2003A&A...401..997P


C.D.S. - SIMBAD4 rel 1.7 - 2019.10.17CEST13:27:01

2003A&A...401..997P - Astronomy and Astrophysics, volume 401, 997-1007 (2003/4-3)

The Wilson-Bappu effect: A tool to determine stellar distances.

PACE G., PASQUINI L. and ORTOLANI S.

Abstract (from CDS):

Wilson & Bappu (1957ApJ...125..661W) have shown the existence of a remarkable correlation between the width of the emission in the core of the K line of Ca II and the absolute visual magnitude of late-type stars. Here we present a new calibration of the Wilson-Bappu effect based on a sample of 119 nearby stars. We use, for the first time, width measurements based on high resolution and high signal to noise ratio CCD spectra and absolute visual magnitudes from the Hipparcos database. Our primary goal is to investigate the possibility of using the Wilson-Bappu effect to determine accurate distances to single stars and groups. The result of our calibration fitting of the Wilson-Bappu relationship is MV=33.2-18.0logW0, and the determination seems free of systematic effects. The root mean square error of the fitting is 0.6mag. This error is mostly accounted for by measurement errors and intrinsic variability of W0, but in addition a possible dependence on the metallicity is found, which becomes clearly noticeable for metallicities below [Fe/H]~-0.4. This detection is possible because in our sample [Fe/H] ranges from -1.5 to 0.4. The Wilson-Bappu effect can be used confidently for all metallicities not lower than ~-0.4, including the LMC. While it does not provide accurate distances to single stars, it is a useful tool to determine accurate distances to clusters and aggregates, where a sufficient number of stars can be observed. We apply the Wilson-Bappu effect to published data of the open cluster M67; the retrieved distance modulus is of 9.65mag, in very good agreement with the best distance estimations for this cluster, based on main sequence fitting.

Abstract Copyright:

Journal keyword(s): stars: distances - stars: late-type - line: profiles

VizieR on-line data: <Available at CDS (J/A+A/401/997): table1.dat>

Simbad objects: 163

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Number of rows : 163

N Identifier Otype ICRS (J2000)
RA
ICRS (J2000)
DEC
Mag U Mag B Mag V Mag R Mag I Sp type #ref
1850 - 2019
#notes
1 HD 1273 SB* 00 16 53.8987833648 -52 39 04.042533334 7.537 7.497 6.852 6.475 6.095 G5VFe-1.2CH-0.9 79 0
2 * zet Tuc PM* 00 20 04.2599713 -64 52 29.254760 4.82 4.80 4.23 3.73 3.40 F9.5V 334 0
3 * bet Hyi PM* 00 25 45.07036 -77 15 15.2860 3.52 3.41 2.79 2.28 1.94 G0V 529 0
4 HD 3443 SB* 00 37 20.71960 -24 46 02.1843   6.28 5.57     K1V+G 219 0
5 HD 3823 PM* 00 40 25.6702570458 -59 27 16.565812842   6.44 5.88     G0VFe-0.9CH-0.4 142 0
6 HD 3795 PM* 00 40 32.7956054102 -23 48 17.719009278   6.84 6.14     K0VFe-1.5CH-1.3 173 0
7 * bet Cet PM* 00 43 35.37090 -17 59 11.7827 3.90 3.02 2.01 1.29 0.78 G9.5IIICH-1 495 0
8 HD 4398 PM* 00 46 11.7557687937 -22 31 19.572645862   6.48 5.50     G8/K0III 37 0
9 HD 4747 SB* 00 49 26.7612113944 -23 12 44.865754071 8.244 7.927 7.155 6.732 6.344 G8/K0V 121 0
10 HD 9540 PM* 01 33 15.8094097330 -24 10 40.655632552 8.041 7.722 6.963 6.548 6.176 K0V 99 0
11 * psi Phe LP* 01 53 38.7410337 -46 18 09.604795 7.71 6.00 4.41 2.68 1.17 M4III 96 0
12 HD 14412 PM* 02 18 58.5046943868 -25 56 44.473476858   7.07 6.34     G8V 187 0
13 * kap For ** 02 22 32.6034277561 -23 49 00.487776704   5.80 5.19   4.51 G0V 242 1
14 * iot Hor PM* 02 42 33.4664838826 -50 48 01.056222150   5.97 5.40     F8V 333 1
15 HD 17970 PM* 02 52 19.6886740756 -33 27 02.288850217   8.93 8.09     K2V 66 0
16 HD 20407 PM* 03 15 06.3903001430 -45 39 53.360201463 7.326 7.334 6.756 6.426 6.103 G5VFe-1.2CH-1 92 0
17 * zet01 Ret PM* 03 17 46.1632605674 -62 34 31.154247481 6.24 6.18 5.54 5.00 4.66 G2.5VHdel1 264 0
18 * zet02 Ret PM* 03 18 12.8185412558 -62 30 22.917300282   5.84 5.24     G1V 318 0
19 * 15 Eri ** 03 18 22.1050403 -22 30 40.019070   5.783 4.875     K0III 52 1
20 * kap01 Cet BY* 03 19 21.6963205 +03 22 12.715139 5.71 5.52 4.85 4.27 3.91 G5V 811 0
21 * e Eri PM* 03 19 55.6509352 -43 04 11.217495 5.20 4.98 4.27 3.65 3.25 G6V 392 1
22 HD 21749 PM* 03 26 59.2228715011 -63 29 56.761818941 10.446 9.302 8.143 7.43 6.865 K4.5V 66 1
23 HD 26491 PM* 04 07 21.6309004996 -64 13 20.466806494 7.13 7.02 6.38     G1V 107 0
24 HD 27274 PM* 04 15 56.9020837016 -53 18 35.309099554 9.843 8.759 7.634 6.967 6.412 K4.5Vk: 74 0
25 * l Eri ** 04 38 10.8240964091 -14 18 14.483465432 5.99 4.96 3.87 3.03 2.47 K2-IIIb 125 0
26 * 58 Eri BY* 04 47 36.2917607568 -16 56 04.041927355   6.14 5.50     G2.5IV-V 378 0
27 HD 32778 PM* 05 02 17.0433620546 -56 04 50.092494811 7.687 7.652 7.021 6.66 6.293 G7VFe-1.4CH-1.2 72 0
28 HD 32450 ** 05 02 28.4709542438 -21 15 24.042798884 10.97 9.77 8.317 7.405 6.492 K7V 89 0
29 HD 34721 PM* 05 18 50.4728766225 -18 07 48.186302167   6.54 5.96     G0V 106 0
30 HR 1771 ** 05 21 46.25452 -24 46 22.7417   5.73 5.06     G8/K0II/III+A2/3 43 0
31 HD 36435 PM* 05 27 39.3523551876 -60 24 57.584559812 8.068 7.75 6.983 6.573 6.191 G5V 104 0
32 * bet Lep ** 05 28 14.7231588 -20 45 33.987791 4.13 3.66 2.84 2.19 1.75 G5II-IIIa: 226 0
33 * chi01 Ori RS* 05 54 22.9829893 +20 16 34.222038 5.08 5.00 4.40 3.90 3.59 G0V 789 0
34 * alf Men PM* 06 10 14.4741194137 -74 45 10.963587125   5.81 5.09     G7V 242 1
35 HD 42581 Fl* 06 10 34.6152510171 -21 51 52.658021185 10.801 9.607 8.125 7.164 6.121 M1V 382 0
36 * eta02 Dor PM* 06 11 14.9830667172 -65 35 21.895201104 8.49 6.63 5.01 3.51 2.27 M2.5III 50 0
37 HD 48938 PM* 06 44 51.9521268640 -27 20 29.998350403   6.99 6.43     G0VFe-0.8CH-0.5 113 0
38 HD 53705 PM* 07 03 57.3152423334 -43 36 28.921620874   5.94 5.28 5.05 4.71 G1.5V 164 1
39 * pi. Pup LP* 07 17 08.55678 -37 05 50.8962 5.57 4.32 2.70 1.46 0.55 K3Ib+B5+ 100 0
40 * sig Pup SB* 07 29 13.8304917 -43 18 05.159662 6.54 4.77 3.25 2.04 1.12 K5III 120 0
41 * 171 Pup PM* 07 45 34.9191268687 -34 10 21.283643355   5.95 5.37     F9V 277 0
42 * 9 Pup SB* 07 51 46.30295 -13 53 52.9169   5.760 5.16     G0V 227 0
43 HD 65907 PM* 07 57 46.9145300342 -60 18 11.051586167 6.17 6.17 5.60     F9.5V 155 0
44 HD 67458 PM* 08 07 00.5222771312 -29 24 10.576616098 7.47 7.39 6.79     G0V 108 0
45 * 19 Pup ** 08 11 16.3058502 -12 55 37.195175 6.44 5.68 4.72 3.99 3.51 G8.5IIIb 74 0
46 * a Hya PM* 08 40 01.4718190176 -12 28 31.343313250   6.397 4.969     K3III 62 0
47 * d Vel * 08 44 23.9453925159 -42 38 57.393304135   4.917 4.046     G6III 70 0
48 * D Hya * 08 46 22.5354441480 -13 32 51.750164327 5.86 5.22 4.32 3.64 3.18 G8IIIbCN-1 71 0
49 BD+12 1919 V* 08 50 12.3010520522 +11 51 24.501571988   10.395 9.098 8.842   K5 50 0
50 * gam Pyx PM* 08 50 31.9228221 -27 42 35.442108 6.67 5.27 4.01 3.06 2.39 K2.5III 101 0
51 NGC 2682 84 RG* 08 51 12.6931812504 +11 52 42.448865345   11.629 10.393 10.234 9.500 K1III 98 0
52 NGC 2682 105 RG* 08 51 17.0998688216 +11 48 16.177322855   11.554 10.316 9.942 9.07 K2III 117 0
53 NGC 2682 108 RG* 08 51 17.4856199463 +11 45 22.709284546   11.064 9.603 9.370 8.36 ~ 108 1
54 NGC 2682 OpC 08 51 18 +11 48.0           ~ 1983 0
55 Cl* NGC 2682 SAND 1135 * 08 51 20.0987009223 +12 18 10.432046331 12.58 10.786 9.324 9.113   K2 36 0
56 NGC 2682 141 RG* 08 51 22.8037504415 +11 48 01.780643224   11.570 10.346 10.180 9.40 ~ 115 0
57 BD+12 1926 RG* 08 51 29.9056917233 +11 47 16.877217672   11.004 9.555 9.360 8.36 K3III 122 0
58 NGC 2682 224 RG* 08 51 43.5488551130 +11 44 26.483079596   11.894 10.686 10.460 9.660 K1III 88 0
59 NGC 2682 266 RG* 08 51 59.5227988109 +11 55 04.837738790   11.65 10.463   9.490 ~ 67 0
60 Cl* NGC 2682 SAND 1553 * 08 52 30.4730268978 +11 15 32.362828257   10.41 8.823   6.680 M0 18 0
61 * lam Vel LP* 09 07 59.75787 -43 25 57.3273 5.67 3.86 2.21 0.97 0.03 K4Ib 201 0
62 * k Car * 09 20 56.8132949358 -62 24 16.681094270   5.733 4.800     G6III 35 0
63 * N Vel V* 09 31 13.3189137 -57 02 03.757780   4.691 3.139     K5III 87 0
64 * ups01 Hya * 09 51 28.6938376 -14 50 47.771030 5.68 5.03 4.11 3.42 2.95 G7III 143 0
65 * mu. Hya PM* 10 26 05.42630 -16 50 10.6429 7.11 5.29 3.81 2.70 1.87 K4III 114 0
66 * nu. Hya PM* 10 49 37.4887449 -16 11 37.135989 5.62 4.35 3.11 2.17 1.53 K1.5IIIHdel-0.5 154 0
67 * alf Crt PM* 10 59 46.4648602 -18 17 55.617244 6.14 5.16 4.07 3.27 2.72 K0IIIb 197 0
68 * del Crt PM* 11 19 20.4475617 -14 46 42.741307 5.66 4.67 3.56 2.73 2.13 G9IIICH0.5 153 0
69 * nu. Vir LP* 11 45 51.5595736 +06 31 45.741287 7.32 5.54 4.04 2.79 1.78 M1III 233 0
70 HD 104304 PM* 12 00 44.4611593182 -10 26 46.055023587 6.76 6.32 5.55     G8IV 206 1
71 * 33 Vir PM* 12 46 22.5451134510 +09 32 22.866790905   6.66   5.1   G9 121 0
72 * del Vir RG* 12 55 36.2086058 +03 23 50.893225 6.76 4.97 3.38 1.86 0.53 M3+III 254 0
73 * eps Vir PM* 13 02 10.5978496 +10 57 32.941443 4.45 3.71 2.79 2.16 1.71 G8III-IIIb 508 0
74 * 49 Vir * 13 07 53.8116847300 -10 44 25.473958133   6.281 5.151     K0.5IIIbFe-0.5 76 0
75 HD 114613 PM* 13 12 03.1833193234 -37 48 10.879261160 5.86 5.55 4.85 4.28 3.92 G3V 158 0
76 * 57 Vir PM* 13 15 58.7708535803 -19 56 35.159709257   6.25 5.22     K1IV- 79 0
77 * gam Hya SB* 13 18 55.2971856 -23 10 17.451401 4.58 3.92 3.00 2.40 1.93 G8IIIa 160 0
78 * h Vir PM* 13 32 58.0721498 -10 09 54.009115   6.17 5.21     G8III 70 0
79 * m Vir PM* 13 41 36.7696829399 -08 42 10.733953564 8.59 6.64 5.01     M1+III 103 0
80 * ups Boo PM* 13 49 28.6407858 +15 47 52.460283 7.46 5.59 4.07 2.87 2.00 K5.5III 133 0
81 * p Vir PM* 13 54 42.1451632540 -01 30 11.242079124   6.258 5.159     K1/2II/III 69 0
82 * pi. Hya PM* 14 06 22.2974865 -26 40 56.502378 5.45 4.41 3.28 2.40 1.85 K2-IIIFe-0.5 129 0
83 * kap Vir PM* 14 12 53.7453840 -10 16 25.333997 7.00 5.53 4.21 3.14 2.39 K2.5IIIFe-0.5 127 0
84 * ups Vir PM* 14 19 32.4801543933 -02 15 55.864300715 7.01 6.16 5.14     G9IIICN-0.5 76 0
85 * phi Vir PM* 14 28 12.1387305861 -02 13 40.648944384   5.522 4.840     G2IV 171 0
86 * 31 Boo V* 14 41 38.7504908982 +08 09 42.340850402   5.866 4.862     G7IIIa 149 0
87 * 11 Lib PM* 14 51 01.0727295 -02 17 56.948789 6.64 5.92 4.94     K0III/IV 117 0
88 * 110 Vir PM* 15 02 54.0379635 +02 05 28.694429 6.31 5.44 4.40 3.59 3.05 K0+IIIbFe-0.5 116 0
89 * 6 Ser PM* 15 21 01.9959467479 +00 42 55.206902826   6.611 5.393     K1III 69 1
90 * 37 Lib PM* 15 34 10.7020905 -10 03 52.306353 6.48 5.63 4.62 3.85 3.33 K1III-IV 155 0
91 * alf Ser PM* 15 44 16.0743159 +06 25 32.263272 5.080 3.800 2.630 1.82 1.25 K2IIIbCN1 487 0
92 * ome Ser PM* 15 50 17.5464926986 +02 11 47.439052415   6.236 5.217     K0IV 115 1
93 * kap Her A * 16 08 04.5256364354 +17 02 49.117453521   5.927 4.994     G7III 130 0
94 HD 145206 SB* 16 09 50.5011847803 -03 28 00.319595432   6.817 5.378     K4III 57 0
95 * del Oph PM* 16 14 20.73853 -03 41 39.5612 6.30 4.34 2.75 1.46 0.43 M0.5III 341 0
96 * eps Oph PM* 16 18 19.2897431 -04 41 33.034466 4.95 4.21 3.23 2.54 2.05 G9.5IIIbFe-0.5 222 0
97 V* V2105 Oph LP* 16 27 43.4565361375 -07 35 52.557353712 9.02 6.95 5.23     M3-III 80 0
98 HD 148513 PM* 16 28 33.9805980948 +00 39 53.998682880 8.65 6.85 5.39     K3V 148 0
99 HD 150416 *iN 16 41 34.3840737202 -17 44 31.804671164   5.994 4.923     G7.5II-IIICN1Ba0.5 86 1
100 * i Her V* 16 45 49.8920295264 +08 34 57.395045056 8.62 6.68 5.15     K5III 88 0
101 * zet02 Sco PM* 16 54 35.0043467 -42 21 40.740679   4.99 3.62     K3III 66 0
102 * 23 Oph * 16 54 35.6944019804 -06 09 14.331820978   6.329 5.230     K1IICNIII 64 0
103 * bet Oph PM* 17 43 28.3526482 +04 34 02.295484 5.150 3.930 2.750 1.96 1.38 K2IIICN0.5 447 0
104 * 93 Her * 18 00 03.4161099403 +16 45 03.285548353 7.15 5.93 4.67 3.80 3.21 K0.5IIb 129 0
105 * 71 Oph * 18 07 18.3588843509 +08 44 01.918091638   5.592 4.640     G8III 160 0
106 * eta Ser PM* 18 21 18.6005560 -02 53 55.776595 4.84 4.19 3.25 2.55 2.05 K0III-IV 346 0
107 * zet Sct SB* 18 23 39.5720721443 -08 56 04.029296163   5.619 4.664     G9-IIIbFe-0.5 70 0
108 * zet Tel PM* 18 28 49.8597995 -49 04 14.112225   5.15 4.13     K1III-IV 43 0
109 HD 170493 PM* 18 29 52.4074744124 -01 49 05.169085248 10.187 9.11 8.004 7.374 6.871 K4V 105 0
110 * alf Sct PM* 18 35 12.4277636 -08 14 38.652893 6.70 5.17 3.83 2.86 2.18 K3III 171 0
111 V* V718 CrA LP? 18 39 35.1586433273 -43 11 09.172909324   7.029 5.425     M2III 24 0
112 * eps Sct * 18 43 31.2554790878 -08 16 30.805110638   5.998 4.889     G8IIb 82 0
113 * bet Sct SB* 18 47 10.4626934070 -04 44 52.363891614 6.15 5.31 4.22 3.43 2.86 G4IIa 175 0
114 * ksi02 Sgr * 18 57 43.7990826 -21 06 23.961268 5.82 4.69 3.51 2.71 2.12 G8/K0II/III 106 0
115 * i Aql V* 19 01 40.8270735 -05 44 20.813427 6.15 5.11 4.02 3.23 2.69 K1III 87 0
116 HD 177565 PM* 19 06 52.4643138830 -37 48 38.372801262   6.88 6.16     G6V 145 0
117 * f Aql SB* 19 20 32.8981434896 -05 24 56.754473611   5.927 4.990     G8/K0IV 112 0
118 * b Aql PM* 19 24 58.2002406780 +11 56 39.882312617 6.35 5.93   4.7   G7IVHdel1 447 0
119 * e Aql V* 19 30 39.8360572 -02 47 19.994380 8.83 6.78 5.03     K5III 56 0
120 * mu. Aql PM* 19 34 05.3535328 +07 22 44.179596 6.87 5.63 4.45 3.55 2.94 K3-IIIbFe0.5 246 1
121 * gam Aql * 19 46 15.5802908 +10 36 47.740788 5.93 4.23 2.72 1.65 0.87 K3II 416 0
122 * ksi Aql ** 19 54 14.8820884109 +08 27 41.227187849   5.759 4.707     G9.5IIIb 125 1
123 * gam Sge PM* 19 58 45.4286265 +19 29 31.728079 6.97 5.04 3.47 2.27 1.35 M0-III 239 0
124 * 15 Sge PM* 20 04 06.2209062328 +17 04 12.677429047   6.41   5.4   G0V 331 0
125 * del Pav PM* 20 08 43.6094697 -66 10 55.443275 4.78 4.32 3.56 2.95 2.61 G8IV 343 0
126 HD 191408 PM* 20 11 11.9384853308 -36 06 04.353559455   5.44 5.32     K2.5V 243 1
127 HD 191408B PM* 20 11 12.2 -36 06 09           M3.5 222 1
128 HD 194013 * 20 23 10.6937478862 +05 20 34.724266275   6.279 5.301     G8III-IV 85 0
129 HD 194640 PM* 20 27 44.2428093744 -30 52 04.246660714   7.35 6.62     G8V 94 0
130 * 69 Aql PM* 20 29 38.9999549164 -02 53 07.917559356   6.065 4.900     K1/2III 72 0
131 * l Aql SB* 20 38 20.2826451625 -01 06 18.436265173 5.98 5.29 4.33 3.66 3.20 G7.5IIIa 85 0
132 * 1 Aqr PM* 20 39 24.8934342148 +00 29 11.132611968   6.204 5.153     K0III 72 0
133 HD 196761 PM* 20 40 11.7546336973 -23 46 25.924674471   7.09 6.37     G7.5IV-V 162 0
134 * k Aqr LP* 20 47 44.2389847 -05 01 39.721978 8.04 6.11 4.44 2.97 1.66 M3III 117 0
135 * nu. Aqr PM* 21 09 35.6488810 -11 22 18.085110 6.13 5.46 4.52 3.83 3.37 K0III 91 0
136 V* AX Mic Fl* 21 17 15.2688576495 -38 52 02.510022611   8.09 6.68     M1V 200 0
137 HD 202628 PM* 21 18 27.2693236958 -43 20 04.746121764   7.39 6.742     G5V 135 0
138 HD 202457 PM* 21 18 44.3777068249 -61 21 09.845077261   7.29 6.60     G5V 69 0
139 HD 202940 SB* 21 19 45.6291423305 -26 21 10.361978842   7.50 6.68 7.35   G7V 100 0
140 * 1 Peg PM* 21 22 05.1992768 +19 48 16.236458 6.25 5.20 4.09 3.30 2.76 K1III 169 0
141 HD 203244 PM* 21 24 40.5220958049 -68 13 40.527845137   7.70 6.97     G5V 68 0
142 HD 205390 PM* 21 36 41.2433842290 -50 50 43.388402064 8.603 8.044 7.157 6.66 6.21 K1V 76 0
143 * d Aqr PM* 21 39 33.2672082453 +02 14 36.801503843   6.136 5.100     K0III 67 0
144 * kap Cap PM* 21 42 39.5070997 -18 51 58.766863   5.593 4.726     G8III 72 0
145 * eps Peg LP* 21 44 11.1561394 +09 52 30.031152 5.61 3.91 2.39 1.34 0.58 K2Ib-II 428 0
146 * eps Ind PM* 22 03 21.6542294981 -56 47 09.537018193   5.75 4.69     K5V 461 0
147 * nu. Peg PM* 22 05 40.7513310188 +05 03 30.716345076 8.08 6.28 4.84 3.77 3.01 K4III 95 0
148 * alf Aqr * 22 05 47.0359315 -00 19 11.456766 4.65 3.90 2.94 2.27 1.76 G2Ib 416 0
149 HD 211038 PM* 22 14 38.2203018034 -15 49 06.715686022   7.44 6.54     G9.5IV-V 78 0
150 HD 211415 ** 22 18 15.6134595819 -53 37 37.466488939   5.97 5.33 6.52   G0V 159 2
151 HD 211931 * 22 23 43.5253523902 -72 48 13.743166780   8.00 7.96     A1V 7 0
152 * nu. Ind ** 22 24 36.8855638745 -72 15 19.494501994   5.94 5.29     G9VFe-3.1CH-1.5 241 0
153 HD 212330 SB* 22 24 56.3720716646 -57 47 50.824747845 6.09 5.96 5.31 4.79 4.40 G2IV-V 126 0
154 * 53 Aqr A PM* 22 26 34.300222 -16 44 31.90085   6.83 6.22     G2V 135 0
155 * 35 Peg PM* 22 27 51.5223252490 +04 41 44.391554789 6.74 5.86 4.80 4.02 3.46 K1-III-IV 250 0
156 HD 213042 PM* 22 29 15.2363505086 -30 01 06.262591727 9.784 8.742 7.645 7.022 6.513 K4V 128 0
157 * tau Aqr * 22 49 35.5015682 -13 35 33.476641 7.51 5.57 3.98 2.79 1.84 M0III 76 0
158 HD 217357 PM* 23 00 16.1224771183 -22 31 27.651428500 10.494 9.251 7.869 7.014 6.238 K7+Vk 153 0
159 HD 217580 SB* 23 01 51.5437938421 -03 50 55.441795620 9.199 8.428 7.464 6.934 6.482 K3V 89 0
160 * 55 Peg V* 23 07 00.2589864288 +09 24 34.174103756 8.020 6.080 4.520 3.25 2.23 M1IIIab 129 0
161 * phi Aqr SB* 23 14 19.3596471948 -06 02 56.398606998 7.64 5.77 4.22 2.94 1.86 M1.5III 120 0
162 HD 220339 PM* 23 23 04.8951997112 -10 45 51.278200097 9.272 8.695 7.796 7.288 6.834 K2V 105 0
163 * tet Psc PM* 23 27 58.0952890 +06 22 44.371999 6.41 5.38 4.30 3.50 2.97 K0.5III 158 0

    Equat.    Gal    SGal    Ecl

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2019.10.17-13:27:01

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