1998A&AS..133..149M

Query : 1998A&AS..133..149M

1998A&AS..133..149M - Astron. Astrophys., Suppl. Ser., 133, 149-162 (1998/December-1)

Mass determination of astrometric binaries with Hipparcos. III. New results for 28 systems.

MARTIN C., MIGNARD F., HARTKOPF W.I. and McALISTER H.A.

Abstract (from CDS):

This paper is the third of a series devoted to the determination of stellar masses from Hipparcos data. This is a continuation of Martin et al. (1997A&AS..122..571M), who introduced the theory and assessed the performance of the method from simulated data, and of a second paper with the first results for 46 systems, (Martin & Mignard, 1998A&A...330..585M). The orbit file maintained by the CHARA group and new publications of orbital elements made the processing of 70 additional candidate systems possible, including 28 of the 145 systems already tested in the previous work. Significant results were obtained on 22 systems, with relative accuracy better than 25% for the masses of 17 binaries. New estimates are also given for 6 systems previously investigated, thanks to reliable values of the magnitude difference from the Hipparcos catalogue (ESA, 1997HIP...C......0E). New orbital elements are proposed for HIP 12623 (12 Persei) from speckle/spectroscopic measurements.
Result. are discussed for each system, alongside the mass-luminosity relation based on Hipparcos magnitudes and distances.

Abstract Copyright: ∼

Journal keyword(s): stars: fundamental parameters - binaries: visual - astrometry

Simbad objects: 76

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Number of rows : 76
N Identifier Otype ICRS (J2000)
RA 		ICRS (J2000)
DEC 		Mag U Mag B Mag V Mag R Mag I Sp type #ref
1850 - 2026 		#notes
1 G 158-50 ** 00 15 28.11090 -16 08 01.6303 14.49 13.187 11.483 10.273 8.711 M4V 142 0
2 HD 2475 ** 00 28 21.09548 -20 20 06.1774   7.02 6.44     F9VFe+0.5 95 0
3 * 51 Psc ** 00 32 23.7789405384 +06 57 19.747317924   5.663 5.679     B9.5V 104 0
4 * 13 Cet RS* 00 35 14.87968 -03 35 34.2367   5.75 5.21     F7V+G4V 305 0
5 HD 4775 SB* 00 50 43.5977451408 +64 14 51.249546240   5.868 5.362     G5III+A0V 96 0
6 HD 6387 ** 01 04 48.2835888 +01 35 15.876197   9.46 8.99     F5V 22 0
7 * 41 And PM* 01 08 00.8526611352 +43 56 31.525367820       4.9   A3m 80 0
8 HD 10307 SB* 01 41 47.1268541099 +42 36 48.221567818 5.69 5.58 4.96 4.43 4.10 G1V 523 0
9 * bet Ari SB* 01 54 38.41099 +20 48 28.9133 2.88 2.78 2.65 2.51 2.43 kA4hA5mA5Va 426 1
10 * 21 Ari ** 02 15 42.77662 +25 02 34.9627   6.08 5.58     F6V 147 0
11 HD 15285 SB* 02 27 45.86150 +04 25 55.7489 11.398 10.101 8.673 7.797 6.972 M2V 144 0
12 BD+31 434 ** 02 28 46.48880 +32 15 34.1555   10.860 9.557 9.230   M0Vp 61 0
13 * 13 Tri PM* 02 28 48.4944856357 +29 55 54.328558216   6.478 5.901     G0V 171 0
14 * 31 Ari ** 02 36 37.9189326576 +12 26 51.474379704   6.14 5.64 5.3   F7V 144 0
15 HD 16619 ** 02 39 51.7558060323 +00 08 46.649187038   8.49 7.83 7.6   G4V 96 0
16 * 12 Per SB* 02 42 14.9145674304 +40 11 38.221732500 5.65 5.51 4.92 4.42 4.12 F9V 193 0
17 * mu. Ari ** 02 42 21.9357953640 +20 00 41.275791648 5.640 5.710 5.740     A0V 97 0
18 * 36 Tau SB* 04 04 21.6685905480 +24 06 21.664655676   6.319 5.512     K1II+B7.5IV: 88 1
19 * 51 Tau SB* 04 18 23.2109961408 +21 34 45.188971896   5.945 5.631     F0V 271 0
20 * 70 Tau SB* 04 25 37.3225242048 +15 56 27.683560428   6.951 6.439 7.75   F7V 283 0
21 HD 27989 BY* 04 25 51.72716 +18 51 50.6155   8.219 7.527     G4V 193 0
22 * alf Dor a2* 04 33 59.77719 -55 02 41.9243 2.83 3.18 3.28 3.29 3.38 B8IIIpSi 151 0
23 HD 30090 ** 04 46 26.9212548 +42 20 54.817484   7.23 6.53     G3IV+F6V 66 0
24 * 64 Ori SB* 06 03 27.3639419184 +19 41 26.026161180   5.021 5.130     B8V 127 0
25 HD 43358 ** 06 15 53.9777633972 +01 10 08.833180521   6.79 6.36     F3V 96 1
26 * nu. Gem Be* 06 28 57.7861342 +20 12 43.685624 3.51 4.00 4.14 4.17 4.28 B6IVe 269 0
27 * 53 Aur ** 06 38 23.0105318280 +28 59 03.615135864   5.761 5.744     B9Mn+F0m 139 0
28 HD 51825 ** 06 57 17.58427 -35 30 25.7579   6.670 6.224     F5V 88 0
29 BD+39 1828 ** 07 03 33.9304231968 +39 40 33.262242528       9.0   M0 33 0
30 * 63 Gem SB* 07 27 44.3573297448 +21 26 43.004490108   5.62 5.24     F3V 136 0
31 HD 64235 ** 07 52 47.8565103427 -05 25 41.289776254   6.161 5.765     F5IV 84 0
32 * 53 Cam a2* 08 01 42.4403874648 +60 19 27.806833200   6.177 6.008     A3VpSrSiCrEu 410 0
33 * 10 UMa SB* 09 00 38.4734170729 +41 46 58.888412654 4.440 4.390 3.960 3.57 3.35 F3V+G5V 357 0
34 HD 79555 SB* 09 14 53.6479934232 +04 26 34.163010960 9.832 8.967 7.925 7.32 6.754 K4V 97 0
35 * 128 Car ** 09 17 17.2424584176 -68 41 22.535261160   5.79 5.39     F5VFe-0.7CH-0.5 80 0
36 HD 83158 ** 09 37 51.6572156952 +45 54 12.434677920   8.66 8.23     F4III 33 0
37 * 19 Leo ** 09 47 25.9647340 +11 34 05.397343   6.696 6.445     A7Vn 86 0
38 HD 90460 ** 10 26 54.2227918 +19 30 44.541112   8.33 7.72     F8 57 0
39 * n Leo SB* 11 15 51.8801100552 +13 18 27.234958860 7.61 6.52 5.32     K2III 167 0
40 * eta Vir SB* 12 19 54.3423981960 -00 40 00.466313196 3.99 3.92 3.90 3.82 3.82 A2IV 252 0
41 BD+13 2618 RS* 13 00 46.5566863405 +12 22 32.677229903 12.314 11.233 9.750 8.785 7.653 M0V 383 1
42 HD 122742 SB* 14 03 32.3409126166 +10 47 12.341888345   7.026 6.268 5.8   G6V 196 0
43 HD 127726 ** 14 32 20.2261358 +26 40 38.241332   6.22 6.00     A7V 151 0
44 HD 129132 SB* 14 40 21.8691547512 +21 58 33.121704540 6.590 6.550 6.150     G0V 98 0
45 * iot Ser ** 15 41 33.0546906 +19 40 13.437985   4.563 4.505     A1V 191 0
46 HD 148394 ** 16 28 16.0583417354 -16 12 43.497338225   7.60 7.18     F5V 40 0
47 * sig Her ** 16 34 06.1824264648 +42 26 13.234150680   4.177 4.196 6.02   B9V 202 0
48 HD 152751 ** 16 55 28.7575690 -08 20 10.787849 11.647 10.593 9.023 7.937 6.565 M3.5Ve 547 1
49 * zet Dra ** 17 08 47.1877295740 +65 42 52.723177105 2.63 3.06 3.17 3.23 3.35 B8III 248 0
50 HD 155876 SB* 17 12 07.91174 +45 39 57.2157   10.250 9.523 9.3   M3V 220 0
51 V* V819 Her SB* 17 21 43.6105947240 +39 58 28.805498832   6.222 5.561     F7V 184 0
52 HD 157498 ** 17 23 57.8648823 -09 21 29.769583   8.47 7.83     G0V 60 0
53 HD 159304 ** 17 32 34.1042894952 +34 44 47.655894048   8.50 7.97     G0 51 0
54 HD 161198 SB* 17 43 15.6764216099 +21 36 33.134899538   8.29 7.49 7.0   G9V 130 0
55 HD 163840 SB* 17 57 14.3391768182 +23 59 44.647993135   6.97 6.33     G2V+K2V 129 0
56 HD 175986 ** 19 03 29.6331376968 -68 45 20.091805452   6.422 5.861     G0IV 50 0
57 HD 178555 ** 19 09 48.1462660056 -19 48 13.170107160   7.280 6.110     K1III 45 0
58 HD 184467 SB* 19 31 07.9663576561 +58 35 09.604190291 7.95 7.47 6.60 6.13   K2V 170 0
59 * 9 Cyg SB* 19 34 50.9283781560 +29 27 46.684035828   5.96 5.407     G8III+A2III: 106 0
60 * del Sge SB* 19 47 23.2655973192 +18 32 03.528856248 6.20 5.12 3.81 2.37 1.08 M2II+B0V 208 0
61 HD 188753 ** 19 54 58.3717655 +41 52 17.529759   8.24 7.44 6.9   G9V 138 1
62 BD+33 3930 BY* 20 31 07.76836 +33 32 34.4593   9.21 8.35     G8V 65 0
63 * lam Cyg ** 20 47 24.53766 +36 29 26.5737 3.93 4.43 4.54 4.58 4.69 B5V 312 0
64 BD+40 883 SB* 21 00 05.3890094352 +40 04 12.684002015   11.588 9.969 9.63 7.96 M2.0V+M0.5V 184 0
65 * del Equ SB* 21 14 28.8153077 +10 00 25.125878 4.98 4.99 4.49 4.06 3.78 F7(V)+G0(V) 331 0
66 HD 202908 ** 21 18 34.8830133696 +11 34 07.789280196   7.602 7.013     G0V+G6V 143 0
67 Wolf 922 ** 21 31 18.5690289199 -09 47 26.482273373 14.901 13.670 12.006 10.708 9.038 M4.5V 172 0
68 HD 206792 ** 21 43 54.31883 +27 50 48.7520   7.912 7.469     F5 80 0
69 * kap Peg ** 21 44 38.73522 +25 38 42.1359   4.553 4.135     F5V 249 1
70 * 13 Peg ** 21 50 08.6568907687 +17 17 08.501297234   5.717 5.336     F2III-IV 152 0
71 HD 214222 SB* 22 35 42.6711290705 +53 12 14.411224059 8.85 8.73 8.19 7.79   G1V 67 0
72 * 74 Aqr a2* 22 53 28.7049178152 -11 36 59.453153568 5.41 5.709 5.780     B8IV/V 160 0
73 HD 217166 ** 22 58 35.0805178 +09 21 24.676963   7.08 6.44     G5VFe-0.8 142 0
74 HD 219018 SB* 23 12 38.5914643702 +02 41 10.389669095   8.33 7.71     G5V 105 0
75 HD 221445 ** 23 32 12.6971032377 +07 05 05.618731293   7.26 6.80     F7+F8VV 99 0
76 * 24 Psc ** 23 52 55.5631886976 -03 09 19.733599044   7.023 5.940     K0II/III 61 0

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