1998A&A...330..585M


Query : 1998A&A...330..585M

1998A&A...330..585M - Astronomy and Astrophysics, volume 330, 585-599 (1998/2-2)

Mass determination of astrometric binaries with Hipparcos. II. Selection of candidates and results.

MARTIN C. and MIGNARD F.

Abstract (from CDS):

In a previous paper (Martin et al., 1997A&AS..122..571M) we have shown that for double stars with orbital periods smaller than about 25 years, it was possible to determine from the Hipparcos data, the mass ratio B of the components or the difference between the mass and intensity ratios, β-B, provided the orbital elements of the relative orbit are available. From an extensive literature search we have selected 145 potential systems, of which 46 yielded eventually a satisfactory solution. For eight systems with the largest separations, the peculiarities of the natural direction associated to the Hipparcos observations, the 'hippacentre', have been fully exploited to derive the mass ratio of the components without any additional assumption. For the remaining 38, the derivation of the mass ratio was possible only by taking the magnitude difference between the two components from other sources. The parallax determined simultaneously, is then used to produce the individual masses of the components. The astrophysical relevance of the results is discussed and when possible (17 systems) the masses are compared to ground-based values.

Abstract Copyright:

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

Simbad objects: 147

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Number of rows : 147
N Identifier Otype ICRS (J2000)
RA
ICRS (J2000)
DEC
Mag U Mag B Mag V Mag R Mag I Sp type #ref
1850 - 2022
#notes
1 * 85 Peg SB* 00 02 10.3487193861 +27 04 54.599101714 6.47 6.42 5.75 5.16 4.73 G5VbFe-2 533 0
2 HD 2475 ** 00 28 21.09548 -20 20 06.1774   7.026 6.437     F9VFe+0.5 86 1
3 HD 2880 ** 00 32 08.27746 -05 10 43.3378   9.36 8.52     K0V 61 0
4 * 13 Cet RS* 00 35 14.87968 -03 35 34.2367   5.748 5.201     F7V+G4V 288 0
5 HD 3443 SB* 00 37 20.71960 -24 46 02.1843   6.28 5.57     K1V+G 233 0
6 * eta And SB* 00 57 12.4001825 +23 25 03.535627 6.05 5.36 4.42 3.69 3.21 G8-III 183 0
7 * ups Phe ** 01 07 47.8233278592 -41 29 12.635288484   5.361 5.207     A1(V)+F1(V) 81 0
8 HD 8556 SB* 01 24 20.5021369 -06 54 52.773474   6.319 5.918     F4V 135 1
9 HD 10009 SB* 01 37 37.7062257504 -09 24 13.759495668   6.77 6.24     F8.5VFe-0.5 111 1
10 HD 10307 SB* 01 41 47.1268541099 +42 36 48.221567818 5.69 5.58 4.96 4.43 4.10 G1V 481 0
11 * 21 Ari ** 02 15 42.77662 +25 02 34.9627   6.08 5.58     F6V 140 0
12 HD 15285 SB* 02 27 45.86150 +04 25 55.7489 11.398 10.101 8.673 7.797 6.972 M2V 132 0
13 * eps Cet SB* 02 39 33.7974128402 -11 52 19.551632148   5.33 4.87     F5V 197 0
14 HD 16619 ** 02 39 51.75830 +00 08 46.6436   8.45   7.6   G4V 88 0
15 HD 16656 ** 02 41 28.8988857552 +40 52 50.801325672   9.12 8.53     G0 36 0
16 * 12 Per SB* 02 42 14.9145674304 +40 11 38.221732500 5.65 5.51 4.92 4.42 4.12 F9V 181 0
17 HD 17326 ** 02 43 26.61219 -66 42 51.2786           F7V 64 0
18 * tau Per EB* 02 54 15.4777208304 +52 45 44.882735292 5.17 4.71 3.96 3.33 2.89 G8III+A7V 162 0
19 * gam Per EB* 03 04 47.7907410 +53 30 23.168725 4.08 3.63 2.93 2.34 1.89 G9III+A2-III: 202 0
20 * bet Per EB* 03 08 10.1324535 +40 57 20.328013 1.70 2.07 2.12 2.08 2.11 B8V 1180 2
21 HD 21161 ** 03 24 24.7352710464 -15 39 13.815372888   8.12 7.51     G1/2V 61 0
22 HD 21727 ** 03 32 05.0973463151 +43 40 11.539108396       8.2   G9 64 0
23 HD 22262 ** 03 33 56.7916902960 -31 04 48.457560504   6.68 6.20     F4V+F6V 49 0
24 HD 26441 ** 04 10 44.5194867936 -04 52 29.336009700   8.02 7.35     G3/5IV 49 0
25 * 46 Tau ** 04 13 33.0904461000 +07 42 58.017467664 5.65 5.65 5.29 4.94 4.75 F2V 161 0
26 HD 27019 ** 04 14 09.6581988269 -46 07 56.707714914   7.35 6.80     F8/G0V 56 0
27 * 70 Tau SB* 04 25 37.3225242048 +15 56 27.683560428   6.951 6.439 7.75   F7V 264 0
28 HD 27989 BY* 04 25 51.72716 +18 51 50.6155   8.219 7.527     G4V 180 0
29 * tet02 Tau dS* 04 28 39.7416111456 +15 52 15.148738380 3.690 3.600 3.410 5.43   A7III 429 0
30 G 175-34 PM* 04 31 11.5144294005 +58 58 37.463848495     10.98     M4.0Ve 131 0
31 * alf Dor a2* 04 33 59.77719 -55 02 41.9243 2.83 3.18 3.28 3.29 3.38 B8IIIpSi 141 0
32 HD 29839 ** 04 42 13.7171271504 +02 59 24.008354412   7.43 7.26     A1IV 20 1
33 HD 30090 ** 04 46 26.9212548 +42 20 54.817484   7.23 6.53     G3IV+F6V 58 0
34 HD 30810 ** 04 51 12.5284595938 +11 04 04.881592537   7.322 6.753     F6V 186 1
35 HD 31337 ** 04 59 05.0832243 +63 22 06.287801   8.94 8.37     F8V+G0V 26 0
36 HD 32092 ** 05 01 44.2761569 +26 40 16.204422   7.22 6.74     G2V 67 0
37 * m Tau ** 05 07 27.0055682766 +18 38 42.179768546 5.79 5.65   4.5   G4V 270 0
38 * alf Aur SB* 05 16 41.35871 +45 59 52.7693 1.33 0.88 0.08 -0.52 -0.96 G3III: 1159 0
39 HD 38089 ** 05 42 53.9141430 -06 47 46.206245   6.386 5.965     F5V 75 0
40 * mu. Ori SB* 06 02 22.99668 +09 38 50.1820 4.40 4.29 4.130 3.94 3.86 A1Vm+F2V 257 0
41 * 1 Gem SB* 06 04 07.21544 +23 15 48.0401 5.54 5.02 4.15 3.47 3.02 G5III 200 0
42 HD 42443 ** 06 09 47.9549223864 -22 46 27.623296236   6.149 5.717     F5V 79 0
43 HD 43358 SB* 06 15 53.9729035 +01 10 08.684765   6.792 6.357     F3V 91 1
44 * l Ori ** 06 17 06.6198800712 +09 56 32.614989288   5.482 5.386     A2V 92 0
45 Ross 614 Er* 06 29 23.3915175239 -02 48 48.803911021 13.942 12.764 11.071 9.77 8.05 M4.5V 340 0
46 HD 47230 ** 06 35 54.02940 -36 05 19.0784   6.83 6.35     G0V 45 0
47 * 15 Mon Be* 06 40 58.65963 +09 53 44.7229 3.360 4.45 4.68   4.88 O7V+B1.5/2V 773 0
48 HD 49622 ** 06 50 16.0260420847 +24 09 25.129788894   8.83 8.34     F5 29 1
49 HD 51825 ** 06 57 17.58427 -35 30 25.7579   6.670 6.224     F5V 79 0
50 HD 62522 ** 07 47 57.1952410 +60 17 45.799091   7.595 7.018     F5 57 0
51 * 9 Pup SB* 07 51 46.30295 -13 53 52.9169           G0V 237 0
52 * 53 Cam a2* 08 01 42.4403874648 +60 19 27.806833200   6.177 6.008     A3VpSrSiCrEu 389 0
53 HD 71386 ** 08 25 04.20060 -49 09 35.9423   8.46 7.68     G9V 34 0
54 HD 71805 ** 08 26 57.7453341 -52 42 17.814048   6.909 6.49     F5V 44 0
55 HD 71499 ** 08 27 40.8305235 -04 24 53.566744   7.18 6.84     F0/2IV 56 1
56 HD 72954 ** 08 34 31.9561004136 -32 35 55.553700156   7.162 6.41     G5V 49 1
57 HD 76360 ** 08 53 50.6044403064 -47 31 14.519124552   5.566 5.302     A9IV/V 53 1
58 * 10 UMa SB* 09 00 38.38067 +41 46 58.6051 4.440 4.390 3.960 3.57 3.35 F3V+G5V 337 0
59 * pi.01 Cnc SB* 09 12 17.5474052342 +14 59 45.776204103 7.49 7.24 6.51 5.90 5.52 G9V 215 1
60 * 128 Car ** 09 17 17.2424584176 -68 41 22.535261160   5.79 5.39     F5VFe-0.7CH-0.5 71 0
61 V* KU Hya a2* 09 22 50.8563427 -09 50 19.659199 6.86 6.75 6.53     ApEuCrSr 163 0
62 Ross 440 ** 09 31 19.41603 -13 29 18.9355 12.734 11.568 10.067 9.000 7.682 M3V 139 0
63 HD 84121 ** 09 40 42.5622541944 -57 59 00.633290964   5.492 5.307     A3IV 53 1
64 * tet Ant ** 09 44 12.0951165 -27 46 10.101055 5.65 5.29 4.79 4.32 4.00 A7V+G8III 85 0
65 HD 87822 ** 10 08 15.88717 +31 36 14.5875   6.675 6.230     F4V 111 0
66 * 34 Leo ** 10 11 38.2115197 +13 21 18.407128   6.891 6.427     F6V 111 0
67 HD 90460 ** 10 26 54.2227918 +19 30 44.541112   8.33 7.72     F8 54 0
68 * p Vel SB* 10 37 18.13995 -48 13 32.2349 4.19 4.13 3.84 3.57 3.41 A3/5 121 0
69 * chi01 Hya ** 11 05 19.9025488416 -27 17 37.046751540   5.281 4.912 6.50   F3IV/V 86 0
70 * alf Com ** 13 09 59.28520 +17 31 46.0389 4.71 4.77 4.32 4.1   F5V+F6V 197 0
71 HD 114576 ** 13 11 39.1980041 -26 33 06.204491   6.69 6.50     A5V 59 0
72 HD 115488 ** 13 17 29.8510032840 -00 40 33.865038804   6.601 6.351     A9V 72 0
73 V* KR Com EB* 13 20 15.7816557360 +17 45 56.815749180   7.72 7.207   6.604 F5 88 1
74 BD+31 2500 ** 13 31 58.25057 +31 08 04.5590   12.02 10.382 9.913   M0V 64 0
75 HD 118889 ** 13 39 34.61613 +10 44 46.5827   5.912 5.580     F0V 152 0
76 BD+31 2596 ** 14 13 48.8869092116 +30 59 26.247432438   11.00   9.6   M0 44 0
77 * tau02 Lup ** 14 26 10.81378 -45 22 45.4023   4.76 4.35     F7 55 0
78 HD 127352 ** 14 31 00.6309336529 -05 48 08.265014882   8.47 7.69     K0V 57 0
79 HD 127726 ** 14 32 20.2261358 +26 40 38.241332   6.216 6.002     A7Vn 144 0
80 HD 129980 ** 14 46 10.87977 -21 10 33.4621   7.04 6.43     G1V 69 0
81 HD 130669 ** 14 49 13.62103 +10 12 52.0630   9.31   7.9   K2V 88 0
82 HD 134064 ** 15 07 20.3685465168 +18 26 30.568473816   6.098 6.029     A1Vnn 68 1
83 * iot Lib SB* 15 12 13.2902543 -19 47 30.159216 4.08 4.46 4.54 4.58 4.67 B9IVpSi 172 0
84 * bet CrB a2* 15 27 49.7315305 +29 06 20.522375 4.08 3.97 3.68 3.50 3.45 F2VpSrCrEuSi 671 0
85 * nu.02 Boo ** 15 31 46.9830456456 +40 53 57.605506908   5.074 4.978     A2V 116 0
86 * iot Ser ** 15 41 33.0546906 +19 40 13.437985   4.563 4.505     A1V 184 0
87 * del Sco SB* 16 00 20.00528 -22 37 18.1431 1.30 2.20 2.32 2.36 2.49 B0.3IV 718 0
88 * iot01 Nor ** 16 03 32.08942 -57 46 30.2641   4.87 4.63     A5IVs 90 0
89 G 202-45 SB* 16 24 09.3137145795 +48 21 11.107573476   12.099       M3.0Ve 176 1
90 * bet Her SB* 16 30 13.1995466 +21 29 22.600778 4.39 3.70 2.77 2.13 1.65 G7IIIaFe-0.5 312 0
91 BD+35 2844 ** 16 38 24.16818 +35 13 33.7860   10.292 9.537 9.413   K2 30 0
92 HD 152751 SB* 16 55 28.7575690 -08 20 10.787849 11.647 10.593 9.023 7.937 6.565 M3.5Ve 503 1
93 * c Her ** 17 08 02.0616892056 +35 56 06.679215960   5.70 5.39     kA5hF0VmF2 146 0
94 HD 155876 SB* 17 12 07.91174 +45 39 57.2157   10.250 9.523 9.3   M3V 204 0
95 HD 157498 ** 17 23 57.8648823 -09 21 29.769583   8.47 7.83     G0V 52 0
96 HD 159304 ** 17 32 34.1042894952 +34 44 47.655894048   8.50 7.97     G0 47 1
97 * alf Oph ** 17 34 56.06945 +12 33 36.1346 2.32 2.22 2.07 1.93 1.85 A5IVnn 460 0
98 BD+27 2853 ** 17 37 10.767120 +27 53 47.15700       9.04   K5 80 0
99 HD 162338 ** 17 48 58.3167197 +37 03 42.238055   7.69 7.18     G0 59 0
100 V* V2388 Oph EB* 17 54 14.1665728728 +11 07 49.770939000   6.68   6.0   F5Vn 122 1
101 HD 163840 SB* 17 57 14.3391768182 +23 59 44.647993135   6.965 6.323     G2V+K2V 117 0
102 BD+04 3562 ** 17 58 24.4073535744 +04 27 41.657095188   11.1 9.778 9.471   K4V 56 1
103 HD 165503 ** 18 04 16.9054829485 +42 05 45.142212739   8.08 7.83     F0 34 0
104 HD 165590 EB* 18 05 49.6819035061 +21 26 45.389410339           G0V+G5V 224 0
105 HD 165893 ** 18 09 12.1744523376 -22 11 01.431284892   10.00 8.89     K3.5Vk: 33 1
106 * chi Dra SB* 18 21 03.38255 +72 43 58.2518 4.010 4.070 3.580 3.14 2.83 F7V 391 1
107 HD 172088 ** 18 38 23.7978014894 -03 11 37.135217156   7.035 6.482     F8V 107 0
108 HD 173950 BY* 18 46 34.62978 +38 21 03.3424   8.935 8.100 8.63   G9V 54 0
109 * zet Sgr ** 19 02 36.73024 -29 52 48.2279   2.69 2.59     A2.5Va 163 0
110 HD 175986 ** 19 03 29.6331376968 -68 45 20.091805452   6.422 5.861     G0IV 43 1
111 HD 178555 ** 19 09 48.1462660056 -19 48 13.170107160   7.280 6.110     K1III 40 0
112 Wolf 1062 ** 19 12 14.6156897487 +02 53 11.438190161 13.722 12.663 11.143 10.016 8.534 M3.5V 138 0
113 * psi Sgr SB* 19 15 32.4265759 -25 15 24.056854   5.41 4.86     K0/1III+A/F 86 0
114 CD-46 12902 ** 19 16 42.9149365334 -45 53 21.724532826 12.044 10.817 9.356 8.432 7.478 M0Vk: 49 0
115 HD 181025 ** 19 17 57.8886794645 +20 11 33.338513755   8.39 8.08     A5 35 1
116 * chi01 Sgr ** 19 25 16.4901283 -24 30 30.859921   5.238 5.009 6.67   A3/5IV/V 70 0
117 * phi Cyg SB* 19 39 22.6059124440 +30 09 11.957279256   5.642 4.673     G8III 140 0
118 HD 188753 ** 19 54 58.3717655 +41 52 17.529759   8.22 7.44 6.9   G9V 127 1
119 HD 189340 SB* 19 59 47.2802830338 -09 57 29.634435094   6.46 5.88     F9V 155 0
120 HD 193194 ** 20 20 14.4998827 -34 35 07.054197   7.20 6.63     F8V 27 1
121 * bet Del SB* 20 37 32.94130 +14 35 42.3195 4.16 4.07 3.63 3.23 2.99 F5IV 273 0
122 * alf Del ** 20 39 38.2872009 +15 54 43.463736 3.550 3.740 3.800 3.77 3.81 B9IV 274 0
123 BD+45 3310 SB* 20 52 44.8701784416 +46 06 47.447037612   9.516 8.709 8.85   G8V 39 0
124 BD+40 883 SB* 21 00 05.3871460816 +40 04 12.650850610   11.59 9.97 9.63 7.96 M2.0V+M0.5Ve 173 0
125 HD 202128 ** 21 13 28.7887833408 +15 58 56.719538400   6.496 6.252     A7Vn 103 0
126 * 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) 314 0
127 HD 202103 ** 21 15 45.8630571456 -53 15 47.119650948   5.902 5.719     A3V(m) 41 0
128 HD 203345 SB* 21 21 21.5865231096 +10 19 56.166839688   7.222 6.711     F5 109 0
129 * 77 Cyg SB* 21 42 22.9588733 +41 04 37.273655   5.777 5.726     A0V+A0V 114 0
130 * kap Peg SB* 21 44 38.73522 +25 38 42.1359   4.553 4.135     F5V 241 1
131 HD 206804 ** 21 46 35.78179 -57 42 12.1799   10.38 9.38 9.10 8.61 K6.5Vk 59 0
132 * 13 Peg Er* 21 50 08.6999159 +17 17 09.058878   5.717 5.336     F2III-IV 145 0
133 HD 207794 ** 21 51 02.1096416808 +29 10 33.126620592   9.70   8.2   K0 22 0
134 HD 207964 ** 21 55 11.39417 -61 53 11.7947   6.37 5.96     F0(V)+F5(V) 84 1
135 * del Ind ** 21 57 55.0735349 -54 59 33.274025   4.68 4.40     F0IV 65 0
136 HD 214222 SB* 22 35 42.6711290705 +53 12 14.411224059   8.77 8.19     G1V 61 0
137 HD 214608 SB* 22 38 47.47147 +44 18 50.0318   7.38   6.5   F9V 113 0
138 HD 214810 ** 22 40 47.9728007472 -03 33 15.510163068   6.83 6.31     G9VFe-0.7 88 0
139 HD 214850 SB* 22 40 52.68164 +14 32 56.9765       6.76   G4V 196 0
140 * eta Peg SB* 22 43 00.1288449480 +30 13 16.372969392 4.38 3.81 2.95 2.31 1.83 G8II+F0V 193 0
141 HD 216042 ** 22 49 59.2228873368 -32 48 19.683288144   6.638 6.332     F0V 40 0
142 HD 216963 SB* 22 57 02.4680067650 +24 40 56.007879335   9.39 8.68     K0 48 1
143 HD 217166 ** 22 58 35.0805178 +09 21 24.676963   7.07   6.0   G5VFe-0.8 134 0
144 * 83 Aqr ** 23 05 09.78684 -07 41 37.6853   5.79 5.47     F0V 120 0
145 BD-17 6768 LM* 23 32 46.80410 -16 45 07.2407 12.81 11.86 10.38   8.020 M3Ve 73 0
146 HD 222516 ** 23 41 05.4397789680 +46 13 05.726017632   7.441 6.978     F5 74 1
147 HD 223688 ** 23 51 46.8274901547 -06 36 47.043531535   9.39 8.73     G5V 51 0

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2022.05.29-14:23:16

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