2017A&A...603A...3V


Query : 2017A&A...603A...3V

2017A&A...603A...3V - Astronomy and Astrophysics, volume 603A, 3-3 (2017/7-1)

The VLT/NaCo large program to probe the occurrence of exoplanets and brown dwarfs at wide orbits. IV. Gravitational instability rarely forms wide, giant planets.

VIGAN A., BONAVITA M., BILLER B., FORGAN D., RICE K., CHAUVIN G., DESIDERA S., MEUNIER J.-C., DELORME P., SCHLIEDER J.E., BONNEFOY M., CARSON J., COVINO E., HAGELBERG J., HENNING T., JANSON M., LAGRANGE A.-M., QUANZ S.P., ZURLO A., BEUZIT J.-L., BOCCALETTI A., BUENZLI E., FELDT M., GIRARD J.H.V., GRATTON R., KASPER M., LE COROLLER H., MESA D., MESSINA S., MEYER M., MONTAGNIER G., MORDASINI C., MOUILLET D., MOUTOU C., REGGIANI M., SEGRANSAN D. and THALMANN C.

Abstract (from CDS):

Understanding the formation and evolution of giant planets (≥1MJup) at wide orbital separation (≥5AU) is one of the goals of direct imaging. Over the past 15yr, many surveys have placed strong constraints on the occurrence rate of wide-orbit giants, mostly based on non-detections, but very few have tried to make a direct link with planet formation theories. In the present work, we combine the results of our previously published VLT/NaCo large program with the results of 12 past imaging surveys to constitute a statistical sample of 199 FGK stars within 100 pc, including three stars with sub-stellar companions. Using Monte Carlo simulations and assuming linear flat distributions for the mass and semi-major axis of planets, we estimate the sub-stellar companion frequency to be within 0.75-5.70% at the 68% confidence level (CL) within 20-300AU and 0.5-75MJup, which is compatible with previously published results. We also compare our results with the predictions of state-of-the-art population synthesis models based on the gravitational instability (GI) formation scenario with and without scattering. We estimate that in both the scattered and non-scattered populations, we would be able to detect more than 30% of companions in the 1-75MJup range (95% CL). With the threesub-stellar detections in our sample, we estimate the fraction of stars that host a planetary system formed by GI to be within 1.0-8.6% (95% CL). We also conclude that even though GI is not common, it predicts a mass distribution of wide-orbit massive companions that is much closer to what is observed than what the core accretion scenario predicts. Finally, we associate the present paper with the release of the Direct Imaging Virtual Archive (DIVA), a public database that aims at gathering the results of past, present, and future direct imaging surveys.

Abstract Copyright: © ESO, 2017

Journal keyword(s): techniques: high angular resolution - methods: statistical - infrared: planetary systems - planetary systems - planets and satellites: formation - planets and satellites: formation

VizieR on-line data: <Available at CDS (J/A+A/603/A3): tablea1.dat>

Simbad objects: 215

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Number of rows : 215
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 NAME THA As* 00 00 -62.0           ~ 412 0
2 HD 105 PM* 00 05 52.5447817152 -41 45 11.044988352   8.13 7.53     G0V 162 0
3 HD 166 BY* 00 06 36.7840068588 +29 01 17.412693890   6.88   5.6   G8 331 1
4 HD 203 PM* 00 06 50.0863238088 -23 06 27.145662264   6.547 6.173   5.74 F3V 120 0
5 HD 377 PM* 00 08 25.7454555168 +06 37 00.489407808   8.22 7.59   6.90 G2V 127 0
6 V* V344 And BY* 00 11 22.4373660576 +30 26 58.474176936   8.719 7.941 7.5   K0V 66 0
7 HD 987 PM* 00 13 53.0108292528 -74 41 17.850099516   9.48 8.724   7.933 G8V 92 0
8 HD 984 ** 00 14 10.2528328224 -07 11 56.812684848   7.82 7.32     F7V 86 0
9 V* PW And RS* 00 18 20.8895755560 +30 57 22.129174872   9.78 8.86 8.3 7.78 K2V 113 1
10 HD 1466 PM* 00 18 26.1235857360 -63 28 38.980983432   8.00 7.46     F8V 100 0
11 HD 3221 PM* 00 34 51.2017857192 -61 54 58.128126444   10.83 9.604   8.238 K4Ve 76 0
12 V* QT And BY* 00 41 17.3373080280 +34 25 16.843233180   10.91 9.98 9.46   K1V 31 0
13 CD-78 24 PM* 00 42 20.3144575248 -77 47 39.737671044   11.41 10.189   8.994 K3Ve 25 0
14 BD+54 144 mul 00 45 50.88948 +54 58 40.1992           F8V 52 0
15 V* V966 Cas BY* 01 02 57.2227680888 +69 13 37.428340368 8.71 8.42 7.67 7.07 6.66 G5V 56 0
16 HD 6569 PM* 01 06 26.1533050824 -14 17 47.105517192   10.35 9.52   8.55 K1V 54 0
17 BD-12 243 PM* 01 20 32.2680172224 -11 28 03.727949952   9.19 8.39     G9V 79 1
18 HD 8558 PM* 01 23 21.2547930336 -57 28 50.688846336   9.21 8.543   7.773 G7V 75 0
19 V* CC Phe PM* 01 28 08.6607223056 -52 38 19.144933512   9.98 9.07     K1V 75 1
20 HD 9540 PM* 01 33 15.8091072128 -24 10 40.654687460 8.041 7.722 6.963 6.548 6.176 K0V 109 0
21 V* HS Psc RS* 01 37 23.2338806856 +26 57 12.070603008       9.96   K5 26 0
22 V* EX Cet BY* 01 37 35.4667815000 -06 45 37.529924796 8.862 8.459 7.656 7.218 6.817 K0/1V 122 0
23 HD 10472 PM* 01 40 24.0655876848 -60 59 56.626037484   8.01 7.61   7.13 F2IV/V 57 0
24 * q01 Eri PM* 01 42 29.3145176952 -53 44 26.991453264   6.05 5.52     F9V 295 1
25 * tau Cet PM* 01 44 04.0831371922 -15 56 14.927607677 4.43 4.22 3.50 2.88 2.41 G8V 1171 1
26 CD-52 381 PM* 01 52 14.6257090872 -52 19 33.184648704   11.836 10.953 10.42 9.825 K2V(e) 57 0
27 CD-60 416 PM* 02 07 32.2077035400 -59 40 21.071727768   11.36 10.36 10.33   K5Ve 33 0
28 HD 14082B BY* 02 17 24.7369490496 +28 44 30.411007188   8.33 7.74     G2V 100 0
29 HD 14082 BY* 02 17 25.2869702592 +28 44 42.145069812   7.545 7.031 8.04   F5V 114 0
30 HD 15115 PM* 02 26 16.2457848552 +06 17 33.186453252   7.15 6.80   6.33 F4IV 177 0
31 BD+30 397 PM* 02 27 29.2543096632 +30 58 24.596323968   11.3 10.12 9.32 8.78 K7V 94 1
32 CD-53 544 PM* 02 41 46.8336541680 -52 59 52.395906048   11.49 10.281 9.992 8.305 K6Ve 49 0
33 HD 17190 PM* 02 46 15.2062402920 +25 38 59.643226104   8.66   7.4   K1 95 0
34 HD 17925 RS* 02 52 32.1281856011 -12 46 10.968056223 7.48 6.91 6.05 5.34 4.89 K1V 486 0
35 1RXS J025804.6-624115 Ro* 02 58 04.0079248080 -62 41 13.551474552   12.35 11.66 11.15 10.403 K3Ve 19 0
36 * 51 Ari PM* 03 02 26.0263370112 +26 36 33.260418324       6.2   G8V 150 0
37 V* IS Eri BY* 03 09 42.2876014080 -09 34 46.583173740   9.27 8.49   7.64 G8/K0V 91 0
38 HD 20367 PM* 03 17 40.0468295160 +31 07 37.360398072   6.962 6.399     F8V 125 1
39 BD-19 660 PM* 03 20 50.7089403936 -19 16 08.721788736   11.40 10.32     K7V 24 0
40 CD-46 1064 PM* 03 30 49.1011356768 -45 55 57.363470616   10.67 9.622   8.494 K3V 35 0
41 * eps Eri BY* 03 32 55.8444911587 -09 27 29.739493865 5.19 4.61 3.73 3.00 2.54 K2V 1798 1
42 HD 21845 PM* 03 33 13.4905810704 +46 15 26.546978484   8.963 8.250 7.8 7.34 K2 84 0
43 HD 25284 PM* 04 00 03.8188820448 -29 02 16.431877752   11.44 10.38     K6V 19 0
44 BD-15 705 PM* 04 02 16.4849860320 -15 21 29.807327268   11.19 10.024   8.940 K3/4 36 1
45 HD 25457 TT* 04 02 36.7442719512 -00 16 08.119921152   5.88 5.38     F7V 253 0
46 * 50 Per RS* 04 08 36.6171573432 +38 02 23.058806100 7.78 5.97   5.2   F8V 213 0
47 HD 26980 Ro* 04 14 22.5713382072 -38 19 01.574486904   9.76 9.069   8.397 G3V 45 0
48 HD 29615 PM* 04 38 43.9420468776 -27 02 01.804814772   9.08 8.47   7.79 G3V 57 0
49 HD 29697 BY* 04 41 18.8552115035 +20 54 05.446927411 10.064 9.12 7.985 7.313 6.666 K4V 158 0
50 HD 29329 PM* 04 46 00.5766465576 +76 36 39.759160824       6.2   F7V 45 0
51 HD 30447 * 04 46 49.5286580976 -26 18 08.851615452   8.25 7.86   7.39 F3V 69 0
52 HD 32195 PM* 04 48 05.1761479440 -80 46 45.262920468   8.67 8.155   7.541 F7V 61 0
53 * pi.03 Ori PM* 04 49 50.4109057 +06 57 40.588294 3.620 3.630 3.190 2.77 2.51 F6V 550 0
54 HD 31746 PM* 04 54 53.0365142976 -58 32 51.553286952   6.531 6.107     F5V 47 0
55 HD 32372 * 05 00 51.8670832680 -41 01 06.722144292   10.20 9.54     G5V 31 0
56 HD 32981 * 05 06 27.6898532424 -15 49 30.406858032   9.75 9.12   8.46 F8V 19 0
57 BD-09 1108 V* 05 15 36.5214279048 -09 30 51.369155136   10.45 9.825   8.975 G5 17 0
58 V* AS Col RS* 05 20 38.0482052304 -39 45 17.797423968   7.89 7.38   6.81 F6V 68 1
59 HD 35650 Ro* 05 24 30.1695408744 -38 58 10.747077852 11.54 10.365 9.054 8.293 7.577 K6V 79 0
60 CD-43 1846 * 05 26 22.9679470416 -43 22 36.280139088   9.44 8.95     G0 28 0
61 HD 269620 Ro* 05 29 27.0877521024 -68 52 04.837319652   10.27 9.629   8.862 G6V 27 0
62 V* AH Lep BY* 05 34 09.1623884232 -15 17 03.185067228   9.08 8.363   7.649 G2V 40 0
63 CD-48 1893 * 05 36 55.0965482328 -47 57 47.936758860 12.05 11.07 9.865 9.098 8.381 K6Ve 54 0
64 V* UY Pic RS* 05 36 56.8528399368 -47 57 52.883969472   8.77 7.676   6.699 K0V 124 0
65 HD 37484 * 05 37 39.6269435064 -28 37 34.655407824   7.66 7.25   6.79 F4V 89 0
66 BD-08 1195 V* 05 38 35.0071950768 -08 56 40.455825648   10.66 9.837   9.56 G7 18 0
67 HD 37394 BY* 05 41 20.3356800431 +53 28 51.808818686 7.58 7.07 6.23 5.54 5.11 K1 313 0
68 HD 38397 Ro* 05 43 35.8089067368 -39 55 24.721640724   8.72 8.140   7.486 G0V 51 0
69 * gam Lep PM* 05 44 27.7906169580 -22 26 54.187756254 4.08 4.07 3.60 3.15 2.89 F6V 411 0
70 NAME Columba Association As* 06 04 19.4 -22 20 40           ~ 247 0
71 MCC 234 PM* 06 07 55.2510248640 +67 58 36.554348208   11.03 9.75     K8V 48 0
72 V* AO Men PM* 06 18 28.2078302088 -72 02 41.447954904   11.06 9.809 9.299 8.456 K4Ve 129 0
73 V* V1358 Ori BY* 06 19 08.0574987312 -03 26 20.361237864   8.52 7.95     G0V 101 1
74 HD 44627 Ro* 06 19 12.9130449912 -58 03 15.527294208   10.01 9.205   8.185 K1V(e) 155 1
75 HD 44627B BD* 06 19 12.9988086984 -58 03 20.198341332           L1 120 1
76 HD 44748 PM* 06 21 57.2526276432 -34 30 43.750854324   9.78 9.123   8.340 G6V 28 0
77 HD 45270 PM* 06 22 30.9408581256 -60 13 07.147057296 7.186 7.11 6.508   5.87 G1V 110 0
78 CD-40 2458 Ro* 06 26 06.9121433208 -41 02 53.789757864   10.82 9.99   9.151 K0V 24 0
79 NAME AB Dor Moving Group MGr 06 38 53.4 -42 50 04           ~ 421 0
80 HD 49855 PM* 06 43 46.2456407136 -71 58 35.390963928   9.63 9.055   8.259 G6V 68 0
81 BD+20 1790 BY* 07 23 43.5893479416 +20 24 58.650645816   11.08 10.001 9.43 8.522 K5e 84 0
82 CD-48 2972 PM* 07 28 22.0257671592 -49 08 37.667060052   10.53 9.855   8.996 G8V 22 0
83 HD 61005 PM* 07 35 47.4623556456 -32 12 14.045086368   8.96 8.22     G8Vk 195 0
84 HD 61606 BY* 07 39 59.3286138624 -03 35 51.027583488 8.89 8.136 7.169 6.626 6.15 K3V 180 0
85 HD 62850 PM* 07 42 36.0621578664 -59 17 50.741322504   7.83 7.19     G3V 55 0
86 HD 63608 PM* 07 46 16.9606391136 -59 48 34.197479316   9.06 8.23     K0IV-V(k) 53 0
87 BD+01 2063 BY* 08 19 19.0513575384 +01 20 19.906257624 9.858 9.266 8.347 7.829 7.365 G5V 50 0
88 V* V478 Hya BY* 08 22 49.9527726648 +01 51 33.552251064   9.30 8.711   7.999 G1/2V 92 2
89 V* FR Cnc BY* 08 32 30.5296878048 +15 49 26.229486900   11.42 10.25 9.788   K7e 34 0
90 * pi.01 UMa BY* 08 39 11.7046112880 +65 01 15.263122512 6.33 6.26 5.64 5.12 4.79 G0.5V 540 0
91 * 5 LMi PM* 08 50 32.2228174512 +33 17 06.195898140   6.738 6.210     F7Vs 159 0
92 HD 77825 BY* 09 04 20.6940062640 -15 54 51.301830636   9.75 8.758   7.703 K2V 53 0
93 HD 78141 PM* 09 07 18.0735926495 +22 52 21.500667554   8.87 7.98     K0 18 0
94 HD 82106 PM* 09 29 54.8251829217 +05 39 18.473349688 9.071 8.223 7.197 6.626 6.13 K3V 202 0
95 SAO 98614 PM* 09 30 34.9989564504 +10 35 59.818900740       8.2   ~ 37 1
96 HD 82443 BY* 09 32 43.7594578944 +26 59 18.706023348   7.78   6.6   G9V(k) 230 1
97 HD 84199 PM* 09 42 50.8115971056 -22 57 55.778461344   8.38 7.91 7.80 8.75 F5V 27 0
98 HD 298936 PM* 10 13 14.7724609728 -52 30 54.001503468   10.81 9.763   8.687 K3Ve 55 0
99 BD+33 1976 PM* 10 20 45.9254224056 +32 23 54.305057868       8.6   K0V 21 0
100 BD-19 3018 PM* 10 27 37.3314657096 -20 27 10.589686128   10.76 9.954   9.042 K0V 10 0
101 HD 90905 PM* 10 29 42.2298999216 +01 29 28.037560668       6.5   G1V 81 0
102 HD 296790 PM* 10 32 43.9096237032 -44 40 55.669553976   10.50 9.649   8.747 K0V 15 0
103 V* V418 Hya PM* 10 36 30.7919314944 -13 50 35.824038468   9.60 8.75     K2V 37 0
104 V* V419 Hya BY* 10 43 28.2715703736 -29 03 51.432666948 9.144 8.596 7.719 7.232 6.806 K1V 161 0
105 HD 93528 PM* 10 47 31.1542342536 -22 20 52.917024696   9.19 8.388   7.515 K0V 40 0
106 HD 94765 BY* 10 56 30.7993104072 +07 23 18.507477300 8.944 8.252 7.379 6.815 6.442 K0V 94 0
107 NAME UMa Region reg 11 00 +50.0           ~ 322 0
108 HD 96064 BY* 11 04 41.4723255984 -04 13 15.920344704   8.41 7.64     G8V 121 0
109 HD 97334 BY* 11 12 32.3503039560 +35 48 50.688978228   7.02   6.0   G2 268 0
110 * 89 Leo PM* 11 34 21.9489030480 +03 03 36.593787600   6.23   5.5   F5.5V 152 0
111 HD 102195 PM* 11 45 42.2928676296 +02 49 17.324140440       7.6   K0V 123 1
112 HD 102458 Y*O 11 47 24.5438206248 -49 53 03.018484572   9.70 9.07   8.40 G4V 85 0
113 HD 103742 PM* 11 56 42.3106974888 -32 16 05.365130232   8.28 7.64     G3V 57 1
114 HD 105631 PM* 12 09 37.2562252156 +40 15 07.402194612   8.26   7.0   G7V 121 0
115 NAME Lower Centaurus Crux As* 12 19 -57.1           ~ 408 1
116 HD 107146 PM* 12 19 06.5018840304 +16 32 53.867731128   7.61   6.7   G2V 249 0
117 CD-49 7027 Y*O 12 21 55.6590902616 -49 46 12.443074608   10.81 10.001   9.050 G9V 29 0
118 CD-62 657 Y*O 12 28 25.3945932456 -63 20 58.738038180   10.129 9.357   8.525 G7V 19 0
119 * del Crv B PM* 12 29 50.8908693096 -16 31 15.208167648 10.13 9.38 8.43     K1 35 0
120 * eta Crv PM* 12 32 04.2264018482 -16 11 45.618615379   4.658 4.294     F2V 303 0
121 CPD-63 2367 Y*O 12 36 38.9779337112 -63 44 43.520073000   10.83 10.028   8.951 K2V 14 0
122 BD+60 1417 PM* 12 43 33.2722368600 +60 00 52.703215884   10.38 9.37     K0 15 0
123 HD 111395 BY* 12 48 47.0481446766 +24 50 24.818642182   6.98   5.8   G5V 174 0
124 CD-69 1055 Y*O 12 58 25.5840183960 -70 28 49.148391324   10.77 9.992   8.941 K0Ve 41 0
125 HD 112733 PM* 12 58 31.9698234816 +38 16 43.556629692   9.41 8.63     G5V 41 0
126 HD 113553 PM* 13 05 16.8069758904 -50 51 23.820716088   9.00 8.327   7.586 G6V 44 0
127 HD 114613 PM* 13 12 03.1842958709 -37 48 10.879928463 5.86 5.55 4.85 4.28 3.92 G3V 181 0
128 HD 115404 PM* 13 16 51.0514297623 +17 01 01.840901307   7.69 6.66     K2V 264 0
129 HD 116956 BY* 13 25 45.5320130664 +56 58 13.776984840 8.540 8.090   6.8   G9V 112 0
130 V* FH CVn BY* 13 27 12.1162937688 +45 58 26.368604616   12.38 11.16 10.50   K7 14 0
131 CD-41 7947 Y*O 13 34 31.8880438128 -42 09 30.690277992   11.67 10.70 10.42   K2IVe 17 0
132 HD 118100 Er* 13 34 43.2063495866 -08 20 31.338030204 11.578 10.552 9.372 8.602 7.930 K5Ve 334 0
133 HD 120352 PM* 13 48 58.1922892728 -01 35 34.636697088   9.26 8.51     G8V 29 0
134 HD 124106 PM* 14 11 46.1728891865 -12 36 42.361291756 9.351 8.819 7.946 7.459 7.031 K1V 107 0
135 HD 234121 PM* 14 16 12.1678485696 +51 22 34.750820928   9.17   6.9   K1V 35 1
136 NAME beta Pic Moving Group MGr 14 30 -42.0           ~ 667 0
137 HD 128311 BY* 14 36 00.5602765558 +09 44 47.454573266 9.232 8.441 7.446 6.895 6.425 K3V 287 1
138 * alf Cir B PM* 14 42 28.6419905471 -64 58 41.216878144   9.62 8.47     K5V 25 0
139 HD 129181 PM* 14 42 43.5680171712 -48 47 58.655890824   9.04 8.49     F8V 29 0
140 HD 130004 PM* 14 45 24.1828475659 +13 50 46.734249058 9.430 8.750 7.870 7.313 6.845 K0V 50 0
141 HD 130322 PM* 14 47 32.7262287384 -00 16 53.307811560   8.82 8.04     K0V 250 1
142 HD 130948 BY* 14 50 15.8109853464 +23 54 42.634220112   6.456 5.867     F9IV-V 263 0
143 NAME HD 130948BC BD* 14 50 16.00 +23 54 41.8           L4+L4 61 0
144 * c Boo PM* 15 07 18.0659348352 +24 52 09.099406380 5.34 5.36 4.93 4.53 4.32 F5V 346 0
145 V* NY Aps BY* 15 12 23.4366789528 -75 15 15.643023768   10.23 9.378   8.512 G9V 42 0
146 NAME Upper Centaurus Lupus As* 15 24 -41.9           ~ 412 1
147 * pi.01 UMi B PM* 15 29 23.5918226712 +80 27 00.965393496   8.10   6.7   G9V 101 0
148 * g Lup PM* 15 41 11.3768069149 -44 39 40.341696305   5.036 4.633     F3/5V 191 0
149 CD-24 12231 Y*O 15 41 31.2136894680 -25 20 36.316420188   10.75 9.94     G9IVe 22 0
150 V* KW Lup PM* 15 45 47.6002137432 -30 20 55.746457152   10.34 9.37   7.956 K2V 66 0
151 HD 141272 BY* 15 48 09.4631912304 +01 34 18.266587824 8.65 8.242 7.422 6.973 6.565 K0V 119 0
152 V* NZ Lup BY* 15 53 27.2916958608 -42 16 00.710765508   8.48 7.975   7.213 G2 89 0
153 NAME Upper Sco Association As* 16 12 -23.4           ~ 1190 1
154 BD-19 4341 V* 16 14 13.8190472568 -19 39 36.250588512   10.33 9.61   8.56 K0IV 12 0
155 HD 148440 PM* 16 29 20.1629321016 -30 57 39.801632616   10.53 9.76     G9V(e) 26 0
156 HD 155674 PM* 17 10 10.5073172544 +54 29 39.756848388   10.061 8.853     K6V 84 0
157 BD+54 1862 PM* 17 10 12.3552015024 +54 29 24.510961428   10.536 9.209 8.71   K6V 74 0
158 HD 156097 V* 17 16 57.9611864208 -31 09 03.810673188   10.13 9.52     G5V 12 0
159 HD 159911 PM* 17 37 46.4747505936 -13 14 46.596572772   11.17 10.023   8.590 K7e 19 0
160 HD 160682 EB* 17 42 30.3555759312 -28 44 55.601538324   9.74 9.033 8.57 8.978 G5V 48 0
161 BD+21 3245 PM* 17 53 29.9357072592 +21 19 31.052373636   9.475 8.49 8.05   K2.5V 74 0
162 BD+18 3497 PM* 17 55 44.8981205376 +18 30 01.385136504 11.495 10.35 9.151 8.427 7.824 K5V 80 0
163 HD 164249 PM* 18 03 03.4097283792 -51 38 56.432149872   7.438 7.007 7.90   F6V 106 0
164 HD 166435 PM* 18 09 21.3816898440 +29 57 06.166145376   7.457 6.829     G1IV 178 0
165 HD 168210 EB* 18 19 52.2105321456 -29 16 32.828773368   9.44 8.844 8.505 8.132 G5V 42 0
166 V* V889 Her BY* 18 34 20.1028767504 +18 41 24.234675864   8.00 7.449   6.720 G2V 129 0
167 V* PZ Tel BY* 18 53 05.8735056984 -50 10 49.897437168   9.22 8.342   7.464 G9IV 307 0
168 HD 176367 PM* 19 01 06.0430208928 -28 42 50.423970204   9.06 8.47 8.11 8.737 G1V 42 0
169 HD 181327 PM* 19 22 58.9437222504 -54 32 16.975668624   7.50 7.04   6.49 F6V 255 0
170 HD 183414 PM* 19 35 09.7191677592 -69 58 32.096120988   8.538 7.891     G3V 50 0
171 BD-14 5534 Ro* 19 45 35.9616413496 -14 27 54.392957316   10.43 9.774   8.895 G6V 10 0
172 HD 187748 PM* 19 48 15.4484802048 +59 25 22.446445188   7.22 6.64     G0 41 0
173 HD 189285 PM* 19 59 24.1004802984 -04 32 06.157717008   10.18 9.43   8.72 G5V 21 0
174 HD 189245 PM* 20 00 20.2493681318 -33 42 12.424573369   6.15 5.66     F7V 103 0
175 HD 191089 PM* 20 09 05.2156358688 -26 13 26.520165768   7.62 7.18     F5V 133 0
176 BD+33 3936 PM* 20 31 32.0718640320 +33 46 33.134277540   10.31 9.20     K4V 57 0
177 V* BO Mic BY* 20 47 45.0056152368 -36 35 40.769832192   10.39 9.337   8.216 K3V(e) 179 0
178 * 61 Cyg A BY* 21 06 53.9395895022 +38 44 57.902349973 7.50 6.39 5.21 4.19 3.54 K5V 991 0
179 * 61 Cyg B Er* 21 06 55.2638444466 +38 44 31.358519864 8.63 7.40 6.03 4.86 3.55 K7V 694 1
180 HD 201651 PM* 21 06 56.3883363168 +69 40 28.548436620   8.94 8.20     K0 41 0
181 HD 201919 BY* 21 13 05.2764114744 -17 29 12.691167252   11.57 10.613   9.200 K6Ve 30 0
182 HD 202575 PM* 21 16 32.4670760976 +09 23 37.775303340 9.802 8.923 7.878 7.276 6.774 K3V 124 0
183 HD 202917 PM* 21 20 49.9576157736 -53 02 03.155667216   9.32 8.67   7.882 G7V 154 0
184 HD 202732 PM* 21 23 27.1385746272 -75 29 37.751163144   8.60 7.89     G5V 39 0
185 BD+22 4409 BY* 21 31 01.7140062576 +23 20 07.374015564   10.240 9.245 8.6 7.965 K3Vke 163 0
186 V* HN Peg BY* 21 44 31.3299461136 +14 46 18.983292600       6.16   G0V+ 478 0
187 HD 207129 PM* 21 48 15.7511634187 -47 18 13.017893348   6.18 5.58     G2V 308 0
188 HD 207575 PM* 21 52 09.7248858144 -62 03 08.506270296   7.72 7.23     F6V 70 0
189 HD 208313 BY* 21 54 45.0393081915 +32 19 42.840436429   8.69   7.1   K1 95 0
190 HD 209253 * 22 02 32.9648144400 -32 08 01.486311108   7.12 6.63     F6.5V 86 0
191 * eps Ind PM* 22 03 21.6536261624 -56 47 09.522795714   5.75 4.69     K5V 506 0
192 V* V383 Lac BY* 22 20 07.0254050808 +49 30 11.767337496   9.42 8.58     K1V 75 0
193 HD 213042 PM* 22 29 15.2363920289 -30 01 06.263701071 9.784 8.742 7.645 7.022 6.513 K4V 145 0
194 * ups Aqr PM* 22 34 41.6357860992 -20 42 29.576916972   5.637 5.203     F7V 126 0
195 CPD-72 2713 PM* 22 42 48.9340258128 -71 42 21.199866948   11.718 10.565 10.401 8.862 K7Ve 53 0
196 CD-40 14901 PM* 22 46 33.4660308096 -39 28 45.162131556   10.16 9.468   8.672 G5V 17 0
197 V* TW PsA BY* 22 56 24.0525564918 -31 33 56.030584767   7.58 6.48     K4Ve 282 0
198 HD 217343 PM* 23 00 19.2868499184 -26 09 13.504347252   8.12 7.48   6.75 G5V 102 0
199 HD 218860 PM* 23 11 52.0534851600 -45 08 10.631426784   9.52 8.782   7.930 G8V 65 0
200 HD 219498 PM* 23 16 05.0251368456 +22 10 34.827156228   9.77 9.05     G5 24 0
201 HD 220140 RS* 23 19 26.6385484104 +79 00 12.673035540   8.43 7.54 7.17 6.76 G9V 134 1
202 BD+41 4749 PM* 23 19 39.5615401608 +42 15 09.834862140   9.67 8.93     G0 39 1
203 HD 220054 BY* 23 21 52.5064592016 -69 42 11.844087660   10.56 9.909 9.41 9.121 G8V 23 0
204 CD-86 147 PM* 23 27 49.3975525344 -86 13 18.707579544   10.03 9.317   8.479 G8IV 18 0
205 CD-69 2101 PM* 23 31 00.7877488080 -69 05 10.837708440   9.89 8.98     K3V 15 0
206 HD 221545 Ro* 23 33 06.1311143352 -17 54 41.885802468   10.45 9.597   8.723 K0V 9 0
207 HD 221853 PM* 23 35 36.1523996880 +08 22 57.426983076   7.75 7.34   6.88 F0 46 0
208 HD 222575 PM* 23 41 54.2923187616 -35 58 39.809450460   10.07 9.411   8.599 G8V 34 0
209 HD 224228 PM* 23 56 10.6732330776 -39 03 08.409504852 9.977 9.21 8.225 7.669 7.194 K2V 77 0
210 NAME Pleiades Moving Group MGr ~ ~           ~ 264 1
211 NAME Hercules-Lyra Moving Group MGr ~ ~           ~ 59 0
212 NAME Carina Moving Group MGr ~ ~           ~ 38 0
213 NAME Castor Moving Group As* ~ ~           ~ 121 1
214 NAME Carina Association As* ~ ~           ~ 134 1
215 NAME Argus Association As* ~ ~           ~ 198 0

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2022.05.24-11:37:35

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