1999A&A...341..121S


C.D.S. - SIMBAD4 rel 1.7 - 2020.11.25CET07:47:10

1999A&A...341..121S - Astronomy and Astrophysics, volume 341, 121 (1999/1-1)

Visual binary orbits and masses post Hipparcos.

SOEDERHJELM S.

Abstract (from CDS):

The parallaxes from Hipparcos are an important ingredient to derive more accurate masses for known orbital binaries, but in order to exploit the parallaxes fully, the orbital elements have to be known to similar precision. The present work gives improved orbital elements for some 205 systems by combining the Hipparcos astrometry with existing ground-based observations. The new solutions avoid the linearity constraints and omissions in the Hipparcos Catalog by using the intermediate Transit Data which can be combined with ground-based observations in arbitarily complex orbital models. The new orbital elements and parallaxes give new mass-sum values together with realistic total error-estimates. To get individual masses at least for main-sequence systems, the mass-ratios have been generally estimated from theoretical isochrones and observed magnitude-differences. For some 25 short-period systems, however, true astrometric mass-ratios have been determined through the observed orbital curvature in the 3-year Hipparcos observation interval. The final result is an observed `mass-luminosity relation' which falls close to theoretical expectation, but with `outliers' due to undetected multiplicity or to composition- and age-effects in the nonuniform near-star sample.

Abstract Copyright:

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

VizieR on-line data: <Available at CDS (J/A+A/341/121): notes.dat table1.dat table3.dat table4.dat table6.dat>

Simbad objects: 226

goto View the reference in ADS

Number of rows : 226

N Identifier Otype ICRS (J2000)
RA
ICRS (J2000)
DEC
Mag U Mag B Mag V Mag R Mag I Sp type #ref
1850 - 2021
#notes
1 * 85 Peg SB* 00 02 10.3411392575 +27 04 54.476788744 6.47 6.42 5.75 5.16 4.73 G5VbFe-2 527 0
2 HD 123 ** 00 06 15.81412 +58 26 12.2207       7.01   G3V+G8V 175 0
3 G 158-50 ** 00 15 28.11090 -16 08 01.6303 14.49 13.187 11.483 10.273 8.711 M4V 114 0
4 HD 1624 ** 00 20 57.12035 +67 40 02.8963   9.18 8.66 8.42   G5 46 0
5 HD 2475 ** 00 28 21.09548 -20 20 06.1774   7.026 6.437     F9VFe+0.5 83 1
6 BD+66 34 ** 00 32 29.43301 +67 14 08.4138           M2V+M3V 113 1
7 BD+66 34A Er* 00 32 29.4817681317 +67 14 09.096130250   12.16 10.327     M2V 120 1
8 * 13 Cet RS* 00 35 14.87968 -03 35 34.2367   5.748 5.201     F7V+G4V 282 0
9 HD 3443 SB* 00 37 20.71960 -24 46 02.1843   6.28 5.57     K1V+G 226 0
10 * ups Phe ** 01 07 47.8428874889 -41 29 12.716002027   5.361 5.207     A1(V)+F1(V) 79 0
11 HD 7693 ** 01 15 00.99408 -68 49 08.0819 8.993 8.216 7.239 6.697 6.226 K2V+K3V 73 0
12 HD 8272 ** 01 23 21.41971 +58 08 34.7787 6.780 6.780   6.1   F4V 68 0
13 HD 8556 SB* 01 24 20.5021369 -06 54 52.773474   6.319 5.918     F4V 132 1
14 HD 9770 ** 01 35 01.0078925286 -29 54 37.342172838 8.605 8.03 7.096 6.551 6.035 K1V 143 0
15 HD 10009 SB* 01 37 37.7077858573 -09 24 13.774782435   6.77 6.24     F8.5VFe-0.5 105 1
16 HD 10307 SB* 01 41 47.1431421954 +42 36 48.443521767 5.69 5.58 4.96 4.43 4.10 G1V 469 0
17 * 48 Cas SB* 02 01 57.45035 +70 54 25.2902 4.76 4.70 4.54 4.36 4.28 A3Va 154 0
18 HD 13594 ** 02 14 02.45880 +47 29 03.2496       7.00   F4V 142 0
19 * 21 Ari ** 02 15 42.77662 +25 02 34.9627   6.077 5.579     F6V 138 0
20 HD 14001 ** 02 15 46.14338 -18 14 17.3626 9.798 8.965 7.940 7.343 6.831 K4V+K4V 44 0
21 HD 15285 SB* 02 27 45.86150 +04 25 55.7489 11.398 10.101 8.673 7.797 6.972 M2V 127 0
22 * iot Cas a2* 02 29 03.94780 +67 24 08.9170           ~ 246 0
23 * eps Cet SB* 02 39 33.7974128402 -11 52 19.551632148   5.33 4.87     F5V 192 0
24 HD 17326 ** 02 43 26.61219 -66 42 51.2786           F7V 63 0
25 * alf For ** 03 12 04.5273570 -28 59 15.433684 4.41 4.36 3.85 3.39 3.08 F6V+G7V 246 0
26 HD 20121 ** 03 12 25.74558 -44 25 10.7932   6.37 5.93     A8V+F3V 88 0
27 HD 21175 PM* 03 23 35.2561230462 -40 04 34.968913224 8.302 7.758 6.903 6.439 5.986 K0V 61 0
28 HD 21794 * 03 33 41.2401980995 +57 52 07.398765250 6.900 6.880 6.380     F7V 72 0
29 HD 22262 ** 03 33 56.7956641206 -31 04 48.499952695   6.68 6.20     F4V+F6V 46 0
30 HD 23985 ** 03 50 18.94122 +25 34 45.7479   5.451 5.234     A2IVp 110 0
31 * 46 Tau ** 04 13 33.0999980554 +07 42 57.954420650 5.65 5.65 5.29 4.94 4.75 F2V 157 0
32 HD 27019 ** 04 14 09.68394 -46 07 56.7806   7.348 6.792     F8/G0V 51 1
33 * 51 Tau SB* 04 18 23.2088106790 +21 34 45.202215421   5.945 5.631     F0V 250 0
34 * 55 Tau ** 04 19 54.85720 +16 31 21.3283   7.401 6.853     F8V 232 0
35 HD 27710 ** 04 21 31.31088 -25 43 42.8746   6.31 5.96 7.14   F2V 87 0
36 * 70 Tau SB* 04 25 37.3208691208 +15 56 27.717270305   6.951 6.439 7.75   F7V 260 0
37 HD 27989 BY* 04 25 51.72716 +18 51 50.6155   8.219 7.527     G4V 177 0
38 * tet01 Tau SB* 04 28 34.4960341 +15 57 43.849432 5.510 4.780 3.840 5.48   G9IIIFe-0.5 472 0
39 HD 28363 ** 04 28 59.7541918878 +16 09 32.653706125   7.101 6.565 6.258 5.966 F8V 183 0
40 HD 285931 SB* 04 33 58.5342369758 +15 09 49.283094567   9.311 8.495 8.79   G5 117 0
41 * alf Dor a2* 04 33 59.77719 -55 02 41.9243 2.83 3.18 3.28 3.29 3.38 B8IIIpSi 138 0
42 * l Eri ** 04 38 10.8240964091 -14 18 14.483465432 5.99 4.96 3.87 3.03 2.47 K2-IIIb 126 0
43 HD 29803 ** 04 39 31.5458702840 -45 07 25.081311712   9.77 8.92     K1V 24 1
44 HD 30712 SB* 04 50 33.8208125703 +15 05 00.360327440   8.453 7.712     G5 82 0
45 HD 30810 ** 04 51 12.5284595938 +11 04 04.881592537   7.322 6.753     F6V 183 1
46 HD 30869A SB* 04 51 49.978609 +13 39 18.53294   6.81 6.36     ~ 178 0
47 HD 30869 ** 04 51 49.9954760810 +13 39 18.503094115   6.751 6.250 7.34 5.674 ~ 181 0
48 HD 31925 ** 04 59 01.36250 -16 22 33.6890       6.90   hF5gF5mF3 77 0
49 HD 32092 ** 05 01 44.2761569 +26 40 16.204422   7.22 6.74     G2V 65 0
50 HD 32450 ** 05 02 28.4709542438 -21 15 24.042798884 10.97 9.77 8.317 7.405 6.492 K7V 94 0
51 * m Tau ** 05 07 27.0060371376 +18 38 42.179937542 5.79 5.65   4.5   G4V 252 0
52 HD 35112 ** 05 22 37.4859957277 +02 36 11.615832087 9.435 8.716 7.747 7.184 6.663 K3V 51 0
53 HD 38089 ** 05 42 53.9141430 -06 47 46.206245   6.386 5.965     F5V 73 0
54 HD 40887 ** 06 00 19.52451 -31 01 43.6103 9.993 9.013 7.873 7.163 6.526 K5V+K5V 67 0
55 * mu. Ori SB* 06 02 22.99668 +09 38 50.1820 4.40 4.29 4.130 3.94 3.86 A1Vm+F2V 256 0
56 * 1 Gem SB* 06 04 07.21544 +23 15 48.0401 5.54 5.02 4.15 3.47 3.02 G5III 198 0
57 HD 42443 ** 06 09 47.9567522486 -22 46 27.634584894   6.149 5.717     F5V 76 0
58 Ross 614 Er* 06 29 23.3915175239 -02 48 48.803911021 13.942 12.764 11.071 9.77 8.05 M4.5V 330 0
59 HD 46273 ** 06 29 49.06454 -50 14 20.6831       6.36   F2V 65 0
60 HD 47230 ** 06 35 54.02940 -36 05 19.0784   6.83 6.35     G0V 43 0
61 G 250-29 ** 06 54 04.3507404672 +60 52 18.169675119       10.0   M3.0Ve 59 0
62 * 15 Lyn ** 06 57 16.6052608 +58 25 21.940435 5.71 5.20 4.35 3.70 3.26 G5III-IV 114 0
63 HD 51825 ** 06 57 17.58427 -35 30 25.7579   6.670 6.224     F5V 76 0
64 HD 55130 ** 07 12 49.08903 +27 13 29.3970   8.88 8.63 7.37   F8V+F8V 114 0
65 HD 57095 ** 07 17 29.56192 -46 58 45.2751 8.362 7.646 6.669     K1V+K4V 73 0
66 * 63 Gem SB* 07 27 44.3528343536 +21 26 43.186700782   5.62 5.24     F3V 121 0
67 HD 62522 ** 07 47 57.1952410 +60 17 45.799091   7.595 7.018     F5 55 0
68 * 9 Pup SB* 07 51 46.30295 -13 53 52.9169           G0V 230 0
69 HD 64235 ** 07 52 47.8591901 -05 25 41.727515   6.161 5.765     F5IV 72 1
70 * zet Cnc ** 08 12 12.72637 +17 38 51.9615           F8V+G0V 170 0
71 * zet01 Cnc ** 08 12 12.72637 +17 38 51.9615           ~ 155 0
72 BD-13 2439 ** 08 13 08.49769 -13 55 01.5165 11.999 10.785 9.374 8.5 7.658 M0V 88 0
73 HD 71386 ** 08 25 04.20060 -49 09 35.9423   8.42 7.68     G9V 33 1
74 HD 71805 ** 08 26 57.7453341 -52 42 17.814048   6.909 6.49     F5V 41 0
75 HD 71974 ** 08 31 35.02027 +34 57 58.4091           G5V 69 0
76 HD 72954 ** 08 34 31.9544072126 -32 35 55.518135741   7.162 6.41     G5V 46 1
77 HD 73752 SB* 08 39 07.90110 -22 39 42.8110   6.00 5.17 6.38   G3V+K0V 124 0
78 HD 73900 ** 08 39 22.1090282178 -36 36 24.045391093   6.526 6.114     F3/5V 36 0
79 BD+10 1857 ** 08 42 44.5331 +09 33 24.119 12.415 11.093 9.629 8.711 7.772 M1V 89 0
80 * eps Hya Ro* 08 46 46.51223 +06 25 07.6855 4.43 4.06 3.38 2.78 2.39 G1III+A8V 249 0
81 HD 76360 * 08 53 50.5957779408 -47 31 14.483447593   5.566 5.302     A9IV/V 51 1
82 * 10 UMa SB* 09 00 38.38067 +41 46 58.6051 4.440 4.390 3.960 3.57 3.35 F3V+G5V 330 0
83 * pi.01 Cnc SB* 09 12 17.5474052342 +14 59 45.776204103 7.49 7.24 6.51 5.90 5.52 G9V 208 1
84 * 128 Car ** 09 17 17.2650785311 -68 41 22.679404054   5.79 5.39     F5VFe-0.7CH-0.5 67 0
85 HD 79969 BY* 09 17 53.45577 +28 33 37.8633   8.19   6.6   K3V 184 0
86 HD 81809 SB* 09 27 46.77993 -06 04 16.2822   6.02 5.40     G1.5IV-V 277 0
87 * ome Leo SB* 09 28 27.39861 +09 03 24.4255           G1V 154 0
88 * psi Vel ** 09 30 41.99958 -40 28 00.2616 3.89 3.96 3.60 3.24 3.02 F3VFe-0.7 107 0
89 Ross 440 ** 09 31 19.41603 -13 29 18.9355 12.734 11.568 10.067 9.000 7.682 M3V 133 0
90 HD 84121 ** 09 40 42.5724435860 -57 59 00.645514718   5.492 5.307     A3IV 51 1
91 BD+75 403 ** 10 10 58.51301 +75 08 28.9261   10.88   9.112   K6V 60 0
92 * bet LMi SB* 10 27 52.9995995 +36 42 25.956038 5.76 5.11 4.21 3.52 3.06 G9III 211 0
93 HD 91881 ** 10 36 04.50734 -26 40 31.7332       7.21   F5V 55 0
94 * p Vel SB* 10 37 18.13995 -48 13 32.2349 4.19 4.13 3.84 3.57 3.41 A3/5 117 0
95 * 55 Leo PM* 10 55 42.3961058578 +00 44 12.909374947   6.35 5.93     F3/5V 70 0
96 HD 95506 ** 11 00 51.1348838 -40 29 53.199431   7.302 6.77     F7V 26 1
97 * alf UMa SB* 11 03 43.67152 +61 45 03.7249 3.78 2.86 1.79 0.98 0.40 G9III+A7.5 424 0
98 HD 96064 BY* 11 04 41.4723398276 -04 13 15.917094753   8.41 7.64     G8V 114 0
99 * chi01 Hya ** 11 05 19.9061925179 -27 17 36.998134352   5.281 4.912 6.50   F3IV/V 80 0
100 * ksi UMa RS* 11 18 10.931880 +31 31 45.44004 4.42 4.38 3.79     F8.5:V+G2V 256 0
101 * 55 UMa SB* 11 19 07.8903037922 +38 11 08.045730373   4.90 4.80     A2V 126 0
102 * pi. Cen ** 11 21 00.40615 -54 29 27.6654           B5Vn 114 0
103 * iot Leo SB* 11 23 55.45273 +10 31 46.2195   4.35   3.8   F3V 262 0
104 HD 100203 ** 11 32 20.7193458841 +61 04 56.996054923       6.81   F8VmF5 124 0
105 HD 103246 ** 11 53 43.08041 +73 45 21.8428   7.313 6.778     F8 57 1
106 NAME HD 103246AB ** 11 53 43.093 +73 45 21.91   7.341 6.772     ~ 46 0
107 * 89 Cen ** 12 03 36.34296 -39 00 32.6897   8.84 8.54 7.39   F7V 48 0
108 HD 106549 ** 12 15 27.0547989187 -31 05 38.479747208 12.407 11.174 9.761 8.887 8.054 K7Vk: 31 0
109 BD+06 2573 ** 12 15 58.31996 +05 38 24.5453   10.66   9.2   K5V 65 0
110 * eta Vir SB* 12 19 54.3488819446 -00 40 00.599569600 3.99 3.92 3.90 3.82 3.82 A2IV 233 0
111 HD 108799 ** 12 30 04.77431 -13 23 35.4605   9.14 8.69 7.49   G1/2V 110 0
112 * gam Cen ** 12 41 31.04008 -48 57 35.5375 2.15 2.16 2.17 2.14 2.14 A1IV+A0IV 118 1
113 * gam Vir B Pe* 12 41 39.5425844770 -01 26 57.847656959   3.85 3.49     F0mF2V 213 0
114 * 78 UMa ** 13 00 43.69949 +56 21 58.8102   5.29 4.93     F2V 266 1
115 * alf Com ** 13 09 59.28520 +17 31 46.0389 4.71 4.77 4.32 4.1   F5V+F6V 194 0
116 HD 115953 ** 13 19 45.5462727363 +47 46 40.905539555   10.02 8.54 8.700   M2V 113 0
117 HD 116495 ** 13 23 32.78241 +29 14 14.9577   10.23   8.867   M0V 100 0
118 HD 118261 ** 13 37 12.38185 -61 41 30.7082   6.13 5.63     F6V 64 1
119 * 25 CVn ** 13 37 27.62782 +36 17 41.6337   5.05 4.82     A7III+A8V: 139 0
120 HD 118889 ** 13 39 34.61613 +10 44 46.5827   5.912 5.580     F0V 151 0
121 HD 120476 ** 13 49 04.00130 +26 58 47.6815           K4V+K6V 168 0
122 BD+09 2882 ** 14 23 22.69526 +08 26 47.8351 4.89 4.92 4.87     ~ 109 0
123 HD 127352 ** 14 31 00.6309336529 -05 48 08.265014882   8.47 7.69     K0V 54 0
124 * alf Cen A SB* 14 39 36.49400 -60 50 02.3737 0.96 0.72 0.01     G2V 1146 0
125 BD+20 3010 ** 14 42 33.64800 +19 28 47.2155 11.616 10.364 9.043 8.242 7.553 M0V 104 0
126 HD 129980 ** 14 46 10.87977 -21 10 33.4621   7.044 6.435     G1V 68 0
127 HD 130669 ** 14 49 13.62103 +10 12 52.0630   9.31   7.9   K2V 84 0
128 * ksi Boo BY* 14 51 23.37993 +19 06 01.6994 5.618 5.370 4.593 3.91 3.48 G7Ve+K5Ve 436 0
129 HD 131976 SB* 14 57 26.53330 -21 24 41.5778 10.759 9.559 8.065 7.075 9.02 M1.5V 226 1
130 * i Boo EB* 15 03 47.29565 +47 39 14.6228           G0Vn 525 0
131 HD 135204 ** 15 13 50.8946978843 -01 21 04.995339684   7.37 6.60     G9V 144 0
132 HD 136176 ** 15 18 20.25662 +26 50 25.3347       7.31   G0V_Fe-0.7 122 0
133 * eta CrB SB* 15 23 12.30535 +30 17 16.1701 5.60 5.56 4.98 4.50 4.22 G2V+G2V 180 0
134 * mu.01 Boo ** 15 24 29.4311310088 +37 22 37.691927808       4.1   F0IV 185 0
135 * mu.02 Boo ** 15 24 30.86708 +37 20 50.2777           G0V 122 0
136 HD 140625 ** 15 25 47.5804790209 +84 30 14.143190066   9.61 8.81     ~ 17 1
137 * bet CrB a2* 15 27 49.7315305 +29 06 20.522375 4.08 3.97 3.68 3.50 3.45 F2VpSrCrEuSi 657 0
138 HD 139341 ** 15 36 02.22306 +39 48 08.9141   7.68   6.2   K1V 170 0
139 HD 139905 ** 15 37 00.3763873 +64 26 23.656727   9.49 8.71     G5 31 1
140 * iot Ser ** 15 41 33.0546906 +19 40 13.437985   4.563 4.505     A1V 183 0
141 * gam CrB dS* 15 42 44.56551 +26 17 44.2847           A0V 200 0
142 * iot01 Nor ** 16 03 32.08942 -57 46 30.2641   4.87 4.63     A5IVs 88 0
143 * ksi Sco SB* 16 04 22.134576 -11 22 23.17404 4.65 4.64 4.17     F7V 124 0
144 HD 147298 PM* 16 22 21.91294 -32 19 53.3521   10.61 9.61     K4(III) 15 1
145 * 25 Her ** 16 25 24.1681736016 +37 23 38.579755312 5.790 5.710 5.540     A5V 93 0
146 HD 148653 ** 16 28 52.66102 +18 24 50.6185   7.86 7.02 7.55   K3V+K3V 140 0
147 * zet Her SB* 16 41 17.16104 +31 36 09.7873 3.640 3.430 2.800 2.31 1.99 G0IV 525 0
148 HD 152751 Er* 16 55 28.75758 -08 20 10.7876 11.647 10.593 9.023 7.937 6.565 M3.5Ve 488 1
149 * c Her ** 17 08 02.0650759598 +35 56 06.676640046   5.70 5.39     kA5hF0VmF2 142 0
150 * eta Oph ** 17 10 22.68689 -15 43 29.6639 2.56 2.47 2.42 2.39 2.38 A2IV-V 252 0
151 G 19-15 ** 17 11 52.25370 -01 51 06.3227 14.28 13.005 11.393 10.286 8.877 M3V 55 0
152 HD 155876 SB* 17 12 07.91174 +45 39 57.2157   10.250 9.523 9.3   M3V 199 0
153 HD 155826 ** 17 15 35.9021317723 -38 35 38.168900773   6.54 5.96     G0V 79 0
154 HD 156384 ** 17 18 57.16483 -34 59 23.1416 7.80 6.93 5.89 4.97 4.38 K3V+K5V 145 0
155 V* V819 Her Al* 17 21 43.6153979332 +39 58 28.658827060   6.222 5.561     F7V 167 0
156 HD 157498 * 17 23 57.8648823 -09 21 29.769583   8.45 7.83     G0V 50 1
157 BD+29 3029 ** 17 29 20.06958 +29 23 30.9071   10.11   8.92   K5V 74 0
158 HD 158614 SB* 17 30 23.79699 -01 03 46.4882 6.34 6.03 5.31 5.52   G9-IV-VHdel1 282 0
159 HD 159304 ** 17 32 34.1040458529 +34 44 47.658738160   8.50 7.97     G0 45 1
160 * 26 Dra SB* 17 34 59.59363 +61 52 28.4006 5.950 5.830   4.8   F9V+K3V 244 0
161 BD+27 2853 ** 17 37 10.767120 +27 53 47.15700       9.04   K5 77 0
162 HD 162338 ** 17 48 58.3167197 +37 03 42.238055   7.69 7.18     G0 57 0
163 V* V2388 Oph bL* 17 54 14.1593775461 +11 07 49.857841223   6.68   6.0   F5Vn 118 1
164 HD 163840 SB* 17 57 14.3391768182 +23 59 44.647993135   6.965 6.323     G2V+K2V 111 0
165 * tau Oph ** 18 03 04.91992 -08 10 49.2586 5.22 5.17 4.79     F3IV 92 0
166 * 70 Oph Ro* 18 05 27.28518 +02 30 00.3558 5.40 4.89 4.03 3.38 2.92 K0-V 609 0
167 HD 165590 EB* 18 05 49.6819035061 +21 26 45.389410339           G0V+G5V 221 0
168 * b Her SB* 18 07 01.53971 +30 33 43.6896 5.52 5.59 5.07 4.61 4.28 F7VgF7mF5 419 0
169 HD 165893 ** 18 09 12.1734841170 -22 11 01.438981451   10.00 8.89     K3.5Vk: 31 1
170 * 73 Oph gD* 18 09 33.89271 +03 59 35.8059           F3V 131 0
171 * phi Dra a2* 18 20 45.43224 +71 20 16.1499   4.15 4.22     B8V 184 0
172 * chi Dra SB* 18 21 03.38255 +72 43 58.2518 4.010 4.070 3.580 3.14 2.83 F7V 383 1
173 HD 173084 ** 18 38 23.66730 +67 07 35.5514   8.33 7.71     G5 49 0
174 HD 172088 ** 18 38 23.7978014894 -03 11 37.135217156   7.035 6.482     F8V 102 0
175 HD 173950 BY* 18 46 34.62978 +38 21 03.3424   8.935 8.100 8.63   G9V 53 0
176 HD 176051 SB* 18 57 01.60985 +32 54 04.5723 5.85 5.82   4.9   F9V+K1V 239 1
177 * zet Sgr ** 19 02 36.73024 -29 52 48.2279   2.685 2.585     A2.5Va 160 0
178 HD 175986 ** 19 03 29.6337340883 -68 45 20.061187744   6.422 5.861     G0IV 40 1
179 BD+33 3339 SB* 19 08 53.9367946567 +34 03 44.068973999   10.76 9.47     K8 66 0
180 HD 179484 ** 19 11 07.89706 +38 46 48.3556           G4V+K0V 76 0
181 NAME HD 179484BC ** 19 11 08.045304 +38 46 52.73328       8.71   G7V 65 0
182 CD-46 12902 ** 19 16 42.9149365334 -45 53 21.724532826 12.044 10.817 9.356 8.432 7.478 M0Vk: 46 0
183 HD 184467 SB* 19 31 07.9709304846 +58 35 09.576438460       7.36   K2V 151 0
184 HD 186307 dS* 19 41 57.6162862 +40 15 14.925895   6.4 6.23     A6V 73 1
185 HD 186858 ** 19 45 33.52829 +33 36 07.1859   8.67   7.7   K5V+K5V 119 1
186 Ross 165 ** 19 45 45.489 +27 07 31.85       12.00   M4V+M4V 67 0
187 HD 188753 ** 19 54 58.3717655 +41 52 17.529759   8.22   6.9   G9V 123 1
188 HD 189340 SB* 19 59 47.2802830338 -09 57 29.634435094   6.46 5.88     F9V 148 0
189 HD 191854 SB* 20 10 13.32676 +43 56 44.0669       8.05   G4V+G8V 100 0
190 BD+33 3930 BY* 20 31 07.76836 +33 32 34.4593   9.21 8.35     G8V 58 0
191 V* VW Cep EB* 20 37 21.6248469581 +75 36 01.889162699   8.13   7.0   G8V+K0V 526 0
192 * bet Del SB* 20 37 32.94130 +14 35 42.3195 4.16 4.07 3.63 3.23 2.99 F5IV 268 0
193 HD 196795 BY* 20 39 37.70965 +04 58 19.3401 10.218 9.084 7.842 7.065 6.382 K5V 158 0
194 * alf Del ** 20 39 38.2872009 +15 54 43.463736 3.550 3.740 3.800 3.77 3.81 B9IV 271 0
195 BD+10 4385 ** 20 49 23.65050 +11 24 08.4343       9.01   K5 71 0
196 BD+40 883 Er* 21 00 05.3890094352 +40 04 12.684002015   11.59 9.97 9.63 7.96 M2.0V+M0.5Ve 165 0
197 * eta Cap ** 21 04 24.3013240 -19 51 17.971066 5.07 5.02 4.84 4.68 4.61 A5V 108 0
198 HD 202582 ** 21 13 42.48263 +64 24 14.2302 7.05 6.99 6.39     G2IV+G2IV 96 0
199 * 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) 306 0
200 * tau Cyg dS* 21 14 47.49252 +38 02 43.1441 4.140 4.120 3.730 3.38 3.14 F2IV 251 0
201 HD 202908 ** 21 18 34.8827547583 +11 34 07.787823885   7.602 7.013     G0V+G6V 131 0
202 HD 203345 SB* 21 21 21.5747997307 +10 19 56.182722896   7.222 6.711     F5 105 0
203 Wolf 922 Ro* 21 31 18.5690289199 -09 47 26.482273373 14.901 13.670 12.006 10.708 9.038 M4.5V 143 0
204 BD+27 4120 ** 21 38 00.38433 +27 43 25.4747     9.947 9.475   M1V 78 0
205 * kap Peg SB* 21 44 38.73522 +25 38 42.1359   4.553 4.135     F5V 237 1
206 HD 206804 ** 21 46 35.78179 -57 42 12.1799   10.38 9.38 9.10 8.61 K6.5Vk 57 0
207 * 13 Peg Er* 21 50 08.6999159 +17 17 09.058878   5.717 5.336     F2III-IV 142 0
208 * del Ind ** 21 57 55.0735349 -54 59 33.274025   4.68 4.40     F0IV 62 0
209 * 33 Peg ** 22 23 39.5651518820 +20 50 53.826875507 6.690 6.690   5.9   F7IV 48 0
210 HD 239960 ** 22 27 59.47299 +57 41 45.2325           M3 262 0
211 * 37 Peg ** 22 29 57.9401253283 +04 25 54.036511321       6.98   F8(V)+A4(V) 138 0
212 BD+53 2911 ** 22 32 56.77416 +53 47 40.5528   11.46 10.12 9.4   M0V 55 0
213 HD 213973 ** 22 33 02.91024 +69 54 48.7698           A9III 68 0
214 HD 214222 SB* 22 35 42.6711290705 +53 12 14.411224059   8.77 8.19     G1V 58 0
215 HD 214608 SB* 22 38 47.47147 +44 18 50.0318   7.38   6.5   F9V 109 0
216 HD 214810 ** 22 40 47.9751105073 -03 33 15.476516215   6.83 6.31     G9VFe-0.7 85 0
217 HD 214850 SB* 22 40 52.68164 +14 32 56.9765   6.43 5.71 6.76   G4V 191 0
218 HD 216448 ** 22 52 00.55195 +57 43 00.8867       8.58   K3V 73 0
219 HD 216608 ** 22 53 40.1607383513 +44 44 56.958518468   6.075 5.808     kA3VmF2III/IVp 127 0
220 HD 217166 ** 22 58 35.0805178 +09 21 24.676963   7.07   6.0   G5VFe-0.8 128 0
221 * 83 Aqr ** 23 05 09.78684 -07 41 37.6853   5.79 5.47     F0V 120 0
222 * pi. Cep SB* 23 07 53.85377 +75 23 14.9951 5.67 5.21 4.41     G2III 171 0
223 * 94 Aqr SB* 23 19 06.7256972451 -13 27 31.614580771   5.95 5.18     G8.5IV 193 0
224 HD 221839 ** 23 35 40.0529180913 -27 29 25.866030895   7.215 6.701     F7V+G3V 48 0
225 HD 222516 ** 23 41 05.4391931280 +46 13 05.742905899   7.441 6.978     F5 71 1
226 HD 223551 ** 23 50 34.37535 -51 42 19.4944       8.71   G8/K0V 35 0

    Equat.    Gal    SGal    Ecl

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2020.11.25-07:47:10

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