 HIP 71094 -67.70 1.10 -27.00 1.00 TYC2 71141 15.00 1.00 7.50 1.10 TYC2 71141 16.79 1.70 5.17 2.02 HIP 71469 -870.88 3.25 364.89 1.52 HIP 71469 -873.60 0.50 366.40 0.60 TYC2 71681 -3600.35 26.10 952.11 19.75 HIP 71683 -3678.19 1.51 481.84 1.24 HIP 71729 -14.61 0.63 40.40 0.52 HIP 71729 -17.40 0.90 40.90 0.90 TYC2 540 A. Bartkevicius, Α. Gudas

Table 5 (continued) HIP μ σ μ<$ σ Source α mas/yμα r β6 mas/yr mas/yr mas/yr 71914 -261.60 1.10 -179.20 1.10 TYC2 72217 -56.02 1.12 -103.63 0.93 HIP 72217 -59.60 0.70 -100.30 0.70 TYC2 72479 -139.17 1.01 -184.91 1.00 HIP 72479 -137.90 1.30 -187.90 1.20 TYC2 72659 152.81 0.64 -71.28 0.70 HIP 72848 -441.00 1.20 217.10 1.10 TYC2 72848 -442.75 0.57 216.84 0.70 HIP 73182 987.05 44.59 -1666.81 28.64 HIP 73199 -78.26 0.47 32.48 0.53 HIP 73199 -79.60 0.70 33.30 0.80 TYC2 73385 -559.60 1.40 -498.10 1.30 TYC2 73385 -560.48 1.12 -499.49 0.92 HIP 73507 -13.04 0.50 11.94 0.57 HIP 73507 -15.60 1.40 11.20 1.50 TYC2 73695 -436.24 1.20 18.94 1.17 HIP 73695 -443.70 1.20 9.90 1.20 TYC2 73787 -128.40 1.50 -127.40 1.60 TYC2 73787 -129.61 3.00 -129.36 2.57 HIP 74000 42.80 0.80 -51.70 0.80 TYC2 74000 43.15 1.04 -49.97 0.74 HIP 74392 -35.59 1.05 -32.55 0.72 HIP 74893 94.41 1.35 73.55 1.17 HIP 74893 87.50 1.60 77.00 1.50 TYC2 75312 125.77 0.62 -176.48 0.81 HIP 75379 -68.52 1.64 -152.65 0.83 HIP 75379 -71.90 0.90 -151.00 1.00 TYC2 75389 -357.89 0.63 176.64 0.63 HIP 75389 -359.00 1.10 177.70 1.20 TYC2 75411 -146.90 0.60 85.50 0.70 TYC2 75411 -147.68 0.88 84.69 1.11 HIP 75415 -140.95 0.78 84.97 0.87 HIP 75415 -151.30 2.90 86.90 2.80 TYC2 75508 -64.21 0.64 79.40 0.73 HIP 75508 -67.70 1.20 81.10 1.30 TYC2 75695 -181.39 0.38 86.84 0.57 HIP 75695 -181.50 0.60 85.20 0.50 TYC2 76031 -14.98 2.27 -89.97 1.61 HIP 76031 -15.90 0.90 -86.30 1.00 TYC2 76041 -13.73 0.55 -14.92 0.52 HIP 76041 -18.50 0.70 -12.40 0.70 TYC2 76267 120.38 0.55 -89.44 0.52 HIP 76382 -455.20 0.80 51.00 0.90 TYC2 76466 6.08 0.86 40.83 1.25 HIP 76466 10.70 1.30 33.60 1.30 TYC2 76734 -17.30 1.40 -26.80 1.30 TYC2 76734 -18.17 3.19 -28.09 1.98 HIP 76752 -21.20 0.90 65.90 1.00 TYC2 76752 -21.87 1.14 63.82 1.43 HIP Kinematics of Hipparcos visual binaries. I. 541

Table 5 (continued)

HIP μα σμα μ<$ σμ6 Source mas/yr mas/yr mas/yr mas/yr 76852 -59.86 0.97 -43.23 0.94 HIP 76852 -59.30 0.70 -41.20 0.70 TYC2 76952 -112.52 0.48 50.70 0.58 HIP 76952 -107.00 0.80 47.80 0.80 TYC2 77541 -27.63 0.85 -10.43 0.69 HIP 77541 -30.50 1.00 -11.10 1.00 TYC2 77760 438.97 0.51 629.52 0.58 HIP 77760 440.30 0.60 630.30 0.70 TYC2 78401 -8.67 0.83 -36.90 0.66 HIP 78459 -196.89 0.93 -773.01 0.66 HIP 78459 -199.10 1.00 -773.90 1.00 TYC2 78662 -118.32 1.48 -78.34 1.63 HIP 78662 -116.10 1.40 -78.60 1.40 TYC2 78727 -60.00 5.00 -30.00 4.00 HIC 78918 -15.84 1.14 -31.06 1.04 HIP 78918 -18.60 0.70 -29.50 0.70 TYC2 79101 -25.98 0.45 35.86 0.48 HIP 79101 -28.00 0.60 39.80 0.60 TYC2 80112 -10.03 1.00 -18.03 0.69 HIP 80112 -9.90 0.40 -21.10 0.50 TYC2 80166 -31.22 1.31 -76.03 1.11 HIP 80166 -32.10 1.00 -71.70 1.00 TYC2 80346 1144.20 2.50 -450.80 2.30 TYC2 80346 1145.33 1.33 -452.28 1.67 HIP 80667 5.48 1.47 3.09 1.57 HIP 80725 -345.93 1.56 385.98 1.36 HIP 80725 -339.90 1.20 383.30 1.30 TYC2 80816 -98.43 0.66 -14.49 0.72 HIP 81023 -369.00 0.80 -185.80 0.90 TYC2 81023 -371.43 1.58 -189.60 1.43 HIP 81126 -9.03 0.59 59.80 0.66 HIP 81126 -10.80 0.60 53.80 0.60 TYC2 81470 56.20 1.80 -82.30 1.80 TYC2 81470 58.33 0.91 -81.08 1.18 HIP 81693 -462.58 0.59 345.05 0.66 HIP 81726 -49.25 1.02 6.93 1.05 HIP 81726 -51.90 1.30 6.20 1.20 TYC2 81754 26.70 0.70 45.70 0.80 TYC2 81754 28.16 1.05 41.95 0.89 HIP 82020 18.70 0.70 65.40 0.70 TYC2 82020 26.31 0.72 69.96 0.86 HIP 82809 -813.47 4.41 -895.23 2.50 HIP 82817 -829.34 4.08 -878.81 2.48 HIP 82817 -809.90 1.20 -894.00 1.30 TYC2 82860 237.70 0.90 52.20 1.00 TYC2 82860 238.05 0.38 50.84 0.57 HIP 83207 -47.68 0.47 26.89 0.67 HIP 83207 -47.90 0.60 27.50 0.60 TYC2 83575 26.77 0.52 -71.48 0.56 HIP 542 A. Bartkevicius, Α. Gudas

Table 5 (continued)

HIP σ σ Source μα μα μδ βδ mas/yr mas/yr mas/yr mas/yr 83575 28.50 1.10 -73.20 1.20 TYC2 83838 -22.00 1.30 -17.70 1.20 TYC2 83838 -24.25 0.52 -17.05 0.96 HIP 83895 -20.76 0.56 19.15 0.59 HIP 84012 41.16 1.13 97.65 0.65 HIP 84123 -534.66 23.45 -326.41 13.16 HIP 84140 252.60 1.20 -1571.80 1.20 TYC2 84179 11.70 1.00 -152.30 1.10 TYC2 84179 12.09 0.94 -151.18 1.13 HIP 84425 -173.80 1.30 -410.60 1.30 TYC2 84709 1149.24 16.77 -90.80 9.19 HIP 84924 -135.50 1.10 -37.00 1.00 TYC2 84949 5.67 1.01 -65.62 1.60 HIP 84949 9.70 0.80 -61.70 0.90 TYC2 85019 88.18 1.55 96.20 0.82 HIP 85106 -16.60 0.90 63.90 0.90 TYC2 85106 -17.38 1.93 65.97 1.23 HIP 85141 -16.53 1.23 -3.92 0.71 HIP 85141 -24.60 0.90 -18.70 0.90 TYC2 85333 0.02 0.99 -7.82 0.81 HIP 85333 -0.40 1.00 -7.30 0.90 TYC2 85582 -196.31 4.20 -283.53 3.55 HIP 85582 -188.70 1.50 -277.60 1.30 TYC2 85667 -126.64 1.72 -172.00 0.91 HIP 85667 -126.70 1.10 -179.60 1.10 TYC2 85683 -110.06 1.07 129.46 2.91 HIP 85683 -113.30 1.10 130.30 1.10 TYC2 85727 -53.65 1.20 -99.37 0.85 HIP 85727 -56.80 0.90 -100.00 0.80 TYC2 85749 -17.80 1.00 18.70 1.00 TYC2 85749 -19.25 0.81 19.22 0.61 HIP 85846 31.17 0.64 9.60 0.76 HIP 85846 32.70 1.50 10.80 1.50 TYC2 86032 110.08 1.02 -222.61 0.89 HIP 86036 277.38 0.54 -525.62 0.60 HIP 86036 265.40 3.30 -520.90 3.20 TYC2 86221 -96.79 2.57 249.98 3.46 HIP 86221 -89.90 1.50 238.90 1.40 TYC2 86373 -20.60 0.73 43.51 0.70 HIP 86373 -21.20 1.20 43.40 1.20 TYC2 86400 -178.50 0.70 -99.80 0.70 TYC2 86400 -179.67 0.75 -98.24 0.52 HIP 86722 -123.10 1.10 -628.00 1.00 TYC2 86722 -123.15 1.00 -619.84 0.88 HIP 86974 -291.42 0.49 -750.00 0.53 HIP 86974 -310.30 0.40 -750.30 0.40 TYC2 87204 58.49 0.58 -84.25 0.70 HIP 87204 60.70 1.20 -86.10 1.30 TYC2 87655 -58.00 1.20 -169.00 1.10 TYC2 Kinematics of Hipparcos visual binaries. I. 543

Table 5 (continued)

HIP ßa σμα μ<5 Source mas/yr mas/yr mas/yr mas/yr 87655 -70.81 0.81 -163.11 0.60 HIP 87861 -87.42 2.60 -114.28 2.05 HIP 87861 -90.50 1.70 -109.20 1.70 TYC2 87895 -16.90 1.00 72.80 0.90 TYC2 87895 -17.28 0.36 73.70 0.57 HIP 87899 55.20 1.10 -88.70 1.10 TYC2 87899 55.36 1.19 -91.44 1.04 HIP 87991 -63.49 2.46 -58.51 1.93 HIP 87991 -62.40 1.60 -46.30 1.60 TYC2 88404 15.11 0.94 -37.61 0.67 HIP 88404 8.80 2.70 -48.40 2.70 TYC2 88436 1.80 1.10 6.80 1.20 TYC2 88436 2.68 1.08 0.51 1.34 HIP 88498 -0.87 0.57 16.67 0.62 HIP 88498 -2.00 1.10 15.70 1.20 TYC2 88601 276.30 2.30 -1091.80 2.30 TYC2 88637 -21.62 0.92 -40.54 1.04 HIP 88637 -29.20 1.10 -40.30 1.00 TYC2 88715 -0.10 1.20 -3.70 1.20 TYC2 88715 -1.53 0.77 -4.55 1.00 HIP 88728 38.71 1.50 -150.34 1.89 HIP 88728 49.80 1.40 -146.60 1.50 TYC2 88745 -100.93 0.45 111.70 0.49 HIP 88932 -7.29 1.52 -91.93 1.09 HIP 88932 -11.00 1.70 -91.80 1.90 TYC2 88964 50.07 1.33 -4.47 1.11 HIP 88964 46.20 1.20 -7.00 1.10 TYC2 89507 69.29 1.40 14.67 0.73 HIP 89507 70.40 0.80 15.00 0.80 TYC2 89808 -76.90 1.00 -136.90 1.00 TYC2 89808 -77.95 0.83 -135.28 0.51 HIP 89937 531.08 0.49 -351.59 0.46 HIP 90659 90.12 0.77 -46.91 0.92 HIP 90659 91.40 1.30 -49.90 1.20 TYC2 91009 186.00 1.30 -325.90 1.30 TYC2 91009 186.62 0.71 -324.89 0.77 HIP 91196 20.28 0.51 83.43 0.61 HIP 91196 21.00 0.60 84.90 0.70 TYC2 91394 6.47 0.93 33.59 0.70 HIP 91394 3.00 1.20 33.20 1.10 TYC2 91395 -133.33 0.41 183.71 0.61 HIP 91395 -130.00 1.10 179.30 1.20 TYC2 91636 1.83 1.17 -40.15 1.44 HIP 91636 3.60 1.50 -39.90 1.40 TYC2 91751 -5.50 1.20 -7.70 1.20 TYC2 91751 -6.83 0.65 -8.97 0.51 HIP 92122 17.16 1.27 -77.75 1.33 HIP 92122 16.20 1.60 -84.10 1.60 TYC2 92175 -7.00 0.60 -16.90 0.60 TYC2 544 A. Bartkevicius, Α. Gudas

Table 5 (continued)

HIP ßa σΜα μ<5 σμ* Source mas/yr mas/yr mas/yr mas/yr 92175 -7.71 0.73 -15.89 0.51 HIP 92512 77.56 0.46 25.43 0.55 HIP 92512 79.40 0.60 24.80 0.80 TYC2 92677 -21.13 0.72 63.42 0.70 HIP 92677 -21.90 1.00 64.00 1.10 TYC2 92757 -21.37 1.42 -32.12 1.02 HIP 92757 -27.20 1.30 -34.20 1.20 TYC2 92818 5.10 0.90 1.00 0.80 TYC2 92818 6.40 0.48 1.03 0.52 HIP 93017 202.85 0.46 -143.97 0.49 HIP 93244 -51.30 0.50 -74.10 0.50 TYC2 93244 -52.68 0.86 -73.81 0.96 HIP 93383 8.04 3.88 -232.22 2.71 HIP 93383 10.20 1.10 -227.80 1.00 TYC2 93506 -14.10 2.62 3.66 2.00 HIP 93574 -20.83 0.48 -4.46 0.54 HIP 93574 -16.60 1.30 -7.20 1.20 TYC2 93864 -50.79 2.42 -250.51 2.84 HIP 93864 -55.30 0.50 -251.90 0.50 TYC2 93995 10.30 1.00 -78.10 1.10 TYC2 93995 12.59 0.56 -79.42 0.82 HIP 94144 24.00 0.80 -86.00 0.80 TYC2 94144 24.01 1.02 -82.87 0.60 HIP 94252 -227.81 1.34 -106.21 1.63 HIP 94252 -221.50 4.00 -94.90 3.90 TYC2 94349 1789.15 2.72 -520.07 2.00 HIP 94521 41.37 1.02 -27.46 0.61 HIP 94521 42.00 1.10 -27.60 1.20 TYC2 94643 41.90 0.40 -30.20 0.40 TYC2 94643 47.56 2.77 -31.16 1.13 HIP 94739 215.69 2.99 -412.86 2.18 HIP 94847 2.64 0.74 -27.85 0.77 HIP 94847 2.10 1.10 -25.70 1.10 TYC2 95066 113.42 0.78 44.83 0.57 HIP 95066 114.10 0.80 44.90 0.80 TYC2 95477 49.50 0.70 -53.60 0.80 TYC2 95477 63.61 1.88 -51.90 0.50 HIP 95501 253.06 0.98 80.67 0.78 HIP 95501 254.80 0.30 82.10 0.30 TYC2 95769 49.29 0.65 229.85 1.28 HIP 95769 49.60 1.40 225.90 1.50 TYC2 95947 -7.09 0.52 -5.63 0.66 HIP 95947 -1.50 0.30 -1.40 0.30 TYC2 95995 -510.04 0.68 -397.54 0.68 HIP 95995 -508.90 0.90 -396.80 1.00 TYC2 96302 13.70 1.10 18.90 1.00 TYC2 96302 15.14 0.44 17.81 0.53 HIP 96683 1.95 0.40 36.07 0.46 HIP 96683 2.20 1.10 37.00 1.00 TYC2 Kinematics of Hipparcos visual binaries. I. 545

Table 5 (continued)

HIP μα &Urat μ<5 Source mas/yr mas/yr mas/yr mas/yr 96907 -10.50 0.80 32.00 0.80 TYC2 96907 -12.77 0.51 37.43 0.58 HIP 97016 24.73 1.35 -56.58 0.63 HIP 97016 25.40 1.10 -53.50 1.00 TYC2 97222 13.30 1.07 -440.57 1.35 HIP 97222 18.90 2.60 -445.80 2.40 TYC2 97237 -24.00 25.00 -1228.00 25.00 HIC 97365 -4.58 0.62 11.10 0.52 HIP 97365 5.70 0.50 10.00 0.50 TYC2 98001 -29.30 1.10 288.40 1.20 TYC2 98416 -282.00 1.00 -399.70 1.00 TYC2 99312 6.70 1.00 -1.40 1.00 TYC2 99312 7.43 0.54 1.11 0.52 HIP 99376 14.35 1.34 78.88 0.91 HIP 99376 8.50 1.00 88.60 1.10 TYC2 99473 35.48 1.03 6.05 0.60 HIP 99668 13.42 1.15 -168.02 0.86 HIP 99668 15.20 1.70 -169.10 1.70 TYC2 99675 3.50 0.60 3.30 0.70 TYC2 99675 4.20 0.68 1.87 0.60 HIP 99848 1.80 1.40 4.50 1.40 TYC2 99848 3.88 0.78 1.20 0.53 HIP 99965 -221.75 0.79 -216.78 0.68 HIP 99965 -221.80 1.10 -221.20 1.10 TYC2 100259 -12.10 2.52 -4.25 0.87 HIP 100259 -13.10 0.90 -4.70 0.90 TYC2 100266 44.15 1.52 -55.75 0.94 HIP 100266 45.00 1.10 -56.90 1.20 TYC2 100345 43.40 0.30 -1.60 0.40 TYC2 100345 48.42 1.80 14.00 1.49 HIP 101093 45.00 0.47 -13.31 0.40 HIP 101227 67.43 1.26 94.60 1.44 HIP 101227 65.00 1.40 101.80 1.40 TYC2 101382 -154.30 0.90 454.50 0.90 TYC2 101382 -156.89 0.53 452.80 0.47 HIP 101750 331.60 1.30 548.30 1.30 TYC2 101769 118.28 1.33 -47.65 1.09 HIP 101769 109.90 0.60 -37.20 0.60 TYC2 101955 873.90 1.60 90.60 1.50 TYC2 101958 54.14 0.75 7.91 0.68 HIP 102589 14.93 0.48 -8.20 0.55 HIP 102782 196.30 1.20 -132.30 1.20 TYC2 103055 -24.60 1.81 -13.01 3.69 HIP 103055 -34.90 1.00 -20.80 1.00 TYC2 103519 101.00 0.90 70.40 0.90 TYC2 103519 101.62 0.62 69.74 0.51 HIP 103546 -2.89 0.82 -20.06 0.67 HIP 103546 -3.80 0.90 -20.90 0.90 TYC2 103655 614.37 2.07 -247.16 2.45 HIP 546 A. Bartkevicius, Α. Gudas

Table 5 (continued)

HIP σ a μα ßS Source mas/yr mas/yr mas/yr mas/yr 104019 -39.01 2.03 -24.45 1.43 HIP 104214 4155.10 0.95 3258.90 1.19 HIP 104217 4107.40 0.43 3143.72 0.59 HIP 104217 4117.10 2.00 3128.00 2.00 TYC2 104486 -41.80 1.40 32.50 1.30 TYC2 104486 -43.00 0.66 29.96 0.52 HIP 104771 36.00 0.90 -22.94 0.62 HIP 104771 39.40 1.20 -27.60 1.20 TYC2 104788 17.13 0.54 -105.43 0.45 HIP 104788 17.60 1.80 -102.40 1.70 TYC2 104858 42.32 0.89 -303.43 0.57 HIP 104858 39.70 1.30 -304.20 1.20 TYC2 104887 158.70 1.50 431.30 1.50 TYC2 104978 35.09 0.86 -14.12 0.46 HIP 104978 36.80 0.90 -16.00 0.90 TYC2 104987 52.70 0.40 -85.80 0.40 TYC2 104987 59.63 1.06 -94.33 0.63 HIP 105200 35.46 1.13 -49.01 0.78 HIP 105200 27.80 1.40 -54.60 1.30 TYC2 105431 40.60 1.20 -38.10 1.20 TYC2 105431 41.29 0.86 -40.89 0.66 HIP 105712 139.50 1.60 172.00 1.60 TYC2 105712 140.88 3.09 169.39 1.65 HIP 105881 -2.61 0.96 18.88 0.42 HIP 105969 199.40 1.50 -91.70 1.50 TYC2 105969 200.64 1.56 -93.14 1.52 HIP 106032 12.60 0.55 8.73 0.49 HIP 106255 1161.80 38.28 -54.19 22.41 HIP 106711 -1.50 0.47 12.47 0.56 HIP 106711 -2.30 0.60 12.50 0.60 TYC2 106811 462.90 2.30 -48.90 2.30 TYC2 106985 187.39 1.87 -22.33 1.72 HIP 107162 23.38 0.44 -1.60 0.51 HIP 107162 26.00 1.00 -0.40 1.00 TYC2 107288 100.89 1.32 -1.44 1.26 HIP 107288 106.10 1.50 -7.90 1.30 TYC2 107354 46.66 0.84 13.47 0.80 HIP 107354 35.00 0.70 11.50 0.70 TYC2 107522 88.92 1.92 -905.46 1.59 HIP 107522 90.20 3.40 -907.30 3.30 TYC2 107788 91.28 0.74 -43.45 0.62 HIP 107818 16.16 1.24 -36.55 0.80 HIP 107818 16.70 1.70 -35.00 1.60 TYC2 107849 215.27 1.08 179.27 1.02 HIP 107849 209.00 1.40 176.60 1.30 TYC2 108084 -160.33 0.81 -114.17 0.83 HIP 108084 -162.10 1.10 -114.00 1.10 TYC2 108195 43.53 0.38 -90.56 0.42 HIP 108195 44.60 1.30 -88.90 1.30 TYC2 Kinematics of Hipparcos visual binaries. I. 547

Table 5 (continued)

HIP σ Source μα μα μ<5 σμ6 mas/yr mas/yr mas/yr mas/yr 108431 43.00 0.63 -3.67 0.39 HIP 108431 47.60 0.80 -2.60 0.80 TYC2 108478 5.40 1.00 26.40 1.00 TYC2 108478 6.81 0.87 28.65 0.55 HIP 108917 214.46 0.78 89.29 0.56 HIP 108917 213.90 1.50 88.60 1.70 TYC2 109554 28.90 1.00 -19.10 0.90 TYC2 109554 31.08 2.67 -19.53 2.05 HIP 110102 -217.00 1.70 -100.00 1.40 TYC2 110102 -223.60 2.38 -99.49 1.80 HIP 110108 6.02 2.01 21.09 0.74 HIP 110108 9.60 1.00 18.90 1.10 TYC2 110130 -71.48 1.82 -38.15 1.00 HIP 110130 -72.80 0.90 -42.20 0.90 TYC2 110893 -870.23 3.00 -471.10 2.97 HIP 111062 -18.89 1.63 -151.08 1.17 HIP 111062 -30.70 1.20 -145.90 1.20 TYC2 111170 160.65 1.15 -108.63 0.80 HIP 111170 161.10 0.80 -108.90 0.80 TYC2 111200 71.08 1.00 -39.77 1.34 HIP 111200 71.30 0.70 -40.00 0.70 TYC2 111314 128.63 0.69 71.24 0.70 HIP 111314 117.00 1.10 65.80 1.20 TYC2 111528 68.96 0.65 45.74 0.58 HIP 111528 69.90 1.10 47.20 1.20 TYC2 111805 234.36 0.59 65.85 0.66 HIP 111805 239.20 0.90 57.40 1.00 TYC2 111965 -11.22 1.46 -43.17 1.13 HIP 111965 -2.80 1.10 -48.10 1.20 TYC2 111974 272.25 1.22 123.47 0.79 HIP 111974 273.80 0.90 137.10 0.80 TYC2 112158 13.11 0.57 -26.11 0.59 HIP 112158 15.30 0.40 -26.20 0.50 TYC2 112746 -34.56 0.82 -23.53 0.73 HIP 112746 -33.20 1.40 -26.70 1.30 TYC2 112915 -93.06 1.27 -219.50 1.22 HIP 113031 22.00 0.70 2.00 0.60 TYC2 113031 23.03 1.23 1.93 0.68 HIP 113048 -2.97 0.42 -15.72 0.45 HIP 113048 -2.90 1.50 -16.60 1.40 TYC2 113323 0.36 1.13 9.94 1.01 HIP 113323 -0.10 0.90 7.00 0.80 TYC2 113445 396.72 0.85 -147.73 0.71 HIP 113445 397.10 1.30 -146.50 1.30 TYC2 113718 395.50 1.21 -207.11 1.17 HIP 113718 397.50 0.90 -208.20 1.00 TYC2 113726 22.47 0.32 0.24 0.44 HIP 113860 72.80 0.80 80.70 0.80 TYC2 113860 74.80 0.81 84.45 0.70 HIP 548 A. Bartkevicius, Α. Gudas

Table 5 (continued)

HIP σ a μα μα μ<5 ßS Source mas/yr mas/yr mas/yr mas/yr 113996 123.46 1.19 7.07 1.37 HIP 113996 126.20 0.70 9.50 0.60 TYC2 114222 5.74 0.63 -35.10 0.57 HIP 114222 6.00 1.90 -30.90 1.80 TYC2 114273 137.43 3.82 108.99 1.84 HIP 114273 143.80 0.50 106.80 0.50 TYC2 114421 132.42 0.85 -26.27 0.49 HIP 114421 133.30 0.80 -29.30 0.80 TYC2 114576 60.90 0.99 -147.11 0.78 HIP 114576 61.40 1.20 -146.80 1.20 TYC2 114962 -502.28 2.66 -1190.23 2.43 HIP 115031 189.07 2.66 24.53 1.09 HIP 115031 191.80 1.50 20.90 1.40 TYC2 115126 265.64 6.17 -44.87 5.22 HIP 116164 -23.08 1.03 -52.79 0.70 HIP 116164 -21.90 0.90 -52.80 0.80 TYC2 116233 24.10 1.20 -14.90 1.10 TYC2 116233 27.08 1.69 -22.19 1.14 HIP 116436 87.09 1.24 -160.41 0.86 HIP 116436 94.10 1.40 -154.80 1.30 TYC2 116849 -124.57 0.48 -34.32 0.58 HIP 116849 -125.00 1.10 -33.40 1.20 TYC2 117570 55.03 2.51 -109.53 2.04 HIP 117570 70.80 1.30 -100.30 1.50 TYC2 117607 2.88 1.29 3.32 0.92 HIP 117607 5.50 1.00 -0.60 1.00 TYC2 117666 91.71 1.95 -14.38 1.65 HIP 117666 85.50 1.30 -10.30 1.20 TYC2 117761 77.30 0.70 -43.40 0.70 TYC2 117761 77.52 1.11 -42.58 0.71 HIP 118169 154.32 0.65 15.16 0.77 HIP 118169 154.60 1.40 14.50 1.30 TYC2 118266 -30.31 1.37 -121.84 0.86 HIP

* Litereature sources of the proper motions: HIP: ESA 1998, Celestia (2000) TYC2: Hoag et al. (2000) Kinematics of Hipparcos visual binaries. I. 549

Table 6. Mean values of the proper motions.

HIP μα σμα μ& σμδ Ν mas/yr mas/yr mas/yr mas/yr 2 180.39 0.75 -0.23 1.07 2 171 821.99 1.20 -970.34 1.10 1 443 -12.60 1.31 88.56 0.35 2 518 252.10 1.60 19.56 1.70 1 677 135.68 0.63 -162.95 0.45 1 999 321.27 0.29 -71.85 0.37 2 1242 728.18 18.76 -617.48 10.67 1 1349 314.46 0.86 182.10 0.69 2 1674 22.54 3.07 75.03 1.90 2 2237 -119.63 1.44 -113.87 1.66 2 2533 298.43 1.00 -24.57 3.00 2 2548 40.24 6.88 3.71 0.26 2 2552 1740.05 2.70 -234.24 2.80 1 2762 414.85 2.74 -28.53 6.51 2 2912 10.70 3.16 -3.29 0.32 2 2941 1403.31 2.30 -16.23 2.30 1 3092 118.19 2.81 -83.83 1.07 2 3504 17.79 0.44 -7.62 0.49 1 3572 -14.96 0.03 -22.34 0.56 2 3951 29.55 0.30 -12.61 0.52 2 4463 -43.60 0.16 -45.86 0.41 2 5064 -16.54 1.17 -15.37 0.03 2 5300 35.31 1.29 10.23 3.30 2 5317 160.75 0.40 -61.22 0.23 2 5336 3421.40 0.63 -1599.27 0.05 2 5685 54.13 0.14 2.19 0.08 2 5778 -30.17 0.39 -25.67 0.84 2 5842 416.56 1.30 75.95 1.32 1 6486 130.97 2.48 -90.52 0.43 2 6564 28.13 1.55 2.80 2.93 2 6867 -18.15 0.10 -208.00 0.42 2 7078 137.16 0.53 -76.24 0.33 2 7213 0.22 0.19 -20.51 0.27 2 7372 85.56 2.47 96.58 1.27 1 7580 253.22 4.63 105.23 8.28 2 7918 795.88 1.00 -175.10 1.00 1 7981 -300.92 0.62 -674.59 1.58 2 8514 -0.05 1.83 280.70 1.68 2 8833 20.99 0.71 21.73 0.54 2 8882 -34.02 0.31 -26.37 0.85 2 8903 96.32 1.00 -108.80 0.54 1 9236 262.54 0.44 26.88 0.50 1 9480 -55.08 2.29 -9.16 5.30 2 9640 43.08 0.66 -50.85 0.58 1 9727 124.70 5.33 -57.77 4.98 2 10064 148.47 0.23 -39.61 0.37 2 10324 -24.23 0.22 -9.56 0.54 2 10366 346.39 0.78 -171.60 0.85 2 10403 -80.73 2.19 -58.59 2.82 2 550 A. Bartkevicius, Α. Gudas

Table 6 (continued)

HIP μα σΜα μ<5 σβ6 Ν mas/yr mas/yr mas/yr mas/yr 10514 -14.07 1.25 -17.09 0.87 2 10535 -88.37 0.29 -88.29 1.07 2 10542 -43.89 3.51 -124.66 3.43 2 10644 1152.80 1.09 -245.73 0.61 2 10723 367.76 1.15 370.94 0.23 2 10952 19.00 2.43 -208.79 1.32 2 11231 228.72 0.34 110.14 1.38 2 11452 87.29 5.66 240.00 3.69 1 11542 450.30 4.04 96.19 0.18 2 11548 -65.23 0.13 72.54 0.04 2 11569 -27.05 1.90 34.04 1.90 1 11840 -53.74 1.42 -18.37 1.12 2 12114 1806.27 2.09 1442.50 0.97 1 12153 280.24 0.50 -85.50 0.10 2 12390 151.31 0.80 -238.12 0.80 1 12421 56.34 2.98 -172.62 5.32 2 12552 38.71 0.49 -41.21 1.10 2 12623 -17.92 1.03 -182.44 0.15 2 12640 27.50 0.01 -46.39 0.25 2 12709 429.20 1.06 -12.25 0.70 2 12717 101.68 4.08 -75.19 7.84 2 12719 7.47 1.44 -9.33 0.53 2 13055 15.54 4.20 -76.82 1.79 2 13531 -1.99 2.43 -4.53 0.70 1 14328 0.50 0.74 -4.19 0.81 1 14576 2.39 0.77 -1.44 0.88 1 14879 371.49 0.47 612.26 0.63 1 14913 87.05 4.62 -4.43 1.79 2 15799 40.65 0.93 42.21 0.93 1 15868 220.83 0.11 -100.80 0.70 2 16134 535.88 1.06 303.99 0.11 2 16369 18.71 0.06 -1.68 0.05 2 16457 13.27 0.41 0.35 0.10 2 16528 3.71 1.13 24.38 0.28 2 16602 7.25 0.25 36.47 0.32 2 16628 -33.20 2.99 73.00 4.08 2 16900 -139.74 0.23 19.76 0.57 2 17138 -5.21 0.38 16.01 1.72 2 17296 -17.34 0.56 19.36 0.03 2 17336 -125.27 1.53 30.47 1.47 2 17440 310.20 0.95 82.71 1.77 2 17694 20.68 0.45 -46.90 1.30 2 17846 -7.23 0.12 26.16 1.80 2 17847 18.58 0.51 -44.87 0.15 2 17932 -38.26 0.69 -25.97 1.04 2 17954 41.37 2.86 -112.01 3.86 2 18532 12.61 0.78 -24.06 0.62 1 19009 -0.19 0.10 -13.65 0.16 2 19508 68.78 0.39 -142.20 1.77 2 Kinematics of Hipparcos visual binaries. I. 551

Table 6 (continued)

σ Ν HIP μα μα μ& mas/yr mas/yr mas/yr mas/yr 19719 -2.97 1.18 5.46 0.59 2 19758 160.51 0.46 -97.17 5.47 2 19812 5.27 0.23 -17.54 0.29 2 20070 46.22 0.34 -57.81 1.62 2 20087 97.58 0.78 -35.94 0.35 2 20215 117.66 1.42 -28.55 4.07 2 20347 41.18 5.45 -51.53 1.11 2 20482 99.99 1.02 -34.56 1.63 2 20661 104.88 0.24 -27.34 1.98 2 20686 108.86 1.15 -34.54 0.53 2 20885 106.45 1.27 -18.84 4.57 2 20894 108.74 0.07 -26.64 0.30 2 20916 102.90 4.76 -24.74 0.42 2 20935 103.86 1.04 -31.26 0.51 2 21123 107.91 1.71 -31.12 0.16 2 21273 103.70 0.00 -25.98 0.03 2 21280 102.17 0.09 -29.46 2.75 2 21281 58.06 0.64 12.73 0.58 1 21594 -77.62 0.63 -177.16 2.99 2 21698 -55.83 1.02 -79.01 0.90 2 21880 16.51 0.41 -17.44 0.10 2 21881 -2.54 0.11 -15.81 2.34 2 22196 -3.66 1.32 69.87 1.34 2 22500 19.67 3.16 116.33 2.19 2 22505 89.06 0.49 -20.76 0.16 2 22550 86.51 1.10 -9.91 1.58 2 22607 99.01 8.63 -16.22 0.36 2 23166 -125.61 5.17 129.49 3.44 2 23170 -41.38 0.86 -6.93 0.24 2 23395 -4.92 1.12 33.75 7.98 2 23416 0.18 1.01 -2.31 0.76 1 23452 -143.13 2.80 -229.19 2.70 1 23453 9.23 0.25 -22.31 0.83 2 23662 49.93 1.32 -6.35 2.38 2 23786 282.76 0.06 -239.53 0.38 2 23835 537.06 0.59 18.80 0.38 2 23922 -61.76 2.07 -383.13 1.56 2 24020 103.25 28.89 15.87 13.07 1 24436 1.87 0.74 -0.56 0.53 1 24526 99.54 0.24 -51.04 0.76 2 24608 75.52 0.77 -427.13 0.50 1 24727 30.76 0.56 -161.45 0.80 2 25092 48.22 0.06 -5.18 0.56 2 25119 62.74 7.71 -143.77 6.03 2 26001 34.34 2.43 -2.75 2.26 2 26241 2.27 0.65 -0.62 0.47 1 26563 -14.47 0.44 -50.18 0.51 2 26926 10.06 3.30 60.99 0.98 2 28311 -23.72 0.46 3.73 0.88 2 552 A. Bartkevicius, Α. Gudas

Table 6 (continued)

HIP μα HOt μ<5 σμβ Ν mas/yr mas/yr mas/yr mas/yr 28360 -56.41 0.70 -0.88 0.37 1 28442 -378.63 35.99 1015.19 34.64 1 28614 12.35 1.09 -35.61 1.66 2 28691 9.63 0.15 -20.48 0.25 2 28734 -2.60 1.19 -119.72 0.79 1 29234 88.10 0.59 60.13 0.81 2 29746 -7.06 0.64 30.28 0.12 2 29850 6.49 1.87 -59.89 0.06 2 29982 0.49 0.82 -41.75 0.18 2 30060 -3.51 1.20 24.43 0.57 1 30122 8.00 0.54 3.81 0.51 1 30277 -24.54 0.51 -53.02 0.69 2 30501 1.80 0.01 -1.07 0.63 2 30883 -4.81 0.49 -14.02 0.03 2 30920 694.73 3.00 -618.62 2.48 1 30953 -66.64 1.11 -51.85 0.03 2 31150 -53.56 0.06 90.36 0.03 2 31205 -16.40 0.56 7.16 1.12 2 31509 -59.03 2.19 -76.59 7.35 2 31737 -17.38 0.80 -16.15 0.64 2 31978 -0.93 1.54 -2.53 0.12 2 32104 8.32 0.72 -85.54 1.18 2 32349 -546.01 1.33 -1223.08 1.24 1 32578 -15.26 0.57 -12.30 0.01 2 32761 -2.10 0.45 17.68 0.29 2 32768 34.70 0.43 -64.58 1.37 2 32800 6.09 0.37 -51.62 0.54 2 32894 33.92 1.43 108.46 1.56 2 33142 503.31 2.70 -992.99 2.90 1 33449 3.56 3.59 -125.77 3.04 2 33451 -39.70 1.63 19.89 0.71 2 34025 -142.65 0.11 -109.08 0.75 2 34047 36.73 0.25 -1.98 3.39 2 34608 -173.97 0.63 -473.30 0.22 2 34860 13.58 0.20 -99.27 1.51 2 35550 -18.72 11.31 -7.76 5.00 1 35785 -4.42 2.36 -31.71 0.19 2 36042 2.42 0.54 -0.77 0.09 2 36238 -53.41 5.37 -123.10 1.74 2 36377 -59.92 0.10 188.78 0.08 2 36832 -34.38 0.93 279.93 0.86 2 36850 -206.33 1.60 -148.18 1.47 1 36890 -63.12 0.94 -14.40 0.46 2 37279 -716.57 0.88 -1034.58 0.38 1 38052 -42.54 0.45 -76.18 1.71 2 38382 -62.41 3.82 -340.77 2.76 2 38474 -19.07 2.01 -28.72 0.10 2 38538 -32.12 0.64 -28.74 1.14 2 39261 -33.44 0.23 -21.56 0.93 2 Kinematics of Hipparcos visual binaries. I. 553

Table 6 (continued)

σ Ν HIP μα μα μδ mas/yr mas/yr mas/yr mas/yr 39953 -5.93 0.54 9.90 0.43 1 40167 58.19 1.70 -144.18 1.70 1 40239 -225.52 1.30 -461.12 1.40 1 40326 44.97 0.31 -65.84 0.11 2 41261 65.41 2.48 -102.37 2.48 2 41426 -93.78 3.58 -45.00 0.39 2 41489 26.57 0.42 -40.45 0.54 2 41820 -10.76 5.21 11.92 3.22 2 42075 -10.99 0.68 -143.02 0.03 2 42430 -267.84 1.73 424.28 1.05 2 42455 -170.95 6.44 50.97 5.01 2 42805 -0.91 0.87 -61.62 0.05 2 43109 -229.27 6.20 -40.63 5.40 1 43671 -6.15 0.16 -19.86 1.50 2 44127 -441.12 0.84 -215.21 0.48 1 44248 -487.67 1.42 -219.29 0.76 1 44676 -173.00 3.49 79.13 0.92 2 45075 98.50 0.96 -60.92 0.07 2 45170 -523.46 0.82 245.30 0.29 2 45383 -111.98 1.30 9.16 1.30 1 45527 24.62 0.08 3.46 0.78 2 45571 -107.07 3.37 -28.72 0.46 2 45617 51.23 1.51 -508.13 1.10 2 45999 -28.47 0.23 -14.95 0.47 2 46396 -27.21 0.30 -20.73 0.49 2 46404 -229.67 2.74 -68.88 5.32 2 46454 48.13 4.19 -1.31 3.85 2 46651 -158.28 1.00 59.18 0.90 1 46706 729.68 1.60 25.13 1.60 1 47250 -14.09 0.41 -76.12 0.21 2 47479 -39.53 6.06 8.00 0.50 2 47508 -142.35 0.45 -37.49 0.02 2 47758 -52.33 0.73 37.15 0.68 2 48029 -49.04 0.68 -4.09 1.41 2 48348 -50.62 0.68 36.55 0.63 2 49166 -65.01 0.73 70.18 0.10 2 49658 -80.97 1.23 -90.21 2.63 2 49841 -204.31 0.59 -87.03 2.09 2 49929 38.25 0.51 -36.58 0.81 2 50805 -27.54 1.61 55.56 0.14 2 51147 -0.53 0.37 -36.01 0.69 2 51233 -122.14 3.62 -106.79 2.05 2 51384 -128.39 0.01 -40.28 0.83 2 51885 0.94 3.15 -80.24 2.02 2 51986 -131.48 0.51 -1.58 0.58 1 52085 -100.47 1.18 27.31 0.33 2 52271 -46.76 0.02 1.85 0.44 2 52419 -18.87 0.85 12.06 0.90 1 53240 -131.23 0.70 -82.23 0.19 2 554 A. Bartkevicius, Α. Gudas

Table 6 (continued)

HIP σ σ μα μα βδ μ& Ν mas/yr mas/yr mas/yr mas/yr 53423 100.79 1.04 -1.29 1.45 2 53763 -23.32 0.93 -15.15 0.13 2 54061 -136.46 0.43 -35.25 0.45 1 54155 -178.36 0.30 -103.59 0.61 2 54204 -191.27 0.26 -7.32 0.19 2 54677 709.48 9.05 -597.28 0.47 2 54977 121.03 2.06 -24.58 0.11 2 55016 -1.70 4.28 -8.49 2.22 2 55203 -432.00 25.00 -581.00 25.00 1 55266 -57.15 0.69 -68.10 1.02 1 55425 -36.36 1.84 -2.30 0.20 2 55642 144.09 5.30 -75.41 4.94 2 56290 -14.21 0.58 -95.13 0.51 1 56528 -70.27 0.37 -851.78 0.91 2 56675 -128.61 0.69 -1.11 0.15 2 56731 -49.74 0.79 -25.76 1.57 2 57363 -99.64 1.20 33.32 0.14 2 57565 -145.36 0.08 -3.86 0.17 2 57791 1.63 0.59 0.49 0.38 2 57994 -44.61 2.92 -113.81 4.33 2 58113 -54.77 1.04 -1.04 0.31 2 58590 0.51 0.26 -27.34 1.23 2 58799 -370.67 4.08 -44.09 1.46 2 59459 31.01 0.19 -21.86 0.39 2 59468 -37.79 0.30 -30.77 0.16 2 59750 32.97 1.35 -1013.22 1.11 2 59780 160.57 1.50 -62.77 1.50 1 59816 -328.72 2.10 -67.65 2.00 1 59856 -55.21 0.18 -112.53 0.42 2 60129 -63.30 1.58 -19.45 1.28 2 60299 -147.60 0.24 10.15 1.54 2 60718 -35.37 0.58 -14.73 0.66 1 60994 -259.83 4.04 -53.66 1.82 2 61724 -77.88 0.32 -8.94 0.07 2 61880 157.18 0.84 -115.41 1.89 2 61932 -188.19 2.22 -2.67 3.62 2 61941 -616.66 1.11 60.66 0.70 1 62124 -355.84 0.74 -96.99 0.97 2 62145 -381.23 4.60 -182.47 2.78 2 62371 -63.55 1.20 -47.75 0.04 2 62409 -134.68 1.34 -17.11 3.02 2 63406 -235.84 0.03 181.28 0.42 2 63503 108.36 0.50 2.67 0.51 1 63510 -630.13 1.50 -21.10 1.40 1 63613 261.17 2.76 -22.73 0.63 2 63742 -189.65 0.08 -221.94 1.74 2 64241 -430.12 0.56 137.77 0.46 2 64375 -72.24 0.38 1.05 0.88 2 64838 -68.77 0.63 -7.68 2.14 2 Kinematics of Hipparcos visual binaries. I. 555

Table 6 (continued)

HIP μα σμa βδ σβ6 Ν mas/yr mas/yr mas/yr mas/yr 65026 93.65 1.92 -17.58 1.30 1 65069 -6.93 0.33 -81.93 0.84 2 65135 -147.35 0.15 27.59 0.01 2 65203 -49.54 1.09 -11.49 1.02 2 65378 121.23 0.48 -22.01 0.48 1 65417 -11.18 0.78 35.82 0.01 2 65420 153.65 1.50 -32.99 1.79 2 65474 -42.50 0.79 -31.73 0.52 1 65783 -60.34 0.64 -6.93 0.23 2 66008 -136.18 1.80 35.33 1.70 1 66438 151.38 2.18 -113.77 3.15 2 66458 -94.78 0.49 23.63 0.46 1 66640 -113.99 0.62 -13.41 0.05 2 67234 10.43 0.16 -27.80 0.27 2 67422 -429.84 1.90 -93.89 1.80 1 67483 -80.45 1.54 23.88 0.80 2 67927 -60.95 0.97 -358.10 0.82 1 68682 86.55 2.42 -304.50 1.17 2 68756 -56.52 0.46 17.19 0.53 1 69112 -30.33 0.03 33.29 0.10 2 69176 35.56 1.46 -29.57 0.35 2 69226 -23.55 0.37 -59.64 0.43 2 69283 -129.59 0.43 -10.08 1.43 2 69514 81.91 2.67 -135.58 1.08 2 69879 4.40 0.91 13.82 0.66 2 69974 -16.70 0.20 30.18 0.50 2 70327 -75.36 0.24 -8.63 3.15 2 70576 12.96 0.62 -5.40 1.07 2 70857 -73.04 0.85 -131.93 1.53 2 70973 -205.02 1.84 -20.80 2.49 2 71094 -69.27 1.01 -25.04 1.55 2 71141 15.46 0.78 6.97 0.98 2 71469 -873.54 0.41 366.20 0.52 2 71681 -3600.35 26.10 952.11 19.75 1 71683 -3678.19 1.51 481.84 1.24 1 71729 -15.53 1.31 40.53 0.22 2 71914 -260.61 1.10 -177.78 1.10 1 72217 -58.59 1.61 -101.50 1.60 2 72479 -138.69 0.62 -186.14 1.47 2 72659 152.81 0.64 -71.28 0.70 1 72848 -442.43 0.68 216.91 0.12 2 73182 987.05 44.59 -1666.81 28.64 1 73199 -78.68 0.62 32.73 0.38 2 73385 -560.14 0.43 -499.03 0.66 2 73507 -13.33 0.81 11.85 0.25 2 73695 -439.97 3.73 14.53 4.52 2 73787 -128.64 0.48 -127.95 0.88 2 74000 42.93 0.17 -50.77 0.86 2 74392 -35.59 1.05 -32.55 0.72 1 556 A. Bartkevicius, Α. Gudas

Table 6 (continued)

HIP σ Ν μα μα μ& σμ« mas/yr mas/yr mas/yr mas/yr 74893 91.54 3.41 74.86 1.67 2 75312 125.77 0.62 -176.48 0.81 1 75379 -71.12 1.43 -151.98 0.81 2 75389 -358.16 0.48 176.87 0.44 2 75411 -147.15 0.36 85.27 0.37 2 75415 -141.65 2.60 85.14 0.55 2 75508 -64.98 1.45 79.81 0.73 2 75695 -181.42 0.05 85.91 0.81 2 76031 -15.78 0.32 -87.32 1.64 2 76041 -15.55 2.32 -14.02 1.21 2 76267 120.38 0.55 -89.44 0.52 1 76382 -458.26 0.80 44.60 0.90 1 76466 7.49 2.13 37.36 3.61 2 76734 -17.44 0.32 -27.19 0.59 2 76752 -21.46 0.33 65.22 0.98 2 76852 -59.49 0.27 -41.92 0.97 2 76952 -111.06 2.44 49.70 1.38 2 77541 -28.83 1.42 -10.65 0.31 2 77760 439.53 0.66 629.84 0.38 2 78401 -8.67 0.83 -36.90 0.66 1 78459 -197.91 1.10 -773.28 0.41 2 78662 -117.15 1.11 -78.49 0.13 2 78727 -60.00 5.00 -30.00 4.00 1 78918 -17.84 1.23 -29.99 0.72 2 79101 -26.71 0.97 37.40 1.92 2 80112 -9.92 0.04 -20.04 1.46 2 80166 -31.78 0.42 -73.64 2.15 2 80346 1145.08 0.47 -451.77 0.70 2 80667 5.48 1.47 3.09 1.57 1 80725 -342.14 2.91 384.58 1.34 2 80816 -98.43 0.66 -14.49 0.72 1 81023 -369.50 0.98 -186.88 1.71 2 81126 -9.90 0.88 56.51 2.99 2 81470 57.90 0.86 -81.45 0.56 2 81693 -462.58 0.59 345.05 0.66 1 81726 -50.26 1.29 6.61 0.36 2 81754 27.15 0.67 44.02 1.86 2 82020 22.40 3.80 67.22 2.23 2 82809 -813.47 4.41 -895.23 2.50 1 82817 -811.45 5.26 -890.73 6.25 2 82860 238.00 0.13 51.17 0.59 2 83207 -47.76 0.11 27.23 0.30 2 83575 27.09 0.67 -71.79 0.66 2 83838 -23.94 0.78 -17.30 0.32 2 83895 -20.76 0.56 19.15 0.59 1 84012 41.16 1.13 97.65 0.65 1 84123 -534.66 23.45 -326.41 13.16 1 84140 254.80 1.20 -1572.84 1.20 1 84179 11.91 0.19 -151.76 0.56 2 Kinematics of Hipparcos visual binaries. I. 557

Table 6 (continued)

HIP σ σ μα μα βδ μβ Ν mas/yr mas/yr mas/yr mas/yr 84425 -172.41 1.30 -397.51 1.30 1 84709 1149.24 16.77 -90.80 9.19 1 84924 -134.11 1.10 -38.84 1.00 1 84949 8.15 1.96 -62.64 1.68 2 85019 76.98 1.55 92.47 0.82 1 85106 -16.74 0.30 64.62 0.99 2 85141 -21.79 3.85 -9.59 7.19 2 85333 -0.19 0.21 -7.59 0.26 2 85582 -189.56 2.41 -278.30 1.91 2 85667 -126.68 0.03 -175.09 3.73 2 85683 -111.64 1.62 130.19 0.28 2 85727 -55.67 1.51 -99.70 0.31 2 85749 -18.68 0.71 19.08 0.23 2 85846 31.41 0.55 9.85 0.48 2 86032 110.08 1.02 -222.61 0.89 1 86036 277.07 1.91 -525.46 0.85 2 86221 -91.65 3.00 240.46 3.85 2 86373 -20.76 0.27 43.48 0.05 2 86400 -179.04 0.58 -98.79 0.75 2 86722 -123.13 0.03 -623.40 4.05 2 86974 -302.75 9.25 -750.19 0.14 2 87204 58.91 0.87 -84.67 0.77 2 87655 -66.80 5.94 -164.46 2.48 2 87861 -89.58 1.41 -111.27 2.50 2 87895 -17.24 0.12 73.44 0.41 2 87899 55.27 0.08 -90.15 1.37 2 87991 -62.72 0.50 -51.27 6.00 2 88404 14.43 1.96 -38.24 2.52 2 88436 2.25 0.44 4.00 3.13 2 88498 -1.11 0.46 16.47 0.40 2 88601 154.91 2.30 -980.14 2.30 1 88637 -24.74 3.73 -40.42 0.12 2 88715 -1.11 0.65 -4.20 0.42 2 88728 44.64 5.53 -148.05 1.82 2 88745 -100.93 0.45 111.70 0.49 1 88932 -8.94 1.84 -91.90 0.06 2 88964 47.94 1.92 -5.75 1.26 2 89507 70.13 0.48 14.82 0.16 2 89808 -77.52 0.52 -135.61 0.66 2 89937 531.08 0.49 -351.59 0.46 1 90659 90.45 0.56 -48.02 1.44 2 91009 186.48 0.26 -325.15 0.44 2 91196 20.58 0.36 84.06 0.73 2 91394 5.17 1.68 33.48 0.18 2 91395 -132.92 1.09 182.80 1.78 2 91636 2.50 0.86 -40.02 0.12 2 91751 -6.53 0.56 -8.78 0.46 2 92122 16.79 0.47 -80.34 3.12 2 92175 -7.29 0.35 -16.31 0.50 2 558 A. Bartkevicius, Α. Gudas

Table 6 (continued)

HIP σ σ μα μα μ<5 μ6 Ν mas/yr mas/yr mas/yr mas/yr 92512 78.24 0.89 25.23 0.29 2 92677 -21.39 0.37 63.59 0.26 2 92757 -24.54 2.90 -32.99 1.03 2 92818 6.11 0.54 1.02 0.01 2 93017 202.85 0.46 -143.97 0.49 1 93244 -51.65 0.60 -74.04 0.12 2 93383 10.04 0.57 -228.33 1.44 2 93506 -14.10 2.62 3.66 2.00 1 93574 -20.32 1.37 -4.92 1.03 2 93864 -55.12 0.89 -251.86 0.24 2 93995 12.04 0.98 -78.95 0.63 2 94144 24.00 0.01 -84.00 1.50 2 94252 -227.17 1.90 -104.53 4.02 2 94349 1789.15 2.72 -520.07 2.00 1 94521 41.66 0.31 -27.49 0.06 2 94643 42.02 0.80 -30.31 0.30 2 94739 215.69 2.99 -412.86 2.18 1 94847 2.47 0.25 -27.14 1.01 2 95066 113.75 0.34 44.85 0.03 2 95477 51.22 4.61 -52.38 0.76 2 95501 254.65 0.49 81.92 0.48 2 95769 49.34 0.12 228.19 1.95 2 95947 -2.90 2.42 -2.12 1.59 2 95995 -509.63 0.55 -397.31 0.34 2 96302 14.94 0.50 18.05 0.45 2 96683 1.98 0.08 36.23 0.35 2 96907 -12.11 1.03 35.56 2.58 2 97016 25.13 0.33 -55.70 1.39 2 97222 14.11 1.97 -441.83 2.23 2 97237 -24.00 25.00 -1228.00 25.00 1 97365 1.65 5.02 10.53 0.55 2 98001 -34.31 1.10 286.65 1.20 1 98416 -276.43 1.00 -397.69 1.00 1 99312 7.27 0.31 0.58 1.03 2 99376 10.59 2.80 82.83 4.77 2 99473 35.48 1.03 6.05 0.60 1 99668 13.98 0.83 -168.24 0.44 2 99675 3.81 0.35 2.48 0.71 2 99848 3.39 0.88 1.61 1.09 2 99965 -221.77 0.02 -218.00 1.98 2 100259 -12.99 0.32 -4.47 0.22 2 100266 44.71 0.40 -56.19 0.56 2 100345 43.54 0.81 -0.55 3.91 2 101093 45.00 0.47 -13.31 0.40 1 101227 66.34 1.21 98.30 3.60 2 101382 -156.22 1.13 453.16 0.70 2 101750 318.74 1.30 542.64 1.30 1 101769 111.32 3.14 -39.63 4.41 2 101955 869.78 1.60 81.04 1.50 1 Kinematics of Hipparcos visual binaries. I. 559

Table 6 (continued)

HIP σ σ Ν μα μα μ<5 μβ mas/yr mas/yr mas/yr mas/yr 101958 54.14 0.75 7.91 0.68 1 102589 14.93 0.48 -8.20 0.55 1 102782 198.16 1.20 -130.82 1.20 1 103055 -32.49 4.36 -20.27 1.97 2 103519 101.42 0.29 69.90 0.28 2 103546 -3.30 0.45 -20.36 0.40 2 103655 614.37 2.07 -247.16 2.45 1 104019 -39.01 2.03 -24.45 1.43 1 104214 4155.10 0.95 3258.90 1.19 1 104217 4107.83 1.99 3142.46 4.27 2 104486 -42.78 0.46 30.31 0.88 2 104771 37.22 1.63 -23.92 1.90 2 104788 17.17 0.13 -105.23 0.75 2 104858 41.48 1.22 -303.57 0.30 2 104887 192.68 1.50 412.23 1.50 1 104978 35.91 0.85 -14.51 0.76 2 104987 53.56 2.29 -88.25 3.86 2 105200 32.44 3.74 -50.49 2.47 2 105431 41.06 0.33 -40.24 1.18 2 105712 139.79 0.56 170.74 1.30 2 105881 -2.61 0.96 18.88 0.42 1 105969 200.00 0.62 -92.41 0.72 2 106032 12.60 0.55 8.73 0.49 1 106255 1161.80 38.28 -54.19 22.41 1 106711 -1.80 0.39 12.48 0.02 2 106811 467.51 2.30 -64.86 2.30 1 106985 187.39 1.87 -22.33 1.72 1 107162 23.80 0.97 -1.35 0.49 2 107288 103.16 2.58 -4.57 3.23 2 107354 39.78 5.73 12.35 0.98 2 107522 89.23 0.55 -905.81 0.72 2 107788 91.28 0.74 -43.45 0.62 1 107818 16.35 0.26 -36.24 0.62 2 107849 212.93 3.03 178.25 1.30 2 108084 -160.95 0.85 -114.11 0.08 2 108195 43.61 0.29 -90.40 0.49 2 108431 44.76 2.24 -3.46 0.42 2 108478 6.20 0.70 28.13 0.95 2 108917 214.34 0.23 89.22 0.21 2 109554 29.17 0.72 -19.17 0.16 2 110102 -219.23 3.12 -99.81 0.25 2 110108 8.89 1.43 20.41 1.01 2 110130 -72.54 0.52 -40.39 2.01 2 110893 -870.23 3.00 -471.10 2.97 1 111062 -26.55 5.64 -148.56 2.59 2 111170 160.95 0.21 -108.76 0.14 2 111200 71.23 0.10 -39.95 0.09 2 111314 125.35 5.24 69.86 2.37 2 111528 69.20 0.41 46.02 0.57 2 560 A. Bartkevicius, Α. Gudas

Table 6 (continued)

HIP ßa σμα βδ Ν mas/yr mas/yr mas/yr mas/yr 111805 235.81 2.22 63.29 3.88 2 111965 -5.85 4.05 -45.49 2.46 2 111974 273.25 0.74 130.20 6.81 2 112158 14.58 1.03 -26.16 0.04 2 112746 -34.21 0.59 -24.29 1.35 2 112915 -93.06 1.27 -219.50 1.22 1 113031 22.25 0.44 1.97 0.03 2 113048 -2.96 0.02 -15.80 0.26 2 113323 0.08 0.22 8.13 1.43 2 113445 396.83 0.17 -147.45 0.52 2 113718 396.79 0.96 -207.74 0.54 2 113726 22.47 0.32 0.24 0.44 1 113860 73.79 1.00 82.82 1.86 2 113996 125.50 1.20 9.11 0.89 2 114222 5.77 0.08 -34.72 1.21 2 114273 143.69 0.82 106.95 0.55 2 114421 132.89 0.44 -27.10 1.35 2 114576 61.10 0.25 -147.02 0.14 2 114962 -502.28 2.66 -1190.23 2.43 1 115031 191.14 1.17 23.16 1.76 2 115126 265.64 6.17 -44.87 5.22 1 116164 -22.41 0.58 -52.79 0.01 2 116233 25.10 1.41 -18.41 3.64 2 116436 90.17 3.48 -158.70 2.58 2 116849 -124.64 0.16 -34.15 0.36 2 117570 67.46 6.44 -103.54 4.41 2 117607 4.52 1.27 1.52 1.95 2 117666 87.41 2.87 -11.71 1.94 2 117761 77.36 0.10 -43.00 0.41 2 118169 154.37 0.11 14.99 0.29 2 118266 -30.31 1.37 -121.84 0.86 1 Kinematics of Hipparcos visual binaries. I. 561

Table 7. Individual values of the radial velocities.

HIP σνΓ Ν Source* HIP V. Wr Ν Source* km/s km/s km/s km/s 171 -34.50 4.74 1 B2 7213 12.70 1.78 1 BF 171 -37.63 0.10 1 B1 7372 31.50 0.01 1 B2 171 -37.90 7.40 1 BF 7372 34.20 1.78 1 BF 443 -6.60 0.74 1 BF 7580 48.20 0.30 3 BF 443 -7.98 4.76 1 B2 7918 3.12 0.13 1 B1 518 -11.10 0.30 3 BF 7918 3.70 0.30 4 BF 518 -11.70 0.19 1 B2 7981 -33.49 4.66 1 B2 518 -11.76 0.19 1 B2 7981 -33.80 0.20 6 BF 677 -11.60 1.78 1 BF 8514 21.50 3.00 2 BF 999 -9.90 1.00 1 BF 8833 29.51 1.00 1 BF 999 34.02 4.77 1 B2 8833 32.40 1.38 1 B2 999 -12.80 1.00 1 B1 8882 12.00 1.78 1 BF 999 -64.93 9.62 1 B2 8882 12.60 0.46 1 B2 1242 -18.20 10.00 1 B2 8903 -3.50 1.00 1 BF 1349 -14.30 3.70 1 BF 9236 8.70 3.10 2 BF 2237 7.20 1.10 4 BF 9236 19.83 0.94 1 B2 2533 -10.60 1.78 1 BF 9480 -8.50 10.00 1 BF 2548 16.50 1.78 1 BF 9640 -11.50 0.40 5 BF 2552 6.50 10.00 1 B2 9727 -20.30 3.60 2 BF 2552 9.70 10.00 1 B2 10064 15.20 1.78 1 BF 2552 10.00 3.70 1 BF 10324 1.00 5.00 1 B1 2762 8.83 0.22 1 B1 10324 -3.93 1.00 1 BF 2762 10.60 1.00 1 BF 10324 -4.36 3.60 1 B2 2912 8.40 0.74 1 BF 10366 23.62 1.69 1 B2 2941 18.40 0.30 3 BF 10366 27.30 10.00 1 BF 2941 18.63 0.11 1 B1 10366 41.80 4.68 1 B2 2941 47.20 5.00 1 B1 10366 42.00 1.90 1 B2 3092 -8.50 10.00 1 BF 10403 1.00 2.00 1 B1 3092 -12.51 0.19 1 B2 10403 -8.10 1.50 2 BF 3504 -18.70 10.00 1 BF 10514 -56.00 1.78 1 BF 3572 8.10 0.74 1 BF 10514 -57.00 4.20 1 B2 3572 -18.70 9.30 1 B2 10535 -43.70 0.90 2 BF 3951 3.00 7.70 1 B2 10542 5.30 1.78 1 BF 3951 -2.40 1.00 1 BF 10644 2.32 0.43 1 B2 4463 -10.30 1.78 1 BF 10644 -5.89 4.88 1 B2 5300 8.84 .40 1 B2 10644 -6.60 1.00 1 BF 5300 12.60 2.80 2 BF 10723 25.50 1.00 1 BF 5317 9.50 0.60 2 BF 10723 33.10 1.50 1 B2 5336 -97.18 0.26 1 B2 10952 9.60 1.00 1 B1 5336 -98.00 10.00 1 BF 10952 10.00 1.00 1 B2 5336 -98.10 0.09 1 B1 11231 0.70 3.70 1 BF 5336 -99.56 4.56 1 B2 11452 8.70 1.70 3 BF 5336 -101.00 2.00 1 B1 11542 -9.90 1.90 3 BF 5778 -15.20 7.40 1 BF 11542 -12.10 10.00 1 B2 6486 7.00 1.78 1 BF 11548 41.01 0.09 1 B1 6564 31.80 3.70 1 BF 11548 41.70 0.40 2 BF 6867 26.00 1.78 1 BF 11569 1.20 1.78 1 BF 7078 1.10 3.70 1 BF 11840 2.70 9.31 1 B2 7213 8.00 1.00 1 B1 11840 -2.20 1.78 1 BF 562 A. Bartkevicius, Α. Gudas

Table 7 (continued)

HIP Ν Source* HIP Ν Source* VT °VT vr σντ km/s km/s km/s km/s 12114 25.70 0.30 6 BF 19719 40.00 1.00 1 BF 12114 26.40 10.00 1 B2 19812 7.70 0.74 1 BF 12153 8.00 0.90 2 BF 19812 -5.87 0.26 1 B2 12390 15.68 1.00 1 BF 20070 0.00 3.70 1 BF 12421 39.90 1.78 1 BF 20070 21.00 7.40 1 BF 12623 -21.80 3.70 1 BF 20087 34.30 4.00 1 B2 12623 -22.78 0.12 1 B1 20087 38.30 7.40 1 BF 12623 -22.93 0.05 1 B2 20215 38.40 0.30 5 BF 12640 -6.00 4.20 2 BF 20347 20.60 3.30 2 BF 12709 32.20 3.70 1 BF 20347 21.56 2.02 1 B1 12717 -20.40 1.78 1 BF 20661 39.30 0.80 5 BF 12719 13.00 10.00 1 BF 20686 39.18 0.24 1 B2 13055 18.39 4.75 1 B2 20686 40.30 1.00 2 BF 13055 20.28 1.00 1 BF 20885 36.36 0.20 1 B2 13531 2.03 2.83 1 B2 20885 40.40 0.60 4 BF 13531 2.20 0.74 1 BF 20894 21.90 5.00 1 B1 14328 2.50 7.40 1 BF 20894 39.60 1.78 1 BF 14576 3.00 1.00 1 B1 20916 45.80 3.50 4 BF 14576 3.70 3.70 1 BF 20935 39.80 3.70 1 BF 14879 -19.40 0.60 3 BF 21123 40.30 3.70 1 BF 14879 -38.00 8.00 1 B2 21273 30.30 10.00 1 BF 14913 17.00 7.40 1 BF 21280 41.38 0.08 1 B2 15868 31.20 5.00 1 BF 21281 25.60 0.74 1 BF 16134 34.20 1.00 3 BF 21594 41.40 1.00 2 BF 16369 14.20 3.70 1 BF 21881 12.30 3.70 1 BF 16369 14.83 0.12 1 B2 22196 29.20 1.20 2 BF 16369 16.79 2.76 1 B2 22505 42.34 1.00 1 BF 16528 17.90 1.78 1 BF 22550 36.00 5.00 1 B1 16602 -71.60 1.78 1 BF 22550 41.70 0.70 2 BF 16628 -32.60 1.78 1 BF 22607 40.60 3.70 1 BF 16900 -37.80 1.78 1 BF 23166 30.20 0.74 1 BF 16900 -48.00 2.50 1 B2 23395 -5.70 3.30 1 BF 17296 -22.30 1.78 1 BF 23395 -6.70 2.00 1 B1 17336 2.80 2.90 1 BF 23395 -6.75 0.15 1 B2 17336 -7.50 2.00 1 B1 23395 -7.50 0.28 1 B2 17440 51.10 3.70 1 BF 23416 -1.40 7.40 1 BF 17694 11.50 5.00 1 BF 23452 -15.60 1.30 2 BF 17846 -10.00 3.20 1 B2 23452 -17.13 0.43 1 B2 17846 -15.00 3.70 1 BF 23453 -1.70 1.55 1 B2 17847 -0.40 10.00 1 BF 23453 -3.30 2.00 1 BF 17847 16.40 5.00 1 B1 23453 12.90 3.70 1 BF 17932 9.00 4.50 1 B2 23453 -19.80 1.00 1 B1 17932 18.40 3.70 1 BF 23786 -1.00 5.00 1 B1 17954 5.10 2.10 4 BF 23786 28.10 2.60 3 BF 18532 0.80 1.78 1 BF 23835 20.37 0.08 1 B1 18532 -1.00 1.00 1 B1 23835 20.50 0.10 7 BF 19009 7.08 0.89 1 B2 23922 -110.30 1.00 1 B1 19009 10.24 1.00 1 BF 24436 20.30 0.70 2 BF 19508 27.60 0.20 1 BF 24608 22.15 5.21 1 B1 Kinematics of Hipparcos visual binaries. I. 563

Table 7 (continued)

HIP Ν Source* HIP σ Ν Source* vr °VP vr ντ km/s km/s km/s km/s 24608 29.20 1.00 1 B1 32761 25.50 3.70 1 BF 24608 29.50 0.74 1 BF 32768 34.06 0.18 1 B2 24727 -14.07 0.14 1 B2 32768 36.40 1.78 1 BF 24727 -27.50 7.40 1 BF 32894 55.00 5.00 1 B1 24727 -33.23 8.04 1 B2 32894 56.90 0.10 1 BF 25092 80.40 1.10 4 BF 33142 -40.90 10.00 1 B2 25119 35.52 0.56 1 B2 33449 8.90 0.74 1 BF 26001 9.80 1.78 1 BF 33449 10.40 0.40 1 B2 26241 27.00 5.00 1 B1 33451 10.10 3.70 1 BF 26241 28.70 3.70 1 BF 34608 -2.80 3.70 1 BF 26563 -1.50 7.40 1 BF 34860 -14.80 1.60 2 BF 26563 -5.53 1.10 1 B2 35550 4.10 7.40 1 BF 26926 -1.40 2.10 2 BF 35785 4.20 3.70 1 BF 28360 -17.10 0.74 1 BF 36042 35.00 5.00 1 B1 28442 101.70 3.70 1 BF 36042 37.81 1.00 1 BF 28614 0.00 1.78 1 BF 36238 22.50 1.78 1 BF 28614 42.30 3.70 1 BF 36377 87.30 0.74 1 BF 28691 0.00 3.70 1 BF 36850 5.20 0.74 1 BF 28691 12.10 7.40 1 BF 36850 10.60 10.00 1 B2 28734 21.00 5.00 3 BF 37279 1.10 5.00 1 B1 29234 22.20 0.80 2 BF 37279 -3.10 0.06 1 B1 29746 2.79 0.15 1 B2 37279 -3.16 0.08 1 B1 29746 3.30 1.20 2 BF 37279 -3.36 0.33 1 B2 29746 6.57 0.12 1 B2 37279 -3.81 3.00 1 B1 29850 14.50 1.20 3 BF 37279 -4.02 0.22 1 B1 29982 -24.90 1.78 1 BF 37279 -4.10 1.78 1 BF 30060 -0.70 1.00 1 B1 38052 12.60 2.00 1 B1 30060 -3.50 1.60 2 BF 38052 -12.70 0.90 1 BF 30122 32.20 7.40 1 BF 38382 -14.30 1.00 1 B1 30277 -2.60 3.70 1 BF 38382 -21.52 1.00 1 BF 30501 17.20 1.78 1 BF 38474 -2.50 0.70 2 BF 30883 38.00 1.00 1 BF 38538 8.00 1.78 1 BF 30920 17.93 0.15 1 B2 39261 -2.20 1.00 1 BF 30920 23.20 10.00 1 B2 39953 12.00 3.70 1 BF 30953 2.00 7.40 1 BF 40167 -9.90 0.60 3 BF 31205 -3.30 1.00 1 BF 40239 5.60 10.00 1 B2 31205 -3.45 0.05 1 B2 40239 12.00 7.40 1 BF 31205 -36.00 5.00 1 B1 40326 13.50 10.00 1 BF 31509 27.60 1.78 1 BF 41426 7.80 1.78 1 BF 31737 8.10 3.50 2 BF 41489 -11.00 5.50 1 BF 31978 0.00 5.00 1 B1 41489 -12.79 1.34 1 B2 31978 13.70 5.00 1 B1 41820 -13.30 5.00 1 BF 31978 28.40 1.50 5 BF 41820 -15.37 0.09 1 B2 32104 15.00 3.70 1 BF 42075 7.90 1.78 1 BF 32349 -6.03 0.40 1 B2 42430 46.50 0.40 5 BF 32349 -7.60 0.74 1 BF 42430 47.85 1.48 1 B2 32349 -7.70 5.00 1 B1 42455 9.30 3.70 1 BF 32578 10.83 0.25 1 B2 43109 34.41 0.94 1 B2 32578 11.90 3.70 1 BF 43109 36.40 3.70 1 BF 564 A. Bartkevicius, Α. Gudas

Table 7 (continued)

HIP Source* HIP σ vr °VP Ν vr ντ Ν Source* km/s km/s km/s km/s 43671 -1.00 3.70 1 BF 53240 25.10 3.70 1 BF 44127 6.80 10.00 1 BF 53423 7.40 0.90 2 BF 44248 27.07 0.32 1 B1 53763 -59.69 1.00 1 BF 44248 27.20 7.40 1 BF 54061 -8.70 10.00 1 BF 45075 -8.70 0.74 1 BF 54061 -9.96 0.14 1 B2 45170 50.20 7.40 1 BF 54061 -10.08 0.20 1 B2 45170 51.00 1.40 1 B2 54155 18.37 0.12 1 B2 45383 8.50 1.70 2 BF 54155 18.84 0.29 1 B2 45527 -7.70 3.70 1 BF 54204 19.10 1.60 2 BF 45571 32.30 0.74 1 BF 54677 -7.00 4.60 2 BF 45617 -18.80 0.60 3 BF 55016 9.61 1.96 1 B2 45617 -20.84 0.73 1 B2 55016 14.67 1.00 1 BF 45999 19.60 5.00 1 B2 55203 0.00 3.70 1 BF 45999 23.40 1.20 1 BF 55203 -13.50 0.04 1 B2 46396 -28.00 11.00 1 BF 55203 -14.87 0.14 1 B2 46396 -31.00 9.70 1 BF 55203 -15.70 3.70 1 BF 46404 55.86 1.00 1 BF 55266 -4.60 7.40 1 BF 46454 -6.00 10.00 1 BF 55425 9.40 3.70 1 BF 46454 -6.90 0.60 1 B1 55642 -11.00 10.00 1 BF 46651 8.80 1.78 1 BF 55642 -11.48 0.20 1 B2 46706 5.20 10.00 1 B2 56290 -44.00 8.90 1 B2 46706 7.00 2.40 2 BF 56290 -45.00 0.30 5 BF 47250 6.00 6.80 1 BF 56290 -47.92 0.15 1 B1 47479 5.81 0.40 1 B2 56528 12.00 10.00 1 B2 47479 7.00 7.40 1 BF 56675 -9.80 3.70 1 BF 47508 27.10 1.78 1 BF 56731 -14.55 1.00 1 BF 47758 24.00 0.74 1 BF 57363 14.27 1.71 1 B2 48029 -3.70 1.78 1 BF 57363 16.10 0.50 2 BF 48348 24.20 1.50 2 BF 57565 0.40 1.78 1 BF 49166 4.00 5.00 1 B1 57565 -5.50 8.60 1 B2 49166 -2.00 7.80 1 BF 57791 13.40 7.40 1 BF 49658 -8.00 1.78 1 BF 57994 -35.70 0.40 2 BF 49841 18.83 3.12 1 B2 58113 -5.30 3.60 1 B2 49841 19.40 3.70 1 BF 58590 -10.40 7.40 1 BF 49841 21.75 0.12 1 B2 58799 10.30 1.78 1 BF 49929 -16.00 1.78 1 BF 59459 -15.80 0.10 1 B2 49929 -44.40 1.00 1 B1 59459 -15.90 1.78 1 BF 50805 16.61 0.48 1 B2 59468 16.99 11.12 1 B2 50805 31.00 5.00 1 B1 59468 21.30 3.70 1 BF 51233 5.70 7.40 1 BF 59468 22.10 0.50 1 B2 51233 5.70 0.20 1 B2 59750 4.00 8.00 1 B2 51384 3.50 1.78 1 BF 59750 4.69 1.00 1 B1 51885 -22.40 1.10 2 BF 59750 4.70 1.00 1 B1 51986 21.20 0.74 1 BF 59750 6.00 5.00 1 B1 52085 16.20 7.40 1 BF 59750 7.20 1.00 1 BF 52271 10.00 5.00 1 B1 59750 -3.66 0.40 1 B2 52271 16.28 0.06 1 B2 59816 36.20 3.70 1 BF 52271 17.00 1.90 3 BF 59856 -40.40 0.10 1 B2 52419 25.50 10.00 1 BF 59856 -40.40 0.74 1 BF Kinematics of Hipparcos visual binaries. I. 565

Table 7 (continued)

σ HIP vr σνΓ Ν Source* HIP Vr νΓ Ν Source* km/s km/s km/s km/s 60129 5.30 3.70 1 BF 67483 -12.00 7.40 1 BF 60718 11.90 1.78 1 BF 67927 1.00 0.74 1 BF 60994 1.95 0.22 1 B1 67927 -3.08 2.03 1 B2 60994 2.30 0.70 2 BF 67927 -3.16 1.97 1 B1 61724 -20.30 0.10 1 B2 68682 -11.59 0.06 1 B1 61724 -20.30 1.78 1 BF 68682 -12.20 3.70 1 BF 61724 -24.43 8.26 1 B2 68756 -14.00 1.78 1 BF 61880 -5.00 5.00 1 BF 69112 5.90 1.78 1 BF 61932 -5.50 1.78 1 BF 69112 -0.03 2.67 1 B2 61941 -19.70 0.60 3 BF 69176 16.00 5.00 1 B1 61941 -19.94 0.80 1 B1 69176 16.80 5.00 1 BF 62124 -3.60 0.10 1 B2 69226 9.10 1.78 1 BF 62124 -17.90 5.00 1 BF 69879 -20.57 1.98 1 B2 62145 9.70 0.90 2 BF 69879 -21.60 0.74 1 BF 62145 9.92 0.22 1 B2 69974 -5.40 7.40 1 BF 62409 1.13 0.13 1 B2 70327 -19.30 1.60 2 BF 63406 21.90 3.70 1 BF 70576 -0.60 1.60 2 BF 63406 27.10 0.30 1 B2 71094 -14.50 1.00 1 BF 63406 32.11 0.32 1 B2 71141 -16.00 5.40 1 B2 63503 -7.50 1.00 1 BF 71469 -67.50 1.30 2 BF 63510 -11.20 1.30 4 BF 71469 -69.00 5.00 1 B1 63510 -43.40 10.00 1 B2 71681 -19.64 0.06 1 B1 63613 36.50 10.00 1 BF 71683 6.80 1.10 1 B1 63742 0.00 7.40 1 BF 71683 -21.60 7.40 1 BF 63742 -6.34 0.79 1 B2 71683 -23.73 0.06 1 B1 64241 -11.63 0.20 1 B1 71729 0.00 3.70 1 BF 64241 -18.20 0.40 3 BF 71729 -0.10 7.40 1 BF 64375 -21.00 7.40 1 BF 71914 -22.10 3.10 2 BF 64838 0.60 4.60 1 B2 71914 -22.30 10.00 1 B2 64838 -19.90 1.80 1 BF 72217 -1.40 0.40 3 BF 65026 8.00 3.70 1 BF 72479 -90.80 0.80 2 BF 65069 2.70 3.30 1 BF 72659 0.85 0.06 1 B1 65135 7.10 2.40 1 B2 72659 1.50 0.20 5 BF 65135 7.10 2.40 1 BF 72659 3.04 0.13 1 B1 65203 6.50 2.00 1 B1 72659 3.30 0.30 5 BF 65378 -5.60 0.74 1 BF 72659 -6.90 1.00 1 B1 65417 -3.67 5.28 1 B2 72659 -7.10 0.50 1 B2 65417 -8.90 1.78 1 BF 72848 -20.40 0.40 1 BF 65417 -22.00 5.40 1 B2 73182 24.10 10.00 1 B2 65420 13.60 1.78 1 BF 73182 29.10 1.00 1 BF 65474 0.00 3.70 1 BF 73199 6.20 3.70 1 BF 65783 14.90 1.78 1 BF 73385 173.60 1.90 3 BF 66438 40.30 1.78 1 BF 73385 174.00 8.00 1 B2 66458 -10.60 2.30 3 BF 73385 176.80 1.00 1 B1 66640 -25.90 1.90 2 BF 73507 -8.50 1.78 1 BF 67234 -5.60 3.70 1 BF 73695 -28.20 0.40 3 BF 67422 -19.90 0.50 2 BF 73695 -30.66 0.23 1 B1 67422 -20.90 0.70 4 BF 74000 -7.00 2.70 2 BF 67422 -21.20 0.70 1 B2 74392 -14.20 10.00 1 BF 566 A. Bartkevicius, Α. Gudas

Table 7 (continued)

σ HIP vr σνΓ Ν Source* HIP Vr ντ Ν Source* km/s km/s km/s km/s 74893 -19.60 1.78 1 BF 81754 0.54 0.11 1 B2 75312 -6.00 10.00 1 BF 81754 4.90 1.78 1 BF 75312 -7.26 0.05 1 B1 82020 -2.00 7.40 1 BF 75312 13.00 1.00 1 B1 82817 18.80 1.78 1 BF 75379 -9.70 0.74 1 BF 82860 -20.90 0.74 1 BF 75379 -10.53 2.38 1 B2 82860 -24.43 4.56 1 B1 75389 -97.21 0.23 1 B2 83207 -24.20 3.70 1 BF 75411 -12.10 1.70 2 BF 83575 8.06 3.01 1 B2 75415 -8.60 0.30 5 BF 83575 12.51 0.10 1 B1 75695 -18.00 1.78 1 BF 83575 12.80 10.00 1 BF 75695 -19.07 0.52 1 B2 83838 -31.50 1.50 2 BF 76041 -16.60 3.70 1 BF 83895 -17.00 3.70 1 BF 76267 1.40 1.78 1 BF 84012 -2.40 0.30 2 BF 76382 -67.50 0.80 3 BF 84123 -2.10 10.00 1 B2 76752 -23.00 3.70 1 BF 84140 -23.90 2.30 2 BF 76852 -17.80 1.00 3 BF 84179 -54.80 1.78 1 BF 76952 -12.10 0.80 3 BF 84425 -54.10 1.78 1 BF 77541 12.00 10.00 1 BF 84709 0.00 3.70 1 BF 77760 -55.64 0.21 1 B2 84709 1.00 11.90 1 BF 77760 -56.19 4.81 1 B2 84949 3.00 1.80 3 BF 77760 -56.40 0.40 5 BF 84949 -3.37 1.00 1 B1 77760 -56.44 0.08 1 B1 85019 -9.70 1.50 2 BF 78401 -7.90 3.10 2 BF 85141 -37.70 1.78 1 BF 78459 17.88 4.80 1 B2 85333 0.00 10.00 1 BF 78459 17.91 0.08 1 B1 85333 -12.10 10.00 1 BF 78459 18.00 0.20 5 BF 85582 -8.60 1.00 1 BF 78662 -14.40 3.70 1 BF 85667 -76.40 7.40 1 BF 78727 -29.40 10.00 1 BF 85667 -77.34 0.11 1 B1 78727 -32.56 0.81 1 B2 85727 10.00 1.00 1 BF 78918 6.00 3.40 2 BF 85749 -39.00 1.78 1 BF 79101 -16.70 4.00 1 B1 85749 -42.75 1.95 1 B2 79101 -16.80 3.70 1 BF 86032 10.35 0.14 1 B2 80112 2.50 1.00 1 BF 86032 12.40 3.60 2 BF 80166 -1.60 1.78 1 BF 86036 17.00 0.60 1 B2 80346 -4.50 10.00 1 B2 86036 22.80 1.00 1 B1 80725 -31.10 1.00 1 B1 86036 -15.10 0.20 8 BF 80725 -31.90 0.60 3 BF 86036 -16.30 0.17 1 B1 80816 -25.50 1.78 1 BF 86036 -18.00 4.00 1 B1 80816 -32.41 0.20 1 B2 86221 -40.30 0.70 2 BF 81023 -43.00 8.00 1 B2 86373 0.00 3.70 1 BF 81023 -51.30 1.00 1 B1 86373 7.36 10.35 1 B2 81023 -51.31 1.00 1 B1 86400 21.20 0.80 3 BF 81023 -51.40 1.78 1 BF 86722 22.50 1.10 3 BF 81126 -10.90 1.78 1 BF 86974 -13.90 0.23 1 B1 81693 -67.30 5.25 1 B2 86974 -15.20 0.40 5 BF 81693 -69.88 0.29 1 B2 86974 -16.68 0.07 1 B1 81693 -70.40 7.40 1 BF 86974 -16.78 0.06 1 B2 81693 -70.60 0.28 1 B1 86974 -17.06 4.70 1 B2 81726 -31.40 0.90 1 B2 86974 -17.12 1.00 1 B1 Kinematics of Hipparcos visual binaries. I. 567

Table 7 (continued)

HIP vr °vT Ν Source* HIP v. σντ Ν Source* km/s km/s km/s km/s 87655 -41.00 7.40 1 BF 93383 25.00 7.40 1 BF 87895 -32.50 2.90 2 BF 93506 24.10 3.30 2 BF 87895 -32.80 0.04 1 B2 93506 24.46 0.71 1 B2 87895 -47.85 0.21 1 B2 93574 24.50 0.20 1 BF 87991 -17.90 3.70 2 BF 93864 45.60 0.70 2 BF 88404 -35.10 5.00 1 BF 93995 44.00 5.00 1 B1 88404 -39.50 0.90 2 BF 94144 29.40 1.00 3 BF 88436 -12.00 3.70 1 BF 94252 28.00 3.70 1 BF 88498 -9.10 2.20 1 B2 94349 -36.60 10.00 1 B2 88601 -6.90 0.74 1 BF 94643 -26.80 7.40 1 BF 88601 -9.18 4.89 1 B2 94739 -36.80 3.70 1 BF 88637 0.00 1.78 1 BF 95066 -18.00 1.78 1 BF 88637 -22.66 1.00 1 B1 95066 -28.33 16.62 1 B2 88637 -22.80 1.00 1 B2 95477 -43.40 1.60 2 BF 88637 -22.80 3.70 1 BF 95501 -30.10 0.74 1 BF 88637 -27.60 0.67 1 B2 95769 -49.90 1.78 1 BF 88715 1.40 2.80 1 B2 95947 -23.50 0.50 4 BF 88728 32.00 3.70 1 BF 95947 -24.33 0.20 1 B2 88745 1.00 0.74 1 BF 95995 11.26 0.31 1 B2 88745 1.20 1.00 1 BF 95995 11.40 3.70 1 BF 88745 1.28 4.77 1 B2 96302 -17.26 1.00 1 BF 88745 1.57 0.11 1 B1 96683 5.00 1.78 1 BF 88745 2.29 0.29 1 B2 96907 -32.00 1.78 1 BF 88964 -7.00 2.00 1 B1 97016 3.60 2.00 1 B1 88964 -17.00 3.70 1 BF 97222 4.39 0.14 1 B1 89507 -27.00 13.70 1 BF 97222 6.00 1.78 1 BF 89808 25.20 3.70 1 BF 97237 -11.80 10.00 1 B2 89937 13.31 0.19 1 B2 97365 1.10 7.40 1 BF 89937 32.02 0.26 1 B1 97365 -6.68 0.22 1 B2 89937 32.50 1.00 1 BF 98001 -20.50 10.00 1 BF 90659 -141.00 1.78 1 BF 98416 30.22 0.13 1 B1 91196 -23.00 3.70 1 BF 98416 31.20 3.70 2 BF 91394 -19.30 1.40 2 BF 99312 -9.74 0.08 1 B2 91395 -42.50 1.78 1 BF 99312 -17.80 3.50 2 BF 91636 16.50 3.70 1 BF 99376 -42.20 0.40 2 BF 91751 23.21 4.64 1 B2 99376 -43.22 0.25 1 B1 91751 27.20 1.78 1 BF 99473 -27.90 0.74 1 BF 92122 8.20 0.38 1 B2 99675 1.00 5.00 1 B1 92175 -15.29 9.34 1 B2 99675 -7.70 1.78 1 BF 92175 -21.90 3.70 1 BF 99848 -5.70 3.70 1 BF 92512 -19.50 3.70 1 BF 99965 -33.00 3.70 1 BF 92512 -31.71 14.21 1 B2 100345 -19.00 0.74 1 BF 92757 36.00 2.40 1 BF 101093 -6.40 10.00 1 BF 92818 -13.13 2.62 1 B2 101227 -25.19 0.31 1 B2 92818 -23.30 1.78 1 BF 101382 -5.56 1.00 1 BF 93017 -45.82 0.69 1 B1 101382 -5.60 1.00 1 B1 93017 -47.30 0.30 4 BF 101382 -6.00 8.00 1 B2 93244 -45.90 1.78 1 BF 101382 -6.13 0.07 1 B1 93244 -49.53 1.54 1 B2 101750 -8.00 1.00 1 BF 568 A. Bartkevicius, Α. Gudas

Table 7 (continued)

σ HIP Vr ντ Ν Source* HIP vr °vT Ν Source* km/s km/s km/s km/s 101769 -24.10 7.40 1 BF 108195 1.00 3.00 1 BF 101769 -33.88 1.23 1 B2 108431 9.40 2.90 2 BF 101955 -39.20 3.70 1 BF 108478 40.00 4.00 1 BF 101955 -41.02 1.82 1 B2 108917 -10.70 3.70 1 BF 101958 -3.40 3.70 1 BF 109554 -2.70 3.70 1 BF 102589 -23.20 1.10 4 BF 110108 -9.88 0.05 1 B2 102782 -7.70 3.70 1 BF 110108 -10.60 0.80 2 BF 103055 -20.30 7.40 1 BF 110130 42.20 3.70 1 BF 103519 -21.28 0.42 1 B2 110893 -16.00 10.00 1 B2 103519 -22.60 3.70 1 BF 110893 -29.00 10.00 1 B2 103519 -29.48 4.89 1 B2 110893 -33.77 0.16 1 B2 103546 -38.11 0.28 1 B2 111062 1.00 0.74 1 BF 103546 -41.70 1.00 1 BF 111170 -9.59 1.00 1 BF 104019 23.80 1.78 1 BF 111200 4.00 3.70 1 BF 104214 -64.70 0.70 12 BF 111314 5.00 4.00 1 B2 104214 -66.00 5.03 1 B2 111314 -11.90 3.00 3 BF 104217 -57.90 10.00 1 B2 111805 -22.60 7.40 1 BF 104217 -64.50 0.10 11 BF 111965 12.00 0.50 2 BF 104486 -146.57 1.00 1 BF 111974 -10.50 10.00 1 BF 104771 -28.60 1.40 3 BF 112158 4.30 1.78 1 BF 104788 29.80 1.90 3 BF 112158 6.73 1.76 1 B2 104788 30.55 0.17 1 B2 112746 24.00 0.90 1 BF 104858 -15.77 1.00 1 BF 112915 -3.50 5.00 1 BF 104887 -20.90 0.80 4 BF 113031 -7.10 3.70 1 BF 104887 -23.12 1.28 1 B1 113048 6.70 10.00 1 BF 104978 -12.90 1.60 1 BF 113445 -21.50 2.10 5 BF 104987 -16.62 1.00 1 B1 113718 -42.46 0.26 1 B2 104987 -18.50 3.70 1 BF 113718 -44.30 1.00 1 B1 105200 11.00 5.40 2 BF 113718 -44.70 1.00 4 BF 105431 -19.00 7.40 1 BF 113718 -44.73 1.00 1 B1 105712 11.50 1.20 1 BF 113726 -40.00 1.00 1 BF 105881 1.35 1.50 1 B2 113860 -6.00 3.70 1 BF 105881 2.60 1.00 1 BF 113996 -22.10 1.90 2 BF 105969 -89.38 4.68 1 B2 114222 -1.46 15.25 1 B2 105969 -90.96 0.11 1 B2 114222 -17.70 1.78 1 BF 106032 -3.10 10.00 1 BF 114273 -17.80 1.78 1 BF 106032 -14.20 1.00 1 B1 114421 -4.20 1.78 1 BF 106255 -51.70 10.00 1 B2 114576 0.00 3.70 1 BF 106711 5.30 2.90 3 BF 114576 34.60 7.40 1 BF 106811 -13.40 1.00 5 BF 114962 12.40 1.00 4 BF 106811 -18.00 10.00 1 B2 114962 13.00 8.00 1 B2 106985 -31.20 0.74 1 BF 114962 13.40 1.00 1 B1 107162 -25.50 7.40 1 BF 114962 13.45 5.06 1 B2 107288 -56.80 1.78 1 BF 115126 10.32 0.26 1 B1 107354 -0.80 1.00 1 BF 115126 10.43 0.78 1 B2 107522 -7.00 3.00 1 BF 115126 10.80 7.40 1 BF 107788 -1.10 1.50 2 BF 116164 -12.20 1.78 1 BF 107818 -52.00 4.70 1 BF 116436 1.80 0.40 1 BF 108084 -7.00 1.78 1 BF 116849 -11.20 5.00 1 BF Kinematics of Hipparcos visual binaries. I. 569

Table 7 (continued)

HIP vr Ν Source* HIP vr Ν Source* km/s km/s km/s km/s 117607 28.51 0.06 1 B2 117666 12.00 1.78 1 BF 117607 28.90 2.00 1 Bl 117761 -6.30 0.80 3 BF 117607 28.97 1.00 1 BF

* Litereature sources of the radial velocities: BF: Barbier-Brossat & Figon (2000) Bl: M al aroda et al. (2000) B2: Bartkevieius (2000a) 570 A. Bartkevicius, Α. Gudas

Table 8. Mean values of the radial velocities.

HIP VT σνΓ Ν HIP vr σΚ Ν HIP Vr av Ν km/s km/s km/s km/s km/s km/r s 171 -37.63 0.05 3 10952 9.80 0.20 2 20894 37.61 5.59 2 443 -6.63 0.21 2 11231 0.70 3.70 1 20916 45.80 3.50 4 518 -11.62 0.17 5 11452 8.70 1.70 3 20935 39.80 3.70 1 677 -11.60 1.78 1 11542 -9.98 0.40 4 21123 40.30 3.70 1 999 -10.66 4.50 4 11548 41.04 0.15 3 21273 30.30 10.00 1 1242 -18.20 10.00 1 11569 1.20 1.78 1 21281 25.60 0.74 1 1349 -14.30 3.70 1 11840 -2.03 0.90 2 21594 41.40 1.00 2 2237 7.20 1.10 4 12114 25.70 0.02 7 21881 12.30 3.70 1 2533 -10.60 1.78 1 12153 8.00 0.90 2 22196 29.20 1.20 2 2548 16.50 1.78 1 12390 15.68 1.00 1 22505 42.34 1.00 1 2552 9.59 0.76 3 12421 39.90 1.78 1 22550 41.59 0.78 3 2762 8.91 0.37 2 12623 -22.91 0.04 3 22607 40.60 3.70 1 2912 8.40 0.74 1 12640 -6.00 4.20 2 23166 30.20 0.74 1 2941 18.61 0.42 5 12709 32.20 3.70 1 23395 -6.91 0.18 4 3092 -12.51 0.08 2 12717 -20.40 1.78 1 23416 -1.40 7.40 1 3504 -18.70 10.00 1 12719 13.00 10.00 1 23452 -16.98 0.46 3 3572 7.93 2.12 2 13055 20.20 0.38 2 23453 -11.72 5.69 4 3951 -2.31 0.69 2 13531 2.19 0.04 2 23786 21.91 11.91 4 4463 -10.30 1.78 1 14328 2.50 7.40 1 23835 20.42 0.06 8 5300 8.92 0.53 3 14576 3.05 0.18 2 23922 -110.30 1.00 1 5317 9.50 0.60 2 14879 -19.50 1.39 4 24436 20.30 0.70 2 5336 -98.01 0.16 5 14913 17.00 7.40 1 24608 29.30 0.59 3 5778 -15.20 7.40 1 15868 31.20 5.00 1 24727 -14.08 0.30 3 6486 7.00 1.78 1 16134 34.20 1.00 3 25092 80.40 1.10 4 6564 31.80 3.70 1 16369 14.83 0.06 3 25119 35.52 0.56 1 6867 26.00 1.78 1 16528 17.90 1.78 1 26001 9.80 1.78 1 7078 1.10 3.70 1 16602 -71.60 1.78 1 26241 28.10 0.81 2 7213 9.13 2.01 2 16628 -32.60 1.78 1 26563 -5.44 0.59 2 7372 31.50 0.02 2 16900 -41.23 4.82 2 26926 -1.40 2.10 2 7580 48.20 0.30 3 17296 -22.30 1.78 1 28360 -17.10 0.74 1 7918 3.21 0.21 5 17336 -4.18 4.81 2 28442 101.70 3.70 1 7981 -33.80 0.01 7 17440 51.10 3.70 1 28614 7.95 16.53 2 8514 21.50 3.00 2 17694 11.50 5.00 1 28691 2.42 4.84 2 8833 30.51 1.37 2 17846 -12.14 2.47 2 28734 21.00 5.00 3 8882 12.56 0.15 2 17847 13.04 6.72 2 29234 22.20 0.80 2 8903 -3.50 1.00 1 17932 14.61 4.61 2 29746 5.08 1.30 4 9236 18.89 3.09 3 17954 5.10 2.10 4 29850 14.50 1.20 3 9480 -8.50 10.00 1 18532 -0.57 0.77 2 29982 -24.90 1.78 1 9640 -11.50 0.40 5 19009 8.48 1.57 2 30060 -1.49 1.26 3 9727 -20.30 3.60 2 19508 27.60 0.20 1 30122 32.20 7.40 1 10064 15.20 1.78 1 19719 40.00 1.00 1 30277 -2.60 3.70 1 10324 -3.78 0.66 3 19812 -4.38 4.24 2 30501 17.20 1.78 1 10366 32.35 5.27 4 20070 4.20 8.40 2 30883 38.00 1.00 1 10403 -4.82 4.37 3 20087 35.20 1.67 2 30920 17.93 0.08 2 10514 -56.15 0.36 2 20215 38.40 0.30 5 30953 2.00 7.40 1 10535 -43.70 0.90 2 20347 21.30 0.43 3 31205 -3.45 0.23 3 10542 5.30 1.78 1 20661 39.30 0.80 5 31509 27.60 1.78 1 10644 0.88 2.31 3 20686 39.24 0.25 3 31737 8.10 3.50 2 10723 27.84 3.51 2 20885 36.76 1.21 5 31978 25.11 5.80 7 Kinematics of Hipparcos visual binaries. I. 571

Table 8 (continued) σ HIP v Ν HIP v σ Ν HIP v Ν r νΓ r νΓ r avr km/s km/s km/s km/s km/s km/s 32104 15.00 3.70 1 47250 6.00 6.80 1 61724 -20.30 0.04 3 32349 -6.39 0.47 3 47479 5.81 0.06 2 61880 -5.00 5.00 1 32578 10.83 0.07 2 47508 27.10 1.78 1 61932 -5.50 1.78 1 32761 25.50 3.70 1 47758 24.00 0.74 1 61941 -19.79 0.12 4 32768 34.08 0.23 2 48029 -3.70 1.78 1 62124 -3.61 0.29 2 32894 56.90 0.04 2 48348 24.20 1.50 2 62145 9.91 0.05 3 33142 -40.90 10.00 1 49166 2.25 2.73 2 62409 1.13 0.13 1 33449 10.06 0.63 2 49658 -8.00 1.78 1 63406 29.42 1.79 3 33451 10.10 3.70 1 49841 21.74 0.10 3 63503 -7.50 1.00 1 34608 -2.80 3.70 1 49929 -37.59 12.13 2 63510 -11.74 4.12 5 34860 -14.80 1.60 2 50805 16.74 1.37 2 63613 36.50 10.00 1 35550 4.10 7.40 1 51233 5.70 0.00 2 63742 -6.27 0.67 2 35785 4.20 3.70 1 51384 3.50 1.78 1 64241 -12.94 2.63 4 36042 37.70 0.54 2 51885 -22.40 1.10 2 64375 -21.00 7.40 1 36238 22.50 1.78 1 51986 21.20 0.74 1 64838 -17.18 6.96 2 36377 87.30 0.74 1 52085 16.20 7.40 1 65026 8.00 3.70 1 36850 5.23 0.40 2 52271 16.28 0.06 5 65069 2.70 3.30 1 37279 -3.17 0.08 7 52419 25.50 10.00 1 65135 7.10 0.00 2 38052 -8.44 9.47 2 53240 25.10 3.70 1 65203 6.50 2.00 1 38382 -17.91 3.61 2 53423 7.40 0.90 2 65378 -5.60 0.74 1 38474 -2.50 0.70 2 53763 -59.69 1.00 1 65417 -9.58 2.94 3 38538 8.00 1.78 1 54061 -10.00 0.04 3 65420 13.60 1.78 1 39261 -2.20 1.00 1 54155 18.44 0.17 2 65474 0.00 3.70 1 39953 12.00 3.70 1 54204 19.10 1.60 2 65783 14.90 1.78 1 40167 -9.90 0.60 3 54677 -7.00 4.60 2 66438 40.30 1.78 1 40239 9.74 3.06 2 55016 13.62 2.05 2 66458 -10.60 2.30 3 40326 13.50 10.00 1 55203 -13.60 0.22 4 66640 -25.90 1.90 2 41426 7.80 1.78 1 55266 -4.60 7.40 1 67234 -5.60 3.70 1 41489 -12.69 0.41 2 55425 9.40 3.70 1 67422 -20.48 0.41 7 41820 -15.37 0.04 2 55642 -11.48 0.01 2 67483 -12.00 7.40 1 42075 7.90 1.78 1 56290 -47.34 0.83 7 67927 0.11 1.20 3 42430 46.59 0.34 6 56528 12.00 10.00 1 68682 -11.59 0.01 2 42455 9.30 3.70 1 56675 -9.80 3.70 1 68756 -14.00 1.78 1 43109 34.53 0.47 2 56731 -14.55 1.00 1 69112 4.08 2.74 2 43671 -1.00 3.70 1 57363 15.96 0.49 3 69176 16.40 0.40 2 44127 6.80 10.00 1 57565 0.16 1.17 2 69226 9.10 1.78 1 44248 27.07 0.01 2 57791 13.40 7.40 1 69879 -21.47 0.34 2 45075 -8.70 0.74 1 57994 -35.70 0.40 2 69974 -5.40 7.40 1 45170 50.97 0.15 2 58113 -5.30 3.60 1 70327 -19.30 1.60 2 45383 8.50 1.70 2 58590 -10.40 7.40 1 70576 -0.60 1.60 2 45527 -7.70 3.70 1 58799 10.30 1.78 1 71094 -14.50 1.00 1 45571 32.30 0.74 1 59459 -15.80 0.01 2 71141 -16.00 5.40 1 45617 -19.62 1.00 4 59468 22.08 0.18 3 71469 -67.59 0.37 3 45999 23.19 0.86 2 59750 -0.64 1.95 6 71681 -19.64 0.06 1 46396 -29.69 1.49 2 59816 36.20 3.70 1 71683 -23.64 1.17 3 46404 55.86 1.00 1 59856 -40.40 0.00 2 71729 -0.02 0.04 2 46454 -6.90 0.05 2 60129 5.30 3.70 1 71914 -22.12 0.06 3 46651 8.80 1.78 1 60718 11.90 1.78 1 72217 -1.40 0.40 3 46706 6.90 0.41 3 60994 1.98 0.10 3 72479 -90.80 0.80 2 572 A. Bartkevicius, Α. Gudas

Table 8 (continued) σ HIP V Ν HIP Ν HIP σ r νΓ vr Vr νΓ Ν km/s km/s km/s km/s km/s km/s 72659 1.20 0.58 14 84140 -23.90 2.30 2 93574 24.50 0.20 1 72848 -20.40 0.40 1 84179 -54.80 1.78 1 93864 45.60 0.70 2 73182 29.05 0.50 2 84425 -54.10 1.78 1 93995 44.00 5.00 1 73199 6.20 3.70 1 84709 0.09 0.28 2 94144 29.40 1.00 3 73385 176.08 0.94 5 84949 -1.87 2.70 4 94252 28.00 3.70 1 73507 -8.50 1.78 1 85019 -9.70 1.50 2 94349 -36.60 10.00 1 73695 -30.05 1.06 4 85141 -37.70 1.78 1 94643 -26.80 7.40 1 74000 -7.00 2.70 2 85333 -6.05 6.05 2 94739 -36.80 3.70 1 74392 -14.20 10.00 1 85582 -8.60 1.00 1 95066 -18.12 1.09 2 74893 -19.60 1.78 1 85667 -77.34 0.01 2 95477 -43.40 1.60 2 75312 -7.21 0.71 3 85727 10.00 1.00 1 95501 -30.10 0.74 1 75379 -9.77 0.24 2 85749 -40.70 1.87 2 95769 -49.90 1.78 1 75389 -97.21 0.23 1 86032 10.35 0.08 3 95947 -24.22 0.29 5 75411 -12.10 1.70 2 86036 -13.75 4.08 12 95995 11.26 0.01 2 75415 -8.60 0.30 5 86221 -40.30 0.70 2 96302 -17.26 1.00 1 75695 -18.99 0.29 2 86373 0.83 2.33 2 96683 5.00 1.78 1 76041 -16.60 3.70 1 86400 21.20 0.80 3 96907 -32.00 1.78 1 76267 1.40 1.78 1 86722 22.50 1.10 3 97016 3.60 2.00 1 76382 -67.50 0.80 3 86974 -16.61 0.25 10 97222 4.40 0.13 2 76752 -23.00 3.70 1 87655 -41.00 7.40 1 97237 -11.80 10.00 1 76852 -17.80 1.00 3 87895 -33.33 1.96 4 97365 -6.67 0.23 2 76952 -12.10 0.80 3 87991 -17.90 3.70 2 98001 -20.50 10.00 1 77541 12.00 10.00 1 88404 -39.36 0.77 3 98416 30.22 0.03 3 77760 -56.34 0.15 8 88436 -12.00 3.70 1 99312 -9.74 0.18 3 78401 -7.90 3.10 2 88498 -9.10 2.20 1 99376 -42.93 0.46 3 78459 17.92 0.02 7 88601 -6.95 0.34 2 99473 -27.90 0.74 1 78662 -14.40 3.70 1 88637 -23.53 3.40 5 99675 -6.72 2.75 2 78727 -32.54 0.25 2 88715 1.40 2.80 1 99848 -5.70 3.70 1 78918 6.00 3.40 2 88728 32.00 3.70 1 99965 -33.00 3.70 1 79101 -16.75 0.05 2 88745 1.64 0.13 5 100345 -19.00 0.74 1 80112 2.50 1.00 1 88964 -9.26 4.18 2 101093 -6.40 10.00 1 80166 -1.60 1.78 1 89507 -27.00 13.70 1 101227 -25.19 0.31 1 80346 -4.50 10.00 1 89808 25.20 3.70 1 101382 -6.12 0.03 4 80725 -31.69 0.35 4 89937 20.11 6.37 3 101750 -8.00 1.00 1 80816 -32.32 0.77 2 90659 -141.00 1.78 1 101769 -33.62 1.58 2 81023 -51.26 0.39 4 91196 -23.00 3.70 1 101955 -40.67 0.72 2 81126 -10.90 1.78 1 91394 -19.30 1.40 2 101958 -3.40 3.70 1 81693 -70.25 0.22 4 91395 -42.50 1.78 1 102589 -23.20 1.10 4 81726 -31.40 0.90 1 91636 16.50 3.70 1 102782 -7.70 3.70 1 81754 0.56 0.27 2 91751 26.69 1.33 2 103055 -20.30 7.40 1 82020 -2.00 7.40 1 92122 8.20 0.38 1 103519 -21.36 0.50 3 82817 18.80 1.78 1 92175 -21.00 2.26 2 103546 -38.37 0.93 2 82860 -20.99 0.56 2 92512 -20.28 2.98 2 104019 23.80 1.78 1 83207 -24.20 3.70 1 92757 36.00 2.40 1 104214 -64.72 0.18 13 83575 12.51 0.10 3 92818 -20.09 4.73 2 104217 -64.50 0.07 12 83838 -31.50 1.50 2 93017 -47.06 0.54 5 104486 -146.57 1.00 1 83895 -17.00 3.70 1 93244 -47.98 1.80 2 104771 -28.60 1.40 3 84012 -2.40 0.30 2 93383 25.00 7.40 1 104788 30.54 0.07 4 84123 -2.10 10.00 1 93506 24.44 0.07 3 104858 -15.77 1.00 1 Kinematics of Hipparcos visual binaries. I. 573

Table 8 (continued)

HIP Vr <7vr Ν HIP Vr ayr Ν HIP Vr Oy Ν km/s km/s km/s km/s km/s km/s 104887 -21.52 1.00 5 108084 -7.00 1.78 1 113048 6.70 10.00 1 104978 -12.90 1.60 1 108195 1.00 3.00 1 113445 -21.50 2.10 5 104987 -16.75 0.47 2 108431 9.40 2.90 2 113718 -42.82 0.46 7 105200 11.00 5.40 2 108478 40.00 4.00 1 113726 -40.00 1.00 1 105431 -19.00 7.40 1 108917 -10.70 3.70 1 113860 -6.00 3.70 1 105712 11.50 1.20 1 109554 -2.70 3.70 1 113996 -22.10 1.90 2 105881 2.22 0.58 2 110108 -9.88 0.04 3 114222 -17.48 1.87 2 105969 -90.96 0.04 2 110130 42.20 3.70 1 114273 -17.80 1.78 1 106032 -14.09 1.10 2 111062 1.00 0.74 1 114421 -4.20 1.78 1 106255 -51.70 10.00 1 111170 -9.59 1.00 1 114576 6.92 13.84 2 106711 5.30 2.90 3 111200 4.00 3.70 1 114962 12.91 0.29 7 106811 -13.45 0.46 6 111314 -5.82 8.11 4 115126 10.33 0.03 3 106985 -31.20 0.74 1 111805 -22.60 7.40 1 116164 -12.20 1.78 1 107162 -25.50 7.40 1 111965 12.00 0.50 2 116436 1.80 0.40 1 107288 -56.80 1.78 1 111974 -10.50 10.00 1 116849 -11.20 5.00 1 107354 -0.80 1.00 1 112158 5.53 1.21 2 117607 28.51 0.02 3 107522 -7.00 3.00 1 112746 24.00 0.90 1 117666 12.00 1.78 1 107788 -1.10 1.50 2 112915 -3.50 5.00 1 117761 -6.30 0.80 3 107818 -52.00 4.70 1 113031 -7.10 3.70 574 A. Bartkevicius, Α. Gudas

Table 9. Kinematical parameters of stars with known radial velocities.

hip ϋ σϋ ν σν w σν vtot aVtot JG vt aVt km/s km/s km/s kra/s km/s km/s km/s km/s km/s km/s 171 1.55 0.54 -69.99 0.73 -25.28 0.52 82.33 0.24 0.40 73.23 0.27 443 4.14 0.47 16.67 0.89 19.74 0.63 17.98 0.65 0.15 16.71 0.70 518 -6.59 0.57 -16.47 0.77 5.57 0.57 27.34 0.38 0.10 24.75 0.41 677 5.69 0.82 -22.38 2.02 -8.62 1.40 32.09 0.89 0.13 29.92 0.65 999 -35.15 1.14 -39.05 3.68 -3.38 3.77 64.10 3.12 0.24 63.21 3.07 1242 1.29 0.90 -21.18 3.00 19.27 10.11 30.29 6.02 0.16 24.22 0.42 1349 -31.93 1.70 9.50 1.58 7.03 3.73 42.15 1.62 0.13 39.65 1.09 2237 34.26 0.84 0.74 0.79 -0.36 1.49 25.80 0.66 0.11 24.78 0.60 2533 -42.56 1.76 -36.54 2.48 10.01 2.15 67.17 5.70 0.25 66.33 5.77 2548 -7.75 2.73 6.79 2.23 -6.76 1.90 22.64 2.32 0.06 15.50 2.81 2552 -67.21 0.80 -28.60 1.25 -9.62 0.58 85.95 0.68 0.28 85.41 0.68 2762 -25.68 0.80 -15.22 1.15 -4.72 0.83 42.80 0.36 0.12 41.86 0.36 2912 -1.40 3.07 5.08 2.70 -0.19 2.92 13.59 2.69 0.03 10.68 3.38 2941 -76.50 0.56 -47.91 0.78 -17.04 0.82 104.36 0.49 0.37 102.68 0.49 3092 4.31 0.68 -18.42 0.92 2.54 0.59 24.74 0.49 0.10 21.34 0.57 3504 1.27 5.31 -24.66 9.09 1.59 7.37 31.61 7.56 0.13 25.48 5.83 3572 10.28 1.51 16.89 2.36 -0.20 1.09 13.84 1.31 0.10 11.34 0.59 3951 -18.25 1.05 -15.37 0.95 -7.85 4.35 38.05 5.50 0.11 37.98 5.51 4463 32.78 1.43 -1.55 1.53 0.91 1.59 24.58 1.36 0.11 22.32 1.25 4624 194.05 5.01 -173.75 4.64 -10.28 2.48 257.30 9.61 1.12 235.52 10.47 5300 0.78 1.02 -0.40 1.39 -1.51 0.96 13.86 0.48 0.01 10.61 0.45 5317 -30.53 0.87 -18.92 1.47 -9.41 0.74 50.00 2.12 0.15 49.09 2.16 5336 -32.67 0.45 -152.38 0.80 -28.01 0.53 167.01 0.51 0.83 135.22 0.61 5778 41.61 4.37 -1.73 4.24 3.51 6.11 32.57 4.65 0.14 28.80 3.52 6486 -24.14 1.60 -13.88 2.07 -13.47 0.59 44.23 0.65 0.14 43.68 0.59 6564 -4.68 1.60 8.80 1.54 -21.40 3.85 32.35 3.64 0.14 5.93 0.34 6867 59.63 1.37 -51.48 1.28 0.73 2.08 75.61 3.12 0.34 71.00 3.26 7078 -7.70 2.58 -5.21 3.56 -0.08 0.88 21.79 0.41 0.04 21.76 0.37 7213 14.64 0.70 -2.96 1.18 -0.41 2.36 12.08 1.57 0.05 7.91 0.58 7372 -6.71 0.88 3.44 0.94 -22.72 0.41 34.31 0.25 0.14 13.61 0.63 7580 -51.80 1.47 -1.17 1.88 -23.75 0.97 69.41 0.76 0.23 49.94 1.01 7918 -27.76 0.54 -25.74 0.76 5.70 0.48 48.84 0.19 0.17 48.73 0.19 7981 44.65 0.48 -19.66 0.69 9.89 0.47 42.73 0.11 0.19 26.15 0.19 8514 -14.93 0.69 25.50 1.47 -19.81 3.28 41.99 1.66 0.19 36.07 0.74 8833 -12.01 1.14 14.04 0.97 -13.73 1.56 31.64 1.33 0.12 8.37 0.41 8882 29.07 1.49 2.20 1.09 -5.42 0.53 23.06 1.09 0.10 19.34 1.29 8903 8.65 1.01 -7.54 1.08 4.57 1.04 13.08 0.28 0.06 12.60 0.07 9236 -8.01 1.02 -21.00 2.32 -2.51 2.89 33.24 1.78 0.11 27.35 0.33 9480 21.62 6.59 4.55 8.32 1.85 2.17 12.81 6.64 0.08 9.58 0.43 9640 2.57 0.52 -27.41 2.11 -6.77 1.37 36.25 2.61 0.15 34.38 2.75 9727 4.07 2.61 -22.87 3.43 -0.97 1.61 29.83 2.54 0.12 21.86 0.93 10064 -18.89 1.63 -6.88 1.68 2.59 1.11 31.65 1.11 0.07 27.76 0.82 10324 23.17 1.57 8.75 1.25 3.19 1.72 14.22 1.89 0.09 13.70 1.95 10366 -88.15 4.39 -53.88 4.96 -13.38 3.01 116.39 5.76 0.42 111.81 5.80 10403 23.64 3.53 7.73 3.52 -7.06 1.54 19.89 1.18 0.10 19.30 0.55 10514 60.42 2.87 -28.70 1.44 -13.56 16.29 64.21 5.70 0.27 31.14 11.73 10535 58.68 1.06 -14.26 0.90 9.38 1.01 52.47 0.81 0.22 29.04 0.57 10542 19.45 1.12 -2.16 0.99 -1.46 2.06 14.79 0.73 0.07 13.80 0.37 10644 -30.35 2.05 -39.27 1.89 15.42 1.37 60.61 0.56 0.25 60.60 0.55 Kinematics of Hipparcos visual binaries. I. 575

Table 9 (continued)

HIP υ σν ν σν w aw vtot aVtot fG vt aVt km/s km/s km/s km/s km/s km/s km/s km/s km/s km/s 10723 -55.94 2.51 14.59 1.35 19.99 3.31 67.82 1.94 0.24 61.84 1.42 10952 -2.00 0.97 -19.49 2.03 -47.87 1.27 61.53 5.48 0.32 60.75 5.55 11231 -24.77 1.03 -6.42 1.97 15.37 3.79 37.55 0.76 0.13 37.55 0.76 11452 -8.19 1.48 16.26 1.08 12.80 1.74 22.01 0.74 0.12 20.22 0.32 11542 -20.36 1.09 -29.19 1.77 41.48 1.54 57.26 3.15 0.31 56.39 3.20 11548 -15.36 0.42 37.34 0.84 -7.33 0.58 43.44 0.19 0.21 14.24 0.37 11569 15.21 1.62 10.87 1.94 11.70 0.84 8.92 0.46 0.11 8.84 0.40 11840 25.25 1.24 13.63 0.90 -5.50 1.86 21.57 2.11 0.12 21.47 2.12 12114 -66.54 0.70 5.56 1.00 39.47 0.67 83.07 0.57 0.33 78.99 0.60 12153 -20.71 1.01 -33.68 0.86 11.42 1.01 49.73 0.26 0.20 49.08 0.22 12390 8.96 3.75 -35.81 4.51 -7.33 2.05 43.52 5.43 0.20 40.60 5.81 12421 0.22 0.64 -41.07 3.28 -41.32 1.66 67.75 3.45 0.34 54.76 4.07 12623 28.62 0.48 -16.83 0.64 -4.65 0.51 31.18 0.24 0.13 21.15 0.36 12640 11.55 3.38 -21.07 2.72 0.38 2.59 27.19 2.54 0.12 26.52 2.42 12709 -37.11 3.13 -9.91 1.82 3.23 2.58 49.63 2.50 0.14 37.77 0.89 12717 4.09 2.12 -6.36 2.18 43.88 2.19 38.91 1.62 0.28 33.14 1.55 12719 -1.77 8.09 4.89 5.19 -1.27 5.57 14.50 8.99 0.03 6.42 1.40 13055 -38.84 2.41 10.56 2.63 -27.75 2.11 60.29 1.34 0.22 56.81 1.42 13531 8.38 0.94 6.37 1.24 5.21 1.11 2.82 0.28 0.05 1.78 0.44 14328 7.55 6.22 5.96 5.14 5.78 1.11 2.93 6.32 0.05 1.53 0.30 14576 7.28 0.56 6.39 0.73 6.42 0.52 3.07 0.18 0.06 0.38 0.11 14879 -27.43 0.92 22.52 1.10 38.58 1.59 51.83 0.54 0.28 48.02 0.15 14913 -1.59 1.68 -16.16 4.53 2.36 6.62 24.78 5.12 0.09 18.03 0.96 15868 -18.60 2.81 -56.19 2.67 6.24 4.28 67.74 3.41 0.31 60.12 2.83 16134 -36.20 1.17 -13.70 1.18 1.23 1.27 50.27 1.03 0.14 36.85 1.05 16369 -6.62 0.53 -0.25 1.10 3.90 0.52 17.80 0.68 0.03 9.84 1.23 16528 -17.34 6.18 20.41 5.05 8.64 6.02 31.31 10.85 0.13 25.69 13.16 16602 70.56 1.82 -33.83 1.67 16.58 0.62 72.66 1.76 0.31 12.37 0.35 16628 13.92 1.38 32.82 1.61 30.49 1.89 36.34 1.63 0.26 16.07 0.79 16900 63.13 4.67 19.24 2.30 3.44 1.91 55.08 3.80 0.23 36.52 1.82 17296 39.69 1.78 5.91 1.75 8.34 0.72 29.72 1.35 0.15 19.65 0.28 17336 19.57 4.55 17.48 1.32 2.32 2.75 16.32 1.30 0.11 15.77 0.44 17440 -14.60 0.98 -58.16 3.24 -5.33 2.94 69.11 2.77 0.31 46.53 0.67 17694 -1.16 4.81 -15.46 3.17 -6.48 2.32 27.17 3.46 0.09 24.62 3.02 17846 23.34 2.60 6.66 1.91 14.04 1.27 15.06 2.05 0.12 8.92 0.82 17847 -2.82 6.39 -16.87 3.01 -8.30 2.46 29.86 4.13 0.10 26.86 3.23 17932 2.63 4.45 16.48 2.50 -16.77 2.35 27.50 3.05 0.14 23.30 2.14 17954 3.84 2.32 -23.64 1.65 -8.80 1.58 33.55 1.10 0.14 33.16 1.07 18532 4.14 1.41 -13.81 3.10 -0.29 1.33 21.26 2.92 0.07 21.25 2.92 19009 4.30 2.29 -5.85 7.78 -7.15 6.98 18.98 9.48 0.06 16.99 10.57 19508 5.18 0.72 -45.24 1.01 -12.90 0.65 54.51 0.45 0.25 47.01 0.51 19719 -24.70 1.27 3.29 0.78 -12.63 0.92 40.02 1.00 0.12 1.10 0.14 19812 6.85 4.37 -11.89 3.68 -2.16 1.80 19.74 3.31 0.07 19.25 3.26 20070 -9.15 7.96 -23.17 4.96 2.99 1.99 34.49 3.12 0.13 34.23 2.97 20087 -29.69 1.96 -14.63 0.82 6.92 1.00 44.37 1.33 0.13 27.01 0.19 20215 -31.59 0.75 -13.51 1.27 5.45 0.94 45.63 0.31 0.13 24.65 0.34 20347 5.88 0.94 -19.87 1.53 -2.30 1.42 27.13 0.66 0.11 16.80 0.91 20661 -31.71 1.14 -13.71 0.99 5.02 0.78 45.85 0.71 0.13 23.62 0.36 20686 -31.87 0.63 -12.27 0.92 4.84 0.53 45.43 0.35 0.13 22.90 0.54 576 A. Bartkevicius, Α. Gudas

Table 9 (continued)

HIP υ συ V σν W aw Vtot °Vtot fG Vt km/s km/s km/s km/s km/s km/s km/s km/s km/s km/s 20885 -30.04 1.55 -13.42 1.46 8.39 1.18 44.17 1.04 0.13 24.48 0.50 20894 -30.28 5.58 -14.29 1.05 6.78 2.46 44.75 4.72 0.13 24.24 0.92 20916 -37.49 3.65 -12.43 1.73 2.76 1.65 50.85 3.29 0.14 22.10 2.13 20935 -31.90 3.85 -12.44 1.16 4.62 1.64 45.53 3.27 0.13 22.11 1.01 21123 -32.55 3.86 -12.91 1.46 5.44 1.47 46.27 3.32 0.13 22.74 1.64 21273 -22.87 9.68 -14.62 1.34 9.61 4.04 38.46 7.92 0.12 23.69 1.37 21281 0.78 0.58 -22.41 1.16 0.74 0.90 29.82 0.64 0.12 15.29 0.22 21594 3.25 1.19 -23.16 1.06 -35.08 1.05 51.35 0.90 0.25 30.38 0.66 21881 -0.42 3.99 -0.45 2.96 -2.68 2.50 15.44 3.11 0.02 9.33 1.62 22196 -12.40 1.55 32.47 1.23 20.80 0.88 37.82 1.04 0.22 24.03 0.75 22505 -33.00 1.32 -13.16 1.39 6.27 1.03 46.76 1.15 0.14 19.85 1.66 22550 -32.04 1.13 -14.31 0.95 7.06 0.79 46.35 0.71 0.14 20.45 0.26 22607 -31.42 3.90 -13.41 1.73 7.75 2.20 45.41 3.40 0.14 20.33 1.78 23166 -25.04 1.13 22.54 1.51 -20.68 1.33 48.02 0.91 0.19 37.33 1.01 23395 16.66 0.59 10.44 1.82 11.35 1.31 9.44 1.02 0.11 6.43 1.49 23416 8.56 8.93 -3.77 15.44 1.26 12.71 10.86 3.96 0.04 10.77 3.88 23452 28.54 0.70 12.69 0.87 9.39 0.67 20.12 0.40 0.13 10.79 0.16 0.13 23453 14.48 6.11 -23.61 6.64 0.03 2.84 30.03 5.51 27.65 5.48 0.22 1.15 23786 -8.80 11.78 -38.10 2.26 12.34 3.48 47.48 5.59 42.13 0.25 0.60 23835 -15.98 0.46 -18.51 0.70 35.73 0.51 45.29 0.53 40.42 1.03 23922 44.91 2.95 -133.37 7.73 -117.72 8.39 189.80 16.80 154.46 20.63 0.03 24436 -5.89 3.46 -5.41 4.11 2.52 20.42 0.70 2.19 0.92 0.00 0.10 24608 -25.94 0.96 -8.80 0.78 -1.74 0.46 39.59 0.44 26.63 0.04 0.27 24727 18.81 -47.25 55.97 5.60 0.83 3.05 -15.22 2.64 57.71 5.43 0.96 25092 -57.08 -133.61 160.77 28.11 8.33 13.02 99.63 5.34 179.75 25.14 0.12 25119 -16.18 0.96 -19.97 1.22 -5.51 1.08 38.48 0.57 0.09 14.79 0.60 26001 10.91 1.37 -9.29 2.16 11.67 1.58 15.19 1.35 0.07 11.61 0.92 26241 -12.56 2.27 -10.82 2.88 0.74 2.05 28.42 0.82 0.07 4.23 1.19 26563 21.08 0.97 1.84 0.81 1.60 0.97 12.86 1.05 0.12 11.66 1.13 26926 2.90 2.12 14.42 1.72 15.54 1.35 14.31 0.57 0.09 14.25 0.54 28360 26.03 1.11 4.79 0.77 -1.78 0.56 18.38 0.69 0.40 6.73 0.16 28417 -88.09 0.48 -43.15 2.53 -23.38 3.14 113.56 3.49 0.47 54.80 7.23 28442 -117.60 3.58 -21.21 4.08 -36.85 3.53 137.55 3.52 0.04 92.61 3.29 28614 5.33 15.96 -5.15 5.87 4.89 2.24 11.59 11.34 0.14 8.44 0.38 28691 12.70 5.68 -23.69 13.48 4.99 7.57 29.10 15.55 29.00 15.60 28734 0.11 -8.25 5.36 -19.89 1.24 -5.98 0.65 33.71 3.12 0.18 26.37 0.23 29234 -13.69 0.92 -13.64 1.19 25.41 0.71 35.33 0.53 0.10 27.48 0.22 29746 -1.03 1.56 14.38 1.37 9.93 0.64 14.61 1.03 0.10 13.70 0.98 29850 3.90 1.53 -18.95 1.12 -1.87 1.01 26.51 0.66 0.14 22.19 0.08 29982 40.40 2.08 -3.04 1.53 -1.13 0.86 32.58 2.02 0.08 21.01 2.32 30060 13.79 9.20 0.12 5.35 0.26 30122 1.49 1.15 7.84 0.88 5.55 0.42 0.10 4.33 0.37 30277 -7.38 4.19 -21.44 6.49 0.56 2.89 32.49 7.33 0.07 0.91 30501 26.09 2.11 4.68 3.63 -5.18 1.76 20.31 1.02 20.14 0.10 0.73 30883 -6.54 2.24 0.81 7.24 10.24 3.80 17.39 1.76 2.53 -25.97 1.36 -10.38 1.18 2.28 1.39 39.51 1.08 0.12 10.83 1.77 30920 0.08 30953 3.60 0.47 -19.02 0.67 11.81 0.44 25.47 0.08 0.11 18.09 0.08 0.22 31205 19.24 1.71 9.34 7.24 -11.00 3.40 20.82 0.74 20.73 0.14 0.48 31509 8.24 0.97 14.07 1.18 1.15 0.84 10.88 0.46 10.32 9.77 1.87 -18.12 2.19 -16.48 1.25 33.23 1.62 18.51 1.20 Kinematics of Hipparcos visual binaries. I. 577

Table 9 (continued)

HIP υ συ ν σν w aw vtot aVtot fG vt aVt km/s km/s km/s km/s km/s km/s km/s km/s km/s km/s 31737 0.04 3.83 -0.12 2.21 -5.02 2.13 16.64 2.49 0.03 14.53 2.08 31978 -12.15 5.90 -7.12 4.51 5.22 3.14 25.43 5.73 0.06 4.01 1.22 32104 -0.43 3.94 -14.74 1.91 2.56 0.58 22.98 2.78 0.08 17.40 1.83 32349 23.56 0.71 3.95 0.94 -4.46 0.48 17.92 0.18 0.09 16.74 0.07 32578 1.70 0.73 -2.17 1.17 -3.15 1.15 15.18 0.80 0.02 10.63 1.13 32761 -6.89 1.67 -17.56 4.02 0.02 1.82 29.24 3.29 0.10 14.31 1.26 32768 23.21 0.90 -30.69 0.83 -1.62 0.56 39.25 0.37 0.18 19.47 0.63 32894 -45.58 0.85 -33.13 0.87 18.93 0.88 68.52 0.29 0.26 38.18 0.52 33142 26.03 8.69 -61.31 4.49 2.39 4.42 68.58 6.01 0.33 55.05 0.98 33449 -12.21 1.08 -17.93 1.39 5.30 1.23 32.12 0.97 0.11 30.51 1.00 33451 0.34 1.88 0.35 3.87 -0.84 1.36 13.47 2.78 0.01 8.92 0.33 34608 16.68 3.78 -74.81 2.17 -68.49 2.58 110.35 4.17 0.58 110.31 4.17 34860 26.08 1.91 -12.23 1.00 -2.03 0.87 25.45 0.97 0.11 20.70 0.33 35550 5.75 7.25 4.01 2.62 6.66 2.60 4.45 6.83 0.05 1.73 0.91 35785 -2.58 3.61 -11.82 1.76 3.15 2.55 21.55 1.07 0.07 21.14 0.80 36042 -19.67 1.02 -16.01 1.08 18.00 1.36 38.04 0.55 0.15 5.08 1.03 36238 -10.56 2.06 -17.34 1.20 -1.62 1.39 31.76 1.36 0.10 22.41 0.70 36377 -62.17 1.05 -66.28 1.33 -3.08 1.04 102.09 0.96 0.41 52.93 1.40 36850 -0.99 0.77 -1.78 0.73 -7.64 0.66 19.74 0.39 0.05 19.03 0.39 37279 14.68 0.46 -3.69 0.63 -11.36 0.44 21.10 0.07 0.09 20.86 0.06 38052 7.52 7.92 -8.41 3.84 -4.23 5.17 17.95 4.46 0.06 15.84 0.35 38382 35.95 2.60 5.05 3.44 -12.35 0.91 32.49 2.01 0.14 27.11 0.33 38474 13.11 0.92 3.95 1.09 0.88 0.76 7.15 0.32 0.05 6.70 0.22 38538 -1.51 1.96 -4.01 1.49 -2.83 1.42 17.83 1.35 0.03 15.94 1.21 39261 0.36 1.22 -1.55 1.15 -6.88 0.94 18.36 0.44 0.04 18.22 0.43 39953 -5.48 3.65 -4.87 4.24 5.90 1.99 18.51 2.84 0.05 14.10 2.01 40167 25.82 0.92 -7.45 0.94 2.86 0.66 20.71 0.49 0.10 18.19 0.45 40239 20.69 1.51 -23.33 2.96 -30.20 2.02 48.24 2.60 0.24 47.25 2.58 40326 42.16 2.87 -15.86 10.35 6.98 1.41 38.45 3.89 0.17 36.00 1.78 41426 5.73 0.93 1.37 2.37 -19.99 1.19 27.79 0.94 0.13 26.67 0.83 41489 39.10 2.16 -3.98 1.95 4.25 2.01 30.66 2.71 0.13 27.91 2.97 41820 21.63 0.81 8.64 1.04 -2.49 0.98 15.53 0.09 0.09 2.19 0.58 41822 -38.48 3.54 -44.29 2.56 -18.31 4.62 73.82 6.63 0.29 59.24 8.26 42075 37.97 0.92 -13.71 2.30 -19.96 0.62 43.33 0.33 0.19 42.61 0.08 42430 -51.29 0.65 -16.77 0.91 19.33 0.49 66.23 0.32 0.23 47.07 0.30 42455 -19.20 1.73 1.25 4.21 -12.32 1.55 35.34 1.52 0.10 34.10 1.22 43109 -37.61 1.32 -17.80 1.51 -14.49 1.46 57.15 1.01 0.18 45.54 1.22 43671 14.30 0.94 6.20 4.29 0.65 0.87 7.90 0.74 0.06 7.83 0.58 44127 -16.74 7.88 -7.73 1.72 -10.79 6.94 34.73 2.00 0.10 34.06 0.40 44248 -35.54 0.47 -10.40 0.66 -3.68 0.48 49.35 0.12 0.13 41.26 0.15 45075 24.85 0.87 -8.10 0.88 17.12 0.93 22.26 0.57 0.14 20.49 0.54 45170 -65.74 0.62 3.54 0.67 8.88 0.55 75.78 0.35 0.23 56.08 0.45 45383 -1.98 1.38 0.61 1.63 5.19 1.35 12.99 1.13 0.03 9.82 0.24 45527 19.83 2.21 12.00 3.43 11.43 2.25 12.68 2.35 0.12 10.07 0.86 45571 9.34 0.82 -23.72 1.29 -15.82 0.84 36.97 0.70 0.16 17.99 0.56 45617 33.96 1.10 -31.62 0.84 -9.39 1.09 46.96 0.46 0.21 42.66 0.22 45999 -7.52 1.32 -19.65 1.85 -0.64 2.04 31.40 1.71 0.11 21.17 2.36 46396 10.81 1.13 30.78 2.07 -16.73 1.67 35.03 1.49 0.20 18.60 1.51 46404 -34.59 0.70 -44.84 1.62 5.68 1.49 67.04 1.30 0.27 37.07 1.82 578 A. Bartkevicius, Α. Gudas

Table 9 (continued)

HIP υ σν V σν W σ w Vtot Vvtot /G Vt Ovt km/s km/s km/s km/s km/s km/s km/s km/s km/s km/s 46454 19.83 0.99 9.11 1.20 8.37 0.95 10.65 0.56 0.10 8.11 0.74 46651 -4.11 0.54 -3.54 2.36 2.65 0.65 17.21 0.92 0.03 14.79 0.13 46706 33.04 0.55 2.27 0.94 35.55 0.61 36.65 0.37 0.25 36.00 0.36 47250 0.94 4.95 -32.47 1.85 11.02 5.37 38.93 4.62 0.18 38.47 4.56 47479 0.07 1.83 -1.95 0.77 0.50 1.66 13.95 1.71 0.01 12.69 1.88 47508 -22.35 1.23 -17.54 1.55 4.42 1.66 39.64 1.49 0.12 28.93 1.17 47758 -29.20 2.66 -12.50 1.23 10.33 2.15 43.13 2.61 0.13 35.83 3.11 48029 -3.29 1.45 3.39 2.22 -9.30 1.80 21.27 1.90 0.06 20.94 1.90 48348 -18.83 2.23 -20.83 2.08 7.95 1.84 38.85 2.16 0.14 30.39 2.49 49166 -46.85 1.12 8.47 3.20 15.83 1.02 57.59 0.93 0.19 57.55 0.93 49658 1.15 1.12 -23.83 1.95 -14.38 1.89 37.24 1.98 0.15 36.37 1.99 49841 -14.56 1.06 -26.25 1.03 -8.63 1.07 42.93 1.09 0.16 37.02 1.26 49929 41.67 5.91 13.88 6.10 -17.98 9.72 41.39 11.03 0.19 17.31 1.03 50805 -1.55 0.67 -7.53 1.86 19.13 0.96 20.92 1.10 0.13 12.55 0.15 51233 -9.70 1.03 -23.12 1.10 -0.12 0.80 35.26 0.73 0.13 34.80 0.74 51384 -14.15 1.37 -3.35 1.86 1.50 1.24 26.25 1.04 0.05 26.01 1.02 0.15 51885 19.81 1.00 18.62 1.61 -15.39 1.08 28.05 0.92 16.88 0.44 0.10 51986 0.18 0.55 -19.39 1.32 2.10 0.54 26.97 0.60 16.67 0.23 0.11 52085 -23.90 1.70 -11.16 6.56 6.43 4.62 37.65 3.71 33.99 2.12 0.23 52271 -42.90 0.72 -26.81 0.66 -19.24 0.93 67.25 0.19 65.25 0.20 0.13 52419 5.13 3.87 -23.60 10.00 6.07 1.81 29.23 8.74 14.29 1.11 0.27 53240 -21.57 2.71 -47.28 3.49 -10.77 3.69 63.83 3.91 58.68 3.95 0.17 53423 26.24 0.70 6.62 1.18 21.74 1.13 21.84 0.45 20.55 0.35 0.35 -52.53 26.16 4.01 53763 21.60 1.84 -18.15 3.16 0.64 65.17 1.85 0.08 -7.47 0.38 54061 -5.75 0.41 -11.89 0.76 0.49 27.48 0.36 0.12 25.60 6.73 23.98 0.11 54155 -4.11 0.43 -21.55 0.73 0.54 30.25 0.13 0.15 -0.32 39.94 0.43 54204 -21.98 0.53 -24.47 1.98 1.20 44.27 0.79 0.37 -10.48 99.92 54677 108.39 3.39 -1.07 3.50 2.59 100.16 4.45 0.12 4.45 17.46 55016 8.59 3.13 -5.52 2.47 2.57 14.90 1.99 0.13 6.05 1.63 -10.65 55203 8.02 1.33 -20.96 1.59 0.81 31.73 0.92 0.09 28.67 1.01 0.35 55266 4.38 3.20 -16.87 0.98 7.25 23.78 1.50 0.05 23.34 0.44 55425 -1.89 1.87 -9.87 4.07 1.06 1.04 20.15 2.08 17.82 1.31 -0.21 0.11 55642 30.10 1.01 8.69 1.11 0.65 21.71 0.56 0.23 18.42 0.66 -25.06 56290 31.94 0.78 -24.41 0.93 1.07 48.98 0.80 0.17 12.55 0.07 -18.65 56528 25.74 2.67 -18.65 9.16 5.04 38.53 3.17 0.06 36.62 0.60 2.05 56675 -16.94 2.11 3.55 3.76 1.28 27.48 1.44 0.15 25.67 0.62 -8.81 56731 -8.55 1.08 -26.77 1.59 1.38 40.28 0.73 0.10 37.56 0.67 7.20 57363 -0.36 0.72 -17.85 1.06 0.53 25.27 0.48 0.14 19.59 0.47 -4.45 57565 -31.32 0.75 -15.97 1.13 1.53 47.87 2.86 0.12 47.87 2.86 57791 11.33 1.00 -2.16 4.90 18.34 6.43 13.42 7.39 0.23 0.64 0.22 57994 20.77 1.14 -42.07 1.52 1.93 1.29 48.77 0.83 0.07 33.23 1.14 58113 -15.93 1.06 -5.79 2.71 -4.21 3.67 30.38 4.69 0.07 29.92 4.72 58590 17.10 1.30 -1.79 3.91 -7.26 7.20 17.56 4.54 0.30 14.15 1.46 58799 -53.48 1.36 -42.66 2.18 -12.31 1.21 81.86 1.52 0.16 81.21 1.51 59459 45.87 4.21 3.24 2.96 -5.46 0.93 38.09 5.11 0.29 34.65 5.61 59468 -13.08 8.56 -47.34 9.40 21.54 1.27 59.15 12.09 0.54 54.87 13.04 59750 62.32 0.97 -63.37 1.70 -58.44 1.92 108.38 2.47 0.29 108.38 2.47 59816 -24.27 2.63 -39.47 3.26 30.31 3.91 60.86 5.00 0.34 48.92 5.59 59856 18.89 3.14 -51.39 3.50 -31.06 0.89 68.88 3.95 55.79 4.88 Kinematics of Hipparcos visual binaries. I. 579

Table 9 (continued)

HIP υ συ ν σν w aw vtot aVtot fG vt aVt km/s km/s km/s km/s km/s km/s km/s km/s km/s km/s 60129 -5.57 1.12 -13.47 2^38 5^82 3.65 24.35 1.05 0.08 23.76 0.70 60718 2.32 1.29 -12.95 2.14 -1.30 1.30 21.46 1.41 0.07 17.86 1.21 60994 -13.27 0.82 -15.63 0.89 1.99 0.57 31.66 0.50 0.09 31.60 0.50 61724 -15.95 1.33 -12.53 1.59 -14.91 0.51 38.43 2.56 0.13 32.63 3.01 61880 73.97 3.51 -0.13 3.26 13.26 5.29 64.48 4.63 0.26 64.28 4.62 61932 -23.00 1.37 -9.12 2.10 4.02 1.19 36.11 0.50 0.09 35.69 0.42 61941 -25.50 0.47 -2.16 0.66 -9.85 0.51 40.06 0.10 0.11 34.84 0.09 62124 -41.55 2.99 -51.14 3.26 3.98 0.57 76.43 5.50 0.30 76.35 5.50 62145 -9.28 0.62 -16.01 0.91 20.87 0.49 31.76 0.45 0.16 30.17 0.47 62409 -50.41 1.52 -45.03 2.15 5.31 0.74 78.59 1.11 0.29 78.58 1.11 63406 -27.22 1.24 13.49 1.28 31.16 2.13 45.03 1.49 0.23 34.09 1.22 63503 22.36 0.65 9.45 1.03 0.04 1.27 14.91 0.51 0.09 12.88 0.09 63510 -19.69 1.10 -12.55 1.40 -3.20 4.38 36.12 1.45 0.10 34.16 0.60 63613 58.21 5.91 -5.13 8.82 -2.73 1.92 50.30 7.28 0.20 34.61 0.79 63742 2.10 0.86 -19.96 1.23 -9.57 0.96 31.25 0.86 0.12 30.62 0.87 64241 -28.19 0.86 -4.90 0.74 -0.95 2.99 40.34 0.93 0.10 38.21 0.43 64375 -32.13 4.16 -3.42 5.33 -1.70 4.92 43.91 4.65 0.11 38.57 3.44 64838 -14.49 2.85 -5.59 2.97 -6.69 6.53 30.15 3.99 0.07 24.78 0.54 65026 13.24 0.86 10.02 1.87 14.44 3.85 9.29 3.19 0.11 4.72 0.10 65069 25.37 0.93 -20.42 1.47 5.23 3.63 29.94 2.02 0.14 29.82 2.01 65135 -21.50 0.98 -7.86 1.16 16.01 0.55 35.22 1.38 0.13 34.50 1.41 65203 -10.53 0.59 -22.35 3.23 10.08 2.66 34.48 4.23 0.14 33.86 4.29 65378 23.45 0.57 9.21 0.92 1.69 1.05 15.08 0.34 0.09 14.00 0.21 65417 -14.83 2.83 23.54 2.85 6.30 3.29 30.88 4.38 0.14 29.35 4.51 65420 35.09 1.24 9.84 1.20 13.25 1.91 26.22 1.21 0.15 22.42 0.92 65474 2.02 1.94 -12.58 2.49 1.85 3.27 20.21 1.42 0.07 20.21 1.42 65783 -1.33 1.51 -21.99 2.04 7.47 0.67 29.46 1.53 0.12 25.41 1.44 66438 51.96 1.54 -13.35 2.01 -15.35 0.94 51.12 1.44 0.21 31.45 0.50 66458 -15.97 1.09 -8.71 0.82 0.74 2.63 30.16 1.50 0.07 28.24 1.35 66640 -19.03 1.00 -12.50 0.91 -12.67 2.19 39.38 1.32 0.12 29.67 0.57 67234 8.84 2.81 8.86 3.31 -4.63 1.24 12.43 1.80 0.06 11.10 0.77 67422 -10.72 0.54 -19.41 0.73 -6.71 0.80 35.05 0.26 0.12 28.44 0.13 67483 -14.27 1.41 -7.88 2.45 0.10 7.53 28.47 3.37 0.06 25.82 1.42 67927 19.29 0.75 -11.84 0.69 4.97 1.55 19.53 0.17 0.09 19.53 0.17 68682 23.90 0.55 -8.30 0.74 -12.22 0.46 27.44 0.10 0.12 24.87 0.12 68756 -18.78 19.59 7.43 51.81 29.04 67.82 36.19 59.08 0.20 26.52 1.32 69112 -21.76 2.32 2.08 2.12 -1.21 1.75 33.00 2.47 0.07 32.74 2.46 69176 34.95 1.02 0.30 1.11 -8.48 0.86 29.87 0.72 0.13 24.97 0.82 69226 16.32 0.84 -3.79 0.95 16.50 2.09 14.39 1.15 0.12 11.15 0.33 69879 4.41 0.76 2.65 1.00 -13.90 0.74 21.98 0.34 0.09 4.70 0.31 69974 0.61 5.15 9.66 2.97 10.13 5.57 10.81 3.73 0.08 9.36 0.52 70327 -13.53 1.34 -11.46 1.35 -2.50 1.84 30.42 1.03 0.08 23.52 0.22 70576 13.36 1.60 8.37 1.71 2.71 1.53 6.44 0.57 0.06 6.41 0.55 71094 -3.74 0.91 -19.41 1.12 2.22 1.33 28.62 0.63 0.10 24.68 0.43 71141 3.24 3.41 11.17 1.38 -7.09 4.90 16.90 5.12 0.07 5.44 0.49 71469 -144.96 2.31 -27.13 3.33 51.43 2.40 164.36 4.33 0.60 149.82 4.75 71681 -16.90 0.52 5.49 0.72 22.31 0.54 30.85 0.14 0.15 23.79 0.17 71683 -20.89 1.24 7.16 1.42 19.76 0.43 33.41 0.83 0.15 23.60 0.08 71729 -9.25 1.04 15.15 0.79 13.11 0.72 22.46 0.85 0.12 22.46 0.85 580 A. Bartkevicius, Α. Gudas

Table 9 (continued)

HIP υ σν ν σν w aw vtot aVtot fG vt aVt km/s km/s km/s km/s km/s km/s km/s km/s km/s km/s

71914 -3.89 0.91 -29.49 1.18 -4.55 0.60 39.17 0.70 0.16 32.33 0.85 72217 6.32 0.77 -15.68 0.93 -2.95 0.75 23.50 0.32 0.09 23.46 0.32 72479 -33.32 1.34 -47.72 1.89 -68.84 0.62 102.27 1.10 0.51 47.07 1.83 72659 14.99 0.66 7.01 0.71 5.67 0.91 5.52 0.13 0.07 5.39 0.04 72848 -21.45 0.63 -6.21 0.73 2.42 0.76 33.80 0.32 0.08 26.94 0.25 73182 58.80 1.25 -17.23 1.58 -22.60 1.27 61.43 0.91 0.26 54.12 1.00 73199 -32.70 2.41 -14.37 2.75 23.29 2.80 49.65 3.15 0.20 49.26 3.14 73385 51.45 12.14 -360.45 23.67 62.14 20.20 372.07 30.34 1.95 327.77 34.44 73507 2.57 0.93 -2.15 1.74 1.30 1.78 12.00 1.32 0.02 8.47 0.54 73695 -8.56 0.68 -28.13 1.20 -5.31 1.30 40.14 0.81 0.15 26.62 0.23 74000 27.21 2.02 0.92 1.12 -9.88 2.72 24.62 1.53 0.11 23.61 1.38 74392 -8.10 8.44 -16.70 4.08 -2.36 5.54 29.98 5.44 0.09 26.40 3.03 74893 0.58 1.23 18.27 1.38 -17.01 1.94 29.08 1.26 0.14 21.48 0.52 75312 25.13 0.67 -0.15 0.89 -5.54 0.99 20.49 0.26 0.09 19.18 0.08 75379 4.88 0.60 -18.36 1.15 -6.10 0.74 27.53 0.79 0.11 25.74 0.84 75389 -63.41 3.74 -102.66 2.98 -33.72 2.71 136.74 3.99 0.62 96.17 5.67 75411 -18.35 0.93 -9.13 1.39 10.30 1.81 31.91 0.75 0.10 29.53 0.41 75415 -16.94 0.73 -6.84 0.87 12.72 0.75 30.02 0.51 0.10 28.76 0.52 75695 -23.52 0.76 -13.48 0.90 9.37 0.66 38.43 0.53 0.12 33.41 0.59 76041 8.80 2.15 -14.69 3.04 0.15 3.54 21.13 3.06 0.08 13.08 1.52 76267 24.22 1.20 8.21 1.28 -0.29 1.84 16.35 0.34 0.09 16.29 0.30 76382 -33.54 0.62 -59.59 1.03 -19.85 1.05 82.62 0.66 0.36 47.63 0.09 76752 -17.11 1.51 -2.22 2.69 -9.47 3.32 32.68 2.75 0.08 23.22 1.27 76852 1.11 0.97 -19.24 1.01 0.90 1.17 26.76 0.70 0.10 19.98 0.27 76952 -13.83 0.92 -8.48 1.07 12.89 1.11 28.06 0.63 0.10 25.32 0.59 77541 16.20 9.10 -7.74 5.65 10.82 0.79 14.80 8.19 0.10 8.66 1.98 77760 -31.51 0.68 15.87 0.88 -61.13 0.56 80.66 0.37 0.40 57.72 0.50 78401 3.97 3.21 -12.84 2.37 -6.59 1.67 23.50 2.51 0.08 22.13 2.43 0.82 78459 64.09 0.72 -30.89 0.94 28.21 0.48 68.34 0.79 0.32 65.94 0.35 78662 -17.69 3.48 -10.95 2.66 12.08 0.62 32.42 1.67 0.11 29.05 0.68 78727 -20.00 0.76 -2.72 1.23 -5.85 0.93 33.66 0.30 0.08 8.59 2.24 78918 10.07 3.59 -16.00 2.77 2.68 0.87 21.68 2.35 0.09 20.83 0.78 79101 -8.18 1.22 -6.15 0.89 -0.16 0.59 22.66 0.53 0.04 15.27 4.57 80112 10.82 1.35 -18.13 6.97 1.59 4.56 24.00 4.55 0.10 23.87 80166 57.60 2.11 -83.70 14.47 5.03 7.48 100.86 20.21 0.48 100.85 20.22 80346 38.47 2.24 23.70 7.55 -25.29 7.35 46.99 0.98 0.24 46.78 0.22 80725 -44.32 0.70 -6.01 0.68 19.11 0.74 56.73 0.40 0.19 47.05 0.41 80816 -12.81 0.85 -25.49 1.13 0.96 0.87 38.75 0.84 0.14 21.37 0.98 81023 -31.52 1.92 -82.88 3.44 18.49 2.69 98.03 3.95 0.46 83.56 4.63 81126 -16.29 1.96 4.66 1.94 2.84 1.64 26.66 1.62 0.06 24.33 1.59 81693 -43.18 0.53 -43.03 0.70 -18.15 0.55 76.14 0.21 0.29 29.36 0.17 81726 -9.66 0.93 -21.09 1.16 -2.57 1.05 34.26 0.89 0.12 13.69 0.81 81754 10.36 0.66 15.56 1.13 8.50 0.58 10.45 0.57 0.10 10.43 0.57 82020 2.25 0.93 7.00 6.30 2.58 5.12 9.20 1.64 0.04 8.98 0.33 82817 32.08 2.02 -26.94 1.20 19.21 0.90 40.80 1.04 0.21 36.22 0.72 82860 11.29 0.45 -1.24 1.05 -19.27 0.73 27.27 0.44 0.13 17.41 0.13 83207 -9.25 2.21 -13.93 2.97 2.96 2.59 27.47 3.27 0.08 13.00 0.42 83575 47.89 1.36 13.63 1.17 4.44 0.66 38.92 1.93 0.18 36.85 2.04 83838 0.07 1.03 -22.30 1.66 -6.79 1.29 32.42 1.46 0.12 7.66 0.19 Kinematics of Hipparcos visual binaries. I. 581

Table 9 (continued)

HIP υ συ ν σν w aw vtot aVtot fG vt aVt km/s km/s km/s km/s km/s km/s km/s km/s km/s km/s 83895 0.63 0.84 -14.52 3.62 4.16 2.54 22.04 2.86 0.08 14.03 0.30 84012 5.64 0.69 17.25 0.78 8.99 0.44 12.94 0.26 0.11 12.72 0.26 84123 12.37 9.21 -24.67 3.86 21.13 4.11 33.05 1.59 0.19 32.98 1.46 84140 50.99 1.00 -22.33 2.36 -15.62 1.75 54.39 1.08 0.23 48.86 0.43 84179 59.43 1.06 -35.66 2.07 -18.22 1.30 68.99 2.24 0.30 41.91 2.85 84425 -55.53 2.15 -45.46 1.11 -6.17 0.65 83.90 1.23 0.31 64.13 0.57 84709 13.78 0.69 24.96 1.02 -26.88 0.90 39.58 0.58 0.22 39.58 0.58 84949 27.31 1.48 -1.37 2.67 1.62 1.97 19.34 0.59 0.09 19.24 0.53 85019 3.52 1.89 27.41 1.12 5.22 0.73 23.22 0.86 0.15 21.10 0.64 85141 -24.94 2.23 -9.79 2.54 1.72 1.96 38.41 1.77 0.10 7.34 1.41 85333 10.56 5.72 -4.03 4.40 1.36 3.15 10.94 3.65 0.04 9.11 1.76 85582 31.21 0.95 -27.52 1.36 13.24 0.90 39.46 0.61 0.20 38.51 0.59 85667 -52.27 0.54 -38.98 0.87 -13.99 0.44 79.24 0.07 0.28 17.24 0.33 85727 3.42 1.28 -26.62 1.52 4.10 1.03 32.64 1.29 0.14 31.07 1.32 85749 -30.55 2.13 -9.68 1.07 6.95 1.87 43.19 1.88 0.12 14.47 1.99 86032 28.10 0.47 5.07 0.65 -0.93 0.48 19.85 0.10 0.10 16.93 0.11 86036 46.01 0.48 3.27 4.04 -14.30 2.60 41.98 1.34 0.18 39.67 0.08 86221 -42.49 1.02 -13.15 1.20 9.75 0.93 55.66 0.66 0.17 38.40 0.62 86373 -2.60 2.15 13.01 1.44 22.64 1.73 21.40 1.98 0.16 21.39 1.98 86400 30.35 1.07 6.16 0.97 19.13 0.63 23.61 0.72 0.16 10.38 0.14 86722 77.31 1.18 -24.69 1.44 5.44 0.73 73.67 1.14 0.29 70.15 1.15 86974 25.86 0.54 -26.92 0.87 1.72 0.73 36.24 0.22 0.17 32.21 0.22 87655 13.07 6.09 -62.88 5.03 -8.12 3.08 69.85 4.62 0.34 56.55 1.96 87895 -17.87 1.58 -14.45 1.98 -0.02 1.14 34.85 1.87 0.10 10.20 0.06 87991 1.18 3.65 -16.89 3.02 9.13 1.19 23.87 2.98 0.11 15.79 1.66 88404 -23.64 1.15 -13.97 1.22 -5.01 0.93 40.60 0.76 0.11 9.94 0.62 88436 -0.77 4.04 0.38 3.76 4.07 2.17 12.21 3.65 0.03 2.25 1.37 88498 -4.06 1.92 0.15 2.48 6.45 1.47 14.96 1.64 0.04 11.87 1.19 88601 16.17 0.69 -13.61 0.77 -8.06 0.49 24.99 0.12 0.10 24.00 0.08 88637 0.87 2.56 -17.10 3.00 0.66 1.66 24.96 3.21 0.09 8.34 0.36 88715 14.16 2.73 5.19 3.06 7.98 1.82 4.24 1.10 0.07 4.00 0.63 88728 51.37 3.32 9.02 2.72 -4.05 1.82 43.04 2.91 0.18 28.78 1.40 88745 4.34 0.47 6.27 0.70 16.86 0.47 11.24 0.07 0.11 11.12 0.07 88964 1.96 3.89 5.04 2.78 -5.58 1.32 15.10 2.59 0.04 11.93 0.50 89507 -17.56 13.54 27.66 3.20 -8.47 3.31 38.86 9.63 0.17 27.94 2.05 89808 28.91 3.91 -27.20 1.55 3.51 1.10 37.70 2.59 0.17 28.04 1.01 89937 16.15 1.71 34.90 6.07 -1.54 3.40 31.56 4.06 0.19 24.33 0.03 90659 -53.84 1.16 -95.48 2.29 -88.23 3.78 152.70 2.89 0.77 58.63 6.18 91196 -17.31 1.03 -17.03 3.90 -5.25 2.01 37.35 2.46 0.11 29.43 1.19 91394 -10.69 1.63 2.71 1.29 9.30 0.76 20.95 1.29 0.07 8.14 0.11 91395 -22.97 0.85 -55.05 2.20 24.01 1.23 70.71 1.17 0.34 56.51 0.60 91636 43.78 2.56 7.99 3.63 -1.69 2.30 35.04 6.11 0.15 30.91 6.63 91751 35.72 1.62 13.31 1.33 7.24 0.65 26.97 1.32 0.15 3.86 0.31 92122 25.08 0.92 10.02 0.96 2.11 0.63 16.63 0.51 0.10 14.47 0.54 92175 -0.06 3.05 -20.49 4.08 6.70 1.00 27.60 2.61 0.12 17.90 3.03 92512 -10.73 1.12 -0.43 3.34 -30.65 1.49 43.52 2.04 0.19 38.51 1.68 92757 42.93 2.13 23.02 2.43 13.18 1.12 37.92 2.30 0.20 11.90 0.89 92818 -3.43 3.18 -8.80 4.36 0.38 1.24 20.56 4.62 0.05 4.38 0.56 93017 -5.63 0.64 -33.76 1.07 -20.46 0.53 50.27 0.51 0.22 17.67 0.03 582 A. Bartkevicius, Α. Gudas

Table 9 (continued)

HIP U σν σν w aw ν tot cr v. fG Vt ' vt km/s km/s km/s km/s km/s km/s km/s km/s km/s km/s 93244 -7.92 1.66 -43.65 1.96 5.83 0.80 52.05 1.68 0.23 20.17 0.74 93383 87.60 6.29 -60.06 4.82 -49.50 3.26 116.17 13.68 0.53 113.45 13.92 93506 33.94 0.52 7.79 0.89 2.58 0.73 24.52 0.07 0.12 1.93 0.34 93574 29.18 0.67 -9.84 0.91 1.06 0.74 25.14 0.21 0.11 5.62 0.38 93864 58.41 1.09 -31.78 1.52 -12.89 1.29 64.15 1.80 0.27 45.12 2.47 93995 49.71 3.07 33.64 4.78 0.56 1.21 49.30 4.48 0.24 22.23 0.97 94144 41.66 0.92 -24.70 1.38 -30.82 2.86 57.81 4.51 0.27 49.78 5.21 94252 58.79 2.13 7.12 4.02 51.59 0.94 65.98 2.23 0.38 59.75 1.75 94349 -33.55 8.28 -6.59 6.73 -78.65 1.01 96.98 3.79 0.50 89.81 0.36 .94643 -20.53 7.32 -7.24 1.54 -8.56 3.04 36.54 5.76 0.09 24.83 2.83 >94739 -36.38 3.77 -13.73 1.10 -0.09 1.88 50.62 2.70 0.14 34.76 0.31 95066 -18.33 1.37 11.82 1.30 -8.02 0.88 32.83 1.03 0.10 27.38 1.00 95477 -34.25 1.94 -15.46 0.92 0.06 2.13 49.35 1.71 0.14 23.50 2.05 95501 -23.05 0.97 -4.09 1.08 -3.16 0.48 35.86 0.64 0.08 19.49 0.25 95769 -66.06 1.97 -19.67 2.36 16.72 1.71 80.59 2.92 0.26 63.28 3.44 95947 0.28 1.91 -17.05 1.42 6.13 1.86 24.30 0.31 0.10 2.01 1.22 95995 55.70 0.77 8.20 0.71 35.04 0.75 53.60 0.61 0.29 52.40 0.63 96302 -13.26 1.11 -2.26 1.53 2.48 0.70 24.88 0.82 0.05 17.92 0.61 96683 1.64 1.20 14.19 2.21 13.11 0.55 13.63 0.82 0.11 12.68 0.54 96907 -8.81 1.42 -24.02 2.31 13.38 1.06 35.30 1.67 0.15 14.90 0.98 97016 15.70 2.01 -4.13 1.75 -6.43 1.41 17.47 1.51 0.07 17.10 1.49 97222 45.88 0.60 -2.26 0.74 -14.61 0.60 42.65 0.26 0.18 42.42 0.26 97237 56.09 5.16 -30.73 9.54 -24.79 1.62 66.62 5.61 0.29 65.57 5.41 97365 0.99 2.34 3.46 1.83 10.10 3.36 9.63 0.74 0.07 6.94 1.00 98001 -43.83 2.69 -7.76 10.26 41.94 1.66 65.36 3.16 0.30 62.07 0.42 98416 66.30 0.70 -26.04 0.91 5.79 0.79 64.40 0.64 0.26 56.87 0.73 99312 -1.82 7.33 -1.01 2.93 -4.82 5.13 17.97 1.70 0.03 15.10 2.02 99376 15.31 1.46 -34.57 1.08 11.37 1.24 47.33 0.65 0.20 19.92 1.19 99473 18.73 1.18 -7.92 1.45 4.62 0.79 31.69 0.89 0.08 15.02 1.29 99675 1.10 10.98 0.05 3.37 2.80 7.03 11.19 2.48 0.02 8.94 2.32 99848 4.29 9.71 0.53 4.27 3.37 6.47 8.31 2.90 0.03 6.05 1.93 99965 52.03 2.15 -31.91 4.25 12.13 1.97 56.29 2.98 0.25 45.60 2.52 100345 -16.74 1.64 -0.14 3.89 -2.37 1.80 28.90 1.74 0.06 21.77 2.22 101093 7.87 1.71 0.77 10.22 -2.92 2.79 11.25- 5.69 0.03 9.25 0.22 101227 -21.13 1.55 -11.84 1.05 9.61 0.99 35.57 1.05 0.11 25.12 1.45 101382 19.39 0.77 2.96 0.66 48.67 0.80 50.88 0.72 0.31 50.51 0.72 101750 63.86 1.03 -29.32 1.47 6.54 0.72 81.53 0.86 0.27 81.13 0.86 101769 12.71 1.32 -24.10 1.95 0.40 1.07 37.69 1.43 0.13 17.04 0.54 101955 61.24 1.43 -12.69 1.28 -32.09 1.38 83.30 3.35 0.29 72.70 3.82 101958 -5.04 2.19 5.67 3.70 -5.64 1.40 19.78 0.79 0.05 19.49 0.48 102589 1.23 3.43 -18.25 2.04 -12.42 4.29 31.81 2.61 0.12 21.76 3.63 102782 -2.70 2.69 -13.34 3.42 -32.36 3.81 45.50 5.06 0.21 44.85 5.10 103055 17.85 1.61 -15.72 7.98 9.89 1.35 22.51 6.69 0.12 9.72 1.19 103519 37.39 2.07 -12.71 1.11 -4.46 2.03 51.99 2.22 0.14 47.39 2.43 103546 33.27 1.06 -35.35 1.53 -8.42 1.05 49.29 0.83 0.22 30.94 0.63 104019 34.14 1.68 8.55 1.33 -2.14 1.55 26.10 1.63 0.12 10.72 0.45 104214 -83.94 0.72 -48.61 0.78 -1.12 0.72 108.58 0.38 0.38 87.18 0.46 104217 82.49 0.56 -48.67 0.67 -1.92 0.54 107.42 0.18 0.38 85.90 0.22 104486 22.04 1.08 -120.45 1.58 92.05 1.11 154.96 0.97 0.86 50.31 0.68 Kinematics of Hipparcos visual binaries. I. 583

Table 9 (continued)

HIP υ σν ν σν w aw vtot aVlot fG vt aVt km/s km/s km/s km/s km/s km/s km/s km/s km/s km/s 104771 -5.67 1.25 -24.46 2.07 0.48 1.88 34.21 1.46 0.13 18.78 1.60 104788 15.93 0.46 40.31 0.68 -3.40 0.55 37.15 0.17 0.22 21.16 0.29 104858 15.58 0.85 -23.62 1.38 -2.87 0.84 31.03 0.51 0.14 26.73 0.08 104887 -34.37 0.82 -8.92 1.58 23.82 0.71 49.44 0.70 0.19 44.51 0.61 104978 -14.64 1.72 -0.63 2.20 2.30 1.41 25.79 2.07 0.05 22.34 2.20 104987 4.46 0.70 -23.51 1.59 -7.17 1.56 32.58 1.49 0.13 27.95 1.71 105200 16.16 2.76 6.47 4.94 -10.02 2.85 18.34 3.29 0.09 14.67 0.75 105431 0.64 3.51 -15.55 6.43 4.37 3.74 22.94 6.13 0.09 12.86 0.24 105712 12.42 1.15 14.36 1.15 -15.18 1.18 24.30 0.65 0.13 21.41 0.37 105881 9.71 0.95 16.30 0.90 9.00 0.96 11.25 0.28 0.11 11.03 0.26 105969 -0.58 4.47 -83.07 1.07 -58.55 4.59 110.58 3.83 0.57 62.88 6.74 106032 1.51 1.78 -11.20 1.81 1.44 1.38 19.35 1.16 0.06 13.26 1.23 106255 -50.27 5.88 -26.20 6.07 9.51 7.09 68.00 10.13 0.23 44.17 10.31 106711 8.11 0.54 11.00 3.46 9.48 0.85 6.51 2.36 0.09 3.79 0.15 106811 -11.21 0.48 -10.90 1.03 -10.37 0.64 31.91 0.43 0.09 28.93 0.42 106985 -34.72 0.72 -14.99 1.21 2.98 1.10 49.25 1.49 0.14 38.10 1.82 107162 0.29 1.08 -21.21 7.91 2.21 1.78 28.58 6.62 0.11 12.90 1.04 107288 -28.74 1.93 -52.04 2.46 -1.79 2.36 69.70 2.59 0.29 40.39 3.71 107354 3.47 1.16 4.64 1.52 4.54 1.13 7.07 0.93 0.04 7.03 0.93 107522 -9.31 2.32 -70.77 1.44 29.46 2.54 81.48 0.45 0.42 81.18 0.37 107788 2.64 0.80 -0.92 1.87 -5.79 1.10 16.14 0.17 0.04 16.10 0.14 107818 -22.05 2.48 -32.80 4.20 36.52 4.26 57.71 4.76 0.30 25.03 5.03 108084 110.13 6.49 -11.74 1.28 19.92 6.16 102.34 9.02 0.39 102.10 9.04 108195 0.57 2.26 -14.85 1.69 7.51 2.49 22.16 0.71 0.09 22.14 0.70 108431 6.74 2.26 0.56 1.31 -6.67 2.59 14.99 1.88 0.05 11.67 0.62 108478 33.97 2.88 1.09 2.01 -25.83 3.32 41.02 3.90 0.20 9.08 0.73 108917 -19.30 1.50 -13.21 4.13 -2.54 0.62 35.95 1.30 0.10 34.32 0.73 109554 3.42 1.37 -4.29 3.77 -5.43 2.68 17.12 2.08 0.04 16.90 2.02 110108 -10.48 1.82 14.88 1.80 17.50 1.34 24.89 1.23 0.14 22.84 1.34 110130 51.06 2.55 -15.62 1.97 -8.17 3.19 48.53 3.25 0.20 23.97 0.92 111062 34.37 1.62 -18.41 1.34 -8.97 1.34 37.59 0.70 0.16 37.57 0.70 111170 -3.43 0.95 -15.04 1.30 -0.17 1.30 25.38 1.08 0.08 23.50 1.10 111200 -2.36 1.25 -9.32 2.52 -11.94 3.45 27.02 1.97 0.09 26.72 1.92 111314 -36.26 3.74 -18.88 8.04 4.60 2.27 52.21 1.92 0.16 51.89 1.71 111805 -28.22 1.68 -25.90 7.73 0.96 2.10 49.67 3.40 0.17 44.23 0.52 111965 17.52 1.00 6.49 1.06 -4.67 0.93 14.11 0.48 0.07 7.42 0.41 111974 -38.53 1.77 -2.18 8.45 5.82 6.54 49.11 2.32 0.13 47.97 0.92 112158 10.31 0.54 6.41 1.70 -3.33 0.97 10.60 0.72 0.05 9.05 0.40 112746 32.53 1.05 3.12 1.33 -8.85 1.21 27.74 0.90 0.12 13.92 0.91 112915 31.48 1.93 7.79 5.37 -11.00 0.53 28.27 0.78 0.13 28.05 0.48 113031 -11.01 1.91 -2.36 2.23 4.47 3.52 22.50 3.65 0.05 21.35 3.64 113048 11.10 2.41 11.37 10.12 2.66 2.70 7.74 8.66 0.07 3.88 0.14 113445 -30.84 0.55 -41.09 2.09 -14.58 1.87 65.46 0.74 0.26 61.82 0.27 113718 -18.00 1.59 -40.72 1.56 22.52 1.25 55.92 1.38 0.26 35.96 2.07 113726 -1.42 1.90 -39.26 1.65 9.24 3.04 45.95 1.81 0.21 22.62 3.23 113860 -4.49 1.92 12.40 0.89 7.76 3.77 16.19 1.42 0.08 15.03 0.40 113996 -25.64 0.91 -14.22 1.54 13.13 2.02 41.02 1.07 0.14 34.56 0.35 114222 18.96 1.21 -6.15 2.27 -8.43 1.60 21.29 1.68 0.09 12.16 1.19 114273 -64.01 5.54 6.99 4.16 19.73 3.45 75.09 7.81 0.25 72.95 8.03 584 A. Bartkevicius, Α. Gudas

Table 9 (continued)

HIP U συ V σ W σ w V fG v a ν tot °vtot t Vt km/s km/s km/s km/s km/s km/s km/s km/s km/s km/s 114421 -20.95 0.98 -12.83 1.51 -0.81 1.95 36.71 1.91 0.10 36.47 1.91 114576 16.63 1.32 -29.90 9.13 -27.93 11.34 50.10 3.62 0.24 49.62 3.10 114962 392.55 53.93 -325.36 47.45 -49.99 25.96 508.81 101.79 2.18 508.64 101.82 115126 -12.27 0.81 -6.16 1.45 -14.18 0.82 32.90 1.67 0.10 31.23 1.76 116164 26.61 1.34 -12.37 1.47 8.42 1.65 24.21 1.70 0.12 20.91 1.68 116436 8.00 1.00 -27.36 1.10 0.26 0.82 33.35 0.52 0.15 33.31 0.52 116849 53.07 2.15 9.87 5.12 10.68 1.63 43.46 1.74 0.20 41.99 1.21 117607 4.00 2.08 19.74 2.51 -17.09 1.67 28.94 0.24 0.15 4.95 1.41 117666 -9.44 0.95 -2.83 2.05 -10.45 2.11 27.46 2.27 0.07 24.69 2.37 117761 -23.99 5.33 -46.00 5.30 -12.58 2.96 64.56 8.33 0.27 64.25 8.37 Kinematics of Hipparcos visual binaries. I. 585

Table 10. Transverse velocities of stars without radial velocities.

HIP Vt aVt HIP vt Oyt HIP Vi UVt km/s km/s km/s km/s km/s km/s 2 39.05 5.53 36890 22.21 1.51 85846 9.46 0.23 1674 11.82 0.31 41261 18.96 0.41 87204 26.49 0.69 5064 16.49 3.86 42805 29.81 2.04 87861 28.12 1.72 5685 13.75 0.77 44676 45.05 2.20 87899 34.67 2.43 5842 41.22 0.83 51147 12.16 1.20 88932 14.22 0.54 12552 27.66 3.71 54977 31.84 2.84 91009 29.18 0.35 15799 4.79 0.08 59780 17.09 0.46 92677 33.20 2.22 16457 21.62 4.80 60299 139.16 3.05 94521 16.27 1.27 17138 15.20 3.00 62371 29.23 2.70 94847 21.64 3.61 19758 40.03 0.61 66008 20.81 1.94 99668 45.27 2.23 20482 31.70 2.90 69283 45.51 3.16 100259 3.35 0.22 21280 20.07 0.80 69514 43.63 4.16 100266 21.45 1.23 21698 20.36 0.26 70857 14.01 0.21 103655 47.51 0.17 21880 20.15 4.50 70973 37.62 0.35 107849 76.89 5.25 22500 32.11 1.28 73787 30.60 3.35 110102 78.27 5.39 23170 16.41 1.33 75508 40.45 2.25 110893 18.92 0.08 23662 14.30 1.03 76031 21.38 2.36 111528 27.69 0.91 24020 27.09 7.67 76466 9.66 0.91 113323 3.34 0.69 24526 17.16 0.66 76734 30.32 5.49 115031 58.10 4.93 28311 6.87 0.35 80667 4.23 1.32 116233 16.69 1.32 31150 50.50 3.07 81470 41.23 4.21 117570 24.69 1.14 32800 28.52 4.17 82809 37.24 0.98 118169 46.47 2.94 34025 39.97 5.25 84924 25.81 1.12 118266 85.15 3.23 34047 11.64 0.73 85106 27.33 1.88 36832 37.91 0.71 85683 41.46 2.05

Table 11. Kinematical population criteria.

young thin intermed. age old thin thick disk halo disk thin disk disk Dia Dlb D2f D3f H fG<0.10 0.100.70 Dia Dlb D2a D3a H fG<0.10 0.100.70 or Vrot>160 km/s or 1U1 <60 km/s or 1 w| <40 km/s 586 A. Bartkevicius, Α. Gudas

Table 12a. Population group U, V, W mean values.

Group Ν % U συ V σν W aw km/s km/s km/s km/s km/s km/s Dia 174 35.0 0.07 0.5 1.0 -3.5 0.7 -0.0 0.4 Dlb 204 41.0 0.14 0.3 1.8 -7.7 1.1 1.5 0.8 D2(a) 65 13.1 0.26 -3.0 4.5 -23.7 3.3 -1.1 2.6 D2(f) 89 17.9 0.27 -1.5 4.5 -22.8 2.7 0.7 2.5 D3(a) 47 9.5 0.37 -7.0 9.3 -34.1 4.4 -6.2 5.2 D3(f) 23 4.6 0.46 -16.9 14.8 -48.2 6.7 -18.7 7.9 Η 7 1.4 1.23 46.2 60.1 -188.7 40.5 -4.3 33.5

Table 12b. Population group Vtot, Vrot,| U|, \ W\ mean values.

σ σ Group Vtot CT Vtot Vrot ντοϊ \u\ \υ\ \w\ |W| km/s km/s km/s km/s km/s km/s km/s km/s Dia 20.9 0.7 216.5 0.7 10.7 0.6 4.4 0.3 Dlb 34.5 0.7 212.3 1.1 21.0 1.0 9.5 0.5 D2(a) 58.0 1.5 196.3 3.3 32.1 2.1 18.0 1.3 D2(f) 60.9 1.3 197.2 2.7 36.2 2.2 19.3 1.4 D3(a) 86.5 3.6 185.9 4.4 54.0 4.9 28.3 3.2 D3(f) 105.1 4.4 171.8 6.7 60.7 8.1 34.0 5.1 H 246.4 52.5 31.3 40.5 93.5 50.1 76.8 11.8

Table 13. Halo and thick disk Hipparcos binaries with orbital solutions.

HIP Sp fG Vtot °Vtot \w\ Vrot Crit. Notes km/s km/s km/s km/s 73385 sdF7 1.95 372.07 30.34 62.14 -140.45 fG 114962 sdF7 2.18 508.81 101.79 49.99 -105.36 fG

5336 sdG5 0.83 167.01 0.51 28.01 67.62 fG SB 23922 G2V 1.03 189.80 16.80 117.72 86.63 fG 25092 S2.5ZelTi3 0.96 179.75 25.14 99.63 86.39 fG 90659 MDSG-G5 0.77 152.70 2.89 88.23 124.52 fG 104486 C1:,CH 0.86 154.96 0.97 92.05 99.55 fG SB

171 sdG5 0.40 82.33 0.24 25.28 150.01 fG SB 2552 M2.5Ve 0.28 85.95 0.68 9.62 191.40 U 2941 G7V+G8V 0.37 104.36 0.49 17.04 172.09 fG SB2 6867 K5II-III 0.34 75.61 3.12 0.73 168.52 U SB1 10366 G8III:var 0.42 116.39 5.76 13.38 166.12 fG SB 10514 K2 0.27 64.21 5.70 13.56 191.30 U 10952 KO 0.32 61.53 5.48 47.87 200.51 W SB 11542 MOp dMO 0.31 57.26 3.15 41.48 190.81 W 12114 K3V 0.33 83.07 0.57 39.47 225.56 u SB Kinematics of Hipparcos visual binaries. I. 587

Table 13 (continued)

HIP Sp fG Vtot avtot \w\ vrot Crit. Notes km/s km/s km/s km/s 12421 GO 0.34 67.75 3.45 41.32 178.93 W 12717 F5V 0.28 38.91 1.62 43.88 213.64 w 16602 F7V 0.31 72.66 1.76 16.58 186.17 υ 16900 F5 0.23 55.08 3.80 3.44 239.24 υ 28442 K3/K4V 0.47 137.55 3.52 36.85 198.79 fG 33142 M: 0.33 68.58 6.01 2.39 158.69 VROT 34608 G9V 0.58 110.35 4.17 68.49 145.19 fG VAR RV 36377 K5III SB 0.41 102.09 0.96 3.08 153.72 fG SB1 45170 G9V,MD?-G9V 0.23 75.78 0.35 8.88 223.54 U SB 53763 C3,2CH 0.35 65.17 1.85 52.53 201.85 w 54677 K4V 0.37 100.16 4.45 10.48 218.93 fG VAR RV 59750 F5V 0.54 108.38 2.47 58.44 156.63 fG SB1 61880 G2V 0.26 64.48 4.63 13.26 219.87 U 71469 F5V 0.60 164.36 4.33 51.43 192.87 fG VAR RV 72479 K2V 0.51 102.27 1.10 68.84 172.28 fG 75389 G5 0.62 136.74 3.99 33.72 117.34 fG 76382 K2V+K3V 0.36 82.62 0.66 19.85 160.41 fG 77760 MD-F9V 0.40 80.66 0.37 61.13 235.87 fG 78459 G2V 0.32 68.34 0.79 28.21 189.11 U VAR RV 80166 K2 0.48 100.86 20.21 5.03 136.30 fG 81023 KO 0.46 98.03 3.95 18.49 137.12 fG SB1 86722 KOV 0.29 73.67 1.14 5.44 195.31 U 87655 F5Vn 0.34 69.85 4.62 8.12 157.12 VROT SB 93383 KOIV 0.53 116.17 13.68 49.50 159.94 fG 94252 G7V 0.38 65.98 2.23 51.59 227.12 fG 94349 dM4 0.50 96.98 3.79 78.65 213.41 fG 95769 MD-GOV 0.26 80.59 2.92 16.72 200.33 U 98001 KO 0.30 65.36 3.16 41.94 212.24 w 98416 F8V 0.26 64.40 0.64 5.79 193.96 υ SB 101382 G9V+K5V 0.31 50.88 0.72 48.67 222.96 w SB2, EB? 101750 K0/1V+G5/6 0.27 81.53 0.86 6.54 190.68 υ SB EW 101955 K5V 0.29 83.30 3.35 32.09 207.31 υ SB 104214 K5V 0.38 108.58 0.38 1.12 171.39 fG VAR RV 104217 K7V 0.38 107.42 0.18 1.92 171.33 fG VAR RV? 105969 GOIIIp,CHIV 0.57 110.58 3.83 58.55 136.93 fG SB 107522 K7V 0.42 81.48 0.45 29.46 149.23 fG 108084 A2 0.39 102.34 9.02 19.92 208.26 fG 114273 MD-G8III-IV 0.25 75.09 7.81 19.73 226.99 U VAR RV? Vt aVt km/s km/s

60299 F3IV/V 139.16 3.05 VT 107849 KO 76.89 5.25 VT 110102 G3V 78.27 5.39 VT 115031 MD-F6V 58.10 4.93 VT 118266 GOIII/IV 85.15 3.23 VT