2010A&A...517A..88W


C.D.S. - SIMBAD4 rel 1.7 - 2020.07.04CEST05:45:28

2010A&A...517A..88W - Astronomy and Astrophysics, volume 517, A88-88 (2010/7-1)

Rotational velocities of nearby young stars.

WEISE P., LAUNHARDT R., SETIAWAN J. and HENNING T.

Abstract (from CDS):

Stellar rotation is a crucial parameter driving stellar magnetism, activity and mixing of chemical elements. Measuring rotational velocities of young stars can give additional insight in the initial conditions of the star formation process. Furthermore, the evolution of stellar rotation is coupled to the evolution of circumstellar disks. Disk-braking mechanisms are believed to be responsible for rotational deceleration during the accretion phase, and rotational spin-up during the contraction phase after decoupling from the disk for fast rotators arriving at the ZAMS. On the ZAMS, stars get rotationally braked by solar-type winds. We investigate the projected rotational velocities vsini of a sample of young stars with respect to the stellar mass and disk evolutionary state to search for possible indications of disk-braking mechanisms. Furthermore, we search for signs of rotational spin-up of stars that have already decoupled from their circumstellar disks. We analyse the stellar spectra of 220 nearby (mostly <100pc) young (2-600Myr) stars for their vsini, stellar age, Hα emission, and accretion rates. The stars have been observed with FEROS at the 2.2m MPG/ESO telescope and HARPS at the 3.6m telescope in La Silla, Chile. The spectra have been cross-correlated with appropriate theoretical templates. We build a new calibration to be able to derive vsini values from the cross-correlated spectra. Stellar ages are estimated from the LiI equivalent width at 6708Å. The equivalent width and width at 10% height of the Hα emission are measured to identify accretors and used to estimate accretion rates {dot}(M)acc. The vsin i is then analysed with respect to the evolutionary state of the circumstellar disks to search for indications of disk-braking mechanisms in accretors. We find that the broad vsin i distribution of our targets extends to rotation velocities of up to more than 100km/s and peaks at a value of 7.8±1.2km/s, and that ∼70% of our stars show vsin i<30km/s. Furthermore, we can find indications for disk-braking in accretors and rotational spin-up of stars which are decoupled from their disks. In addition, we show that a number of young stars are suitable for precise radial-velocity measurements for planet-search surveys.

Abstract Copyright:

Journal keyword(s): stars: pre-main-sequence - techniques: spectroscopic - stars: rotation

Simbad objects: 253

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Number of rows : 253

N Identifier Otype ICRS (J2000)
RA
ICRS (J2000)
DEC
Mag U Mag B Mag V Mag R Mag I Sp type #ref
1850 - 2020
#notes
1 NAME THA As* 00 00 -62.0           ~ 340 0
2 HD 225213 Fl* 00 05 24.4278018131 -37 21 26.504223709 11.074 10.022 8.562 7.589 6.432 M2V 183 0
3 HD 105 PM* 00 05 52.5449273706 -41 45 11.046016405   8.13 7.53     G0V 148 0
4 HD 377 PM* 00 08 25.7456097412 +06 37 00.488182642   8.22 7.59   6.90 G2V 115 0
5 HD 987 Ro* 00 13 53.0105874824 -74 41 17.851248731   9.48 8.724   7.933 G8V 79 0
6 HD 984 ** 00 14 10.2530723028 -07 11 56.814225050   7.82 7.32     F7V 75 0
7 HD 1466 PM* 00 18 26.1235227218 -63 28 38.981281995   8.00 7.46     F8V 89 0
8 * zet Tuc PM* 00 20 04.2599713 -64 52 29.254760 4.82 4.80 4.23 3.73 3.40 F9.5V 342 0
9 HD 3221 Ro* 00 34 51.2019905484 -61 54 58.129778039   10.83 9.604   8.238 K4Ve 67 0
10 CD-78 24 Ro* 00 42 20.3154071493 -77 47 39.737696603   11.41 10.189   8.994 K3Ve 19 0
11 HD 4628 PM* 00 48 22.9763438736 +05 16 50.209562003 7.22 6.64 5.74 4.99 4.52 K2.5V 445 0
12 HD 4944 SB* 00 50 24.3096143843 -64 04 04.013272315   8.53 7.98     F7V 15 0
13 CPD-64 120 Ro* 01 13 15.3419054655 -64 11 35.057807645   11.02 10.213   9.248 K1Ve 25 0
14 V* EW Cet BY* 01 16 24.1951327645 -12 05 49.205344949   8.32 7.55     K0V 64 0
15 BD-12 243 PM* 01 20 32.2680655064 -11 28 03.728304051   9.19 8.39     G9V 68 1
16 HD 8558 Ro* 01 23 21.2548999023 -57 28 50.689650839   9.21 8.543   7.773 G7V 65 0
17 HD 8813 PM* 01 23 25.8682367450 -76 36 42.414894777   9.04 8.36     G6V 29 0
18 CD-31 571 Ro* 01 24 51.8421247926 -30 44 44.715345316   11.25 10.33   9.229 K2V(e) 5 0
19 V* CC Phe Ro* 01 28 08.6609551392 -52 38 19.147504694   9.98 9.07     K1V 68 1
20 * tau Cet PM* 01 44 04.0834226 -15 56 14.926552 4.43 4.22 3.50 2.88 2.41 G8V 1091 1
21 CD-52 381 PM* 01 52 14.6258722411 -52 19 33.185337378   11.836 10.953 10.42 9.825 K2V(e) 47 0
22 V* DK Cet Ro* 01 57 48.9776543901 -21 54 05.343324011   8.73 8.057   7.343 G4V 116 1
23 CD-53 386 Ro* 02 01 53.714832 -52 34 53.19120   11.97 11.02 10.69 9.932 K2Ve 13 0
24 HD 13246 PM* 02 07 26.1252246821 -59 40 45.943903559   8.02 7.50     F7V 68 1
25 HD 13445 PM* 02 10 25.9190575041 -50 49 25.467227759   6.94 6.17     K1.5V 414 2
26 HD 14706 * 02 18 53.2352282481 -69 53 12.604978706   9.29 8.72     G0V 18 0
27 HD 15526 * 02 29 35.0349959754 -12 24 08.652263016   10.43 9.79     G5/6V 19 0
28 EXO 0235.2-5216 Fl* 02 36 51.7015289640 -52 03 03.601426664   13.59 12.411   9.727 M2Ve 47 0
29 BD+05 378 Ro* 02 41 25.8882107790 +05 59 18.394803825   11.58 10.271   8.807 K6Ve 92 1
30 V* AF Hor Er* 02 41 47.3054299827 -52 59 30.645005174   13.70 12.21     M2Ve 36 0
31 CD-58 553 Ro* 02 42 33.0255319323 -57 39 36.830495001   12.05 11.004   9.522 K5Ve 37 0
32 HD 17662 PM* 02 50 30.1779381308 +11 52 12.354194689   9.22 8.44     G5 19 0
33 HD 17925 RS* 02 52 32.1281853696 -12 46 10.970649463 7.48 6.91 6.05 5.34 4.89 K1V 470 0
34 CD-37 1123 * 03 00 46.8644924201 -37 08 01.755149118   11.25 10.46     G9V 11 0
35 HD 19330 PM* 03 04 33.1431553593 -51 19 19.562750009   8.12 7.54     F8V 33 0
36 HD 19491 PM* 03 06 05.6247710427 -48 47 46.793777796   8.77 8.24     F7V 15 0
37 V* IS Eri BY* 03 09 42.2876652306 -09 34 46.584013998   9.27 8.49   7.64 G8/K0V 80 0
38 * e Eri PM* 03 19 55.6509352 -43 04 11.217495 5.20 4.98 4.27 3.65 3.25 G6V 397 1
39 HD 21411 PM* 03 26 11.1178629731 -30 37 04.129587836   8.60 7.88     G8V 72 0
40 BD-20 638 * 03 26 22.0481669954 -20 01 48.730202738   11.15 10.49     G4V 14 0
41 TYC 57-485-1 * 03 29 08.0678291846 +01 18 05.694966130   11.09 10.49     G0IV: 16 0
42 HD 21955 ** 03 31 20.7985770402 -30 30 58.712896230   10.60 10.01 9.64 9.20 G7IV 22 1
43 ASAS J033149-6331.9 BY* 03 31 48.8747638385 -63 31 53.563846372   11.49 10.73 10.78 9.92 K0V 8 0
44 * eps Eri BY* 03 32 55.8449634 -09 27 29.731165 5.19 4.61 3.73 3.00 2.54 K2V 1697 1
45 HD 23208 Ro* 03 42 39.8040442939 -20 32 43.628755638   9.93 9.109   8.238 G8V 34 0
46 * del Eri RS* 03 43 14.9008787 -09 45 48.208444 5.13 4.46 3.54 2.82 2.32 K0+IV 542 0
47 Cl Melotte 22 OpC 03 47 00 +24 07.0           ~ 2978 0
48 TYC 72-921-1 * 03 54 21.3087575759 +05 35 40.815817788   10.82 10.14     G2V: 19 0
49 HD 25300 * 03 59 36.7303855073 -39 53 14.875070094   11.21 10.02     K0 18 0
50 BD-15 705 Ro* 04 02 16.4850091343 -15 21 29.807209958   11.19 10.024   8.940 K3/4 30 1
51 HD 25457 TT* 04 02 36.7451443573 -00 16 08.118566607   5.88 5.38     F7V 237 0
52 CD-31 1688 * 04 05 52.2301295048 -31 38 38.339797514   10.79 10.07     G6IV 6 0
53 HD 26990 ** 04 16 16.5221579662 +07 09 33.777352427   8.14 7.51     G0V: 65 0
54 CD-43 1395 Ro* 04 21 48.6893 -43 17 32.571   10.93 10.193   9.373 G7V 14 0
55 Cl Melotte 25 OpC 04 26 54.00 +15 52 00.0           ~ 2654 0
56 CD-43 1451 V* 04 30 27.3156451937 -42 48 46.144298450   11.72 10.83     G9V(e) 10 0
57 2MASS J04324350-1520114 TT* 04 32 43.5102514526 -15 20 11.352270572   11.28 10.588   9.724 G4V 16 0
58 2MASS J04341953+0226260 pr* 04 34 19.5435970686 +02 26 26.202458038     12.32     K4e 17 0
59 CD-36 1785 Ro* 04 34 50.7800936969 -35 47 21.173394004   11.88 10.94   9.857 K1Ve 17 0
60 HD 29623 PM* 04 39 23.7567784045 -12 31 47.894321557   9.08 8.51     G0V 5 0
61 BD+08 742 * 04 42 32.0876929258 +09 06 00.862536945   11.90 11.02     G5V: 26 0
62 HD 31950 TT* 05 00 24.3180818218 +15 05 25.254222986   10.40 9.80     G0 16 0
63 CD-57 1054 PM* 05 00 47.1300124315 -57 15 25.453371912   11.36 9.977 9.889 8.177 M0Ve 88 0
64 HD 32147 PM* 05 00 48.9991346145 -05 45 13.220341956 8.27 7.27 6.21 5.36 4.87 K3+V 413 1
65 LP 656-38 PM* 05 01 57.4261049715 -06 56 46.371875101   13.92 12.196 11.791 9.175 M4.0Ve 89 0
66 V* AS Col RS* 05 20 38.0483050509 -39 45 17.794216843   7.89 7.38   6.81 F6V 62 1
67 V* AF Lep RS* 05 27 04.7631691589 -11 54 03.466187467   6.832 6.295     F8V(n)k: 207 0
68 HD 36705 TT* 05 28 44.8916324761 -65 26 55.289846904 8.259 7.856 6.999 6.496 5.993 K0V 931 0
69 V* GW Ori Or* 05 29 08.3925564419 +11 52 12.653756566   10.83 10.10 9.52   G5/8Ve 299 0
70 V* AT Col BY* 05 37 05.2949412158 -39 32 26.475223330   10.45 9.552   8.567 K1V(e) 24 0
71 HD 37484 * 05 37 39.6270615471 -28 37 34.655923140   7.66 7.25   6.79 F4V 79 0
72 V* AI Lep RS* 05 40 20.7318742361 -19 40 10.931463569   9.58 8.95   8.335 G2V 26 0
73 HD 38207 * 05 43 20.9562637826 -20 11 21.439223613   8.83 8.47     F2V 31 0
74 HD 38397 Ro* 05 43 35.8089657470 -39 55 24.720451983   8.72 8.140   7.486 G0V 45 0
75 HD 38949 * 05 48 20.0588768897 -24 27 49.853827330   8.37 7.80     G1V 54 0
76 HD 42270 Ro* 05 53 29.3170612989 -81 56 53.185140942   9.85 9.154   8.185 K0V 29 0
77 HD 40216 * 05 55 43.1622157600 -38 06 16.258479150   7.95 7.47     F7V 52 1
78 HD 41700 SB* 06 04 28.4395288452 -45 02 11.769996274   6.87 6.35     F8V 92 0
79 CD-34 2676 Ro* 06 08 33.8679933868 -34 02 54.957639218   10.99 10.285   9.372 G9Ve 15 0
80 V* AO Men Ro* 06 18 28.2084971476 -72 02 41.446399943   11.06 9.809 9.299 8.456 K4Ve 113 0
81 V* V1358 Ori BY* 06 19 08.0574744469 -03 26 20.358775839   8.52 7.95     G0V 89 1
82 HD 44627 Ro* 06 19 12.9129838711 -58 03 15.524890610   10.01 9.205   8.185 K1V(e) 136 1
83 HD 45270 PM* 06 22 30.9412022189 -60 13 07.143258224 7.186 7.11 6.508   5.87 G1V 101 0
84 HD 47875 V* 06 34 40.9890309185 -69 53 06.152524217   9.84 9.17     G4V 25 0
85 HD 48189 BY* 06 38 00.3760790738 -61 32 00.101786310   6.747 6.182   5.46 G1/2V 125 0
86 NGC 2264 OpC 06 40 58 +09 53.7     3.9     ~ 1587 1
87 HD 51062 Ro* 06 53 47.36193 -43 06 50.8789   10.05 9.56 9.39 8.104 G5V 15 0
88 CD-56 1687 Ro* 06 54 59.748432 -56 39 10.04904   10.33 9.77 9.73 8.814 ~ 4 0
89 HD 51797 Ro* 06 56 23.5485502861 -46 46 55.085809972   10.65 9.84 9.80 9.21 K0V(e) 26 0
90 HD 55279 Ro* 07 00 30.4887886421 -79 41 45.988308717   11.12 10.084   9.014 K2V 42 1
91 CD-84 80 Ro* 07 30 59.4435137281 -84 19 27.687294153   10.82 9.980   9.025 G9V 17 0
92 HD 61005 PM* 07 35 47.4624262763 -32 12 14.042600581   8.96 8.22     G8Vk 171 0
93 HD 62850 PM* 07 42 36.0620508430 -59 17 50.739243697   7.83 7.19     G3V 49 0
94 V* V478 Hya BY* 08 22 49.9528448767 +01 51 33.554224835   9.30 8.711   7.999 G1/2V 85 2
95 HD 72673 PM* 08 32 51.4958311521 -31 30 03.062906467   7.17 6.38     K1V 182 0
96 V* EG Cha Or* 08 36 56.2143612523 -78 56 45.644993177   11.82 10.457   9.010 K4Ve 80 0
97 HD 73752 SB* 08 39 07.90110 -22 39 42.8110   6.00 5.17 6.38   G3V+K0V 123 0
98 NAME eta Cha Association MGr 08 42 06 -79 01.6           ~ 306 0
99 CD-77 353 TT* 08 49 11.0947649028 -77 35 58.581875964   10.04 8.786   7.503 K1III 13 0
100 HD 75393 PM* 08 49 15.3394225233 -15 33 52.973873803   7.81 7.26     F7V 40 0
101 2MASS J08500540-7554380 TT* 08 50 05.4487975343 -75 54 38.079584575   11.30 10.570   9.728 G9V 30 0
102 HD 76932 PM* 08 58 43.9328634171 -16 07 57.805389219 6.47 6.39 5.86     G2VFe-1.8CH-1 366 0
103 2MASS J09171033-7744019 TT* 09 17 10.3305725687 -77 44 02.132260101   11.34 10.50 10.64   G2 14 0
104 V* V479 Car Ro* 09 23 34.9795566274 -61 11 35.880725963   10.77 10.134   9.181 K1V(e) 31 0
105 * alf Hya * 09 27 35.24270 -08 39 30.9583 5.14 3.42 1.97 0.93 0.16 K3IIIa 406 0
106 HD 82106 PM* 09 29 54.8254745613 +05 39 18.479206637 9.071 8.223 7.197 6.626 6.13 K3V 189 0
107 HD 84323 Ro* 09 44 14.1508007919 -11 52 21.090853908   9.91 9.263   8.518 G3V 25 0
108 CD-39 5833 * 09 47 19.8551930281 -40 03 09.843391210   11.57 10.89     K0V 17 0
109 HD 86356 TT* 09 51 50.6838180755 -79 01 37.825749187   10.93 10.201   9.243 K0Ve 26 0
110 HD 86021 * 09 54 11.0246592107 -53 38 27.956670769   11.41 10.73     G5V 16 0
111 BD-21 2961 SB* 09 59 08.4217073734 -22 39 34.499156274   11.05 9.97     K2Ve 26 0
112 HD 88201 PM* 10 09 31.7653677239 -32 50 47.993054658   8.00 7.44     G0V 47 0
113 HD 298936 PM* 10 13 14.7723998693 -52 30 54.000802418   10.81 9.763   8.687 K3Ve 51 0
114 V* BX Ant TT* 10 18 28.6989165716 -31 50 02.826261802   13.39 11.454 11.382 9.325 M0Ve 103 0
115 HD 90712 PM* 10 27 47.7769772907 -34 23 58.128907373   8.11 7.52     G0VCH-0.3 43 0
116 TYC 8964-165-1 * 10 29 32.7538786228 -63 49 15.556801880   12.37 11.34     K1IV 16 0
117 TYC 8961-383-1 * 10 40 00.0336472520 -63 15 10.998069838   11.32 10.57 10.11 10.04 ~ 16 0
118 V* CE Ant TT* 10 42 30.1021269333 -33 40 16.226774953   12.21 10.91   9.10 M2Ve 151 1
119 V* V557 Car BY* 10 42 41.5159999215 -64 21 04.332236022   11.26 12.03     G2V 51 0
120 IC 2602 OpC 10 42 58 -64 24.0           ~ 549 0
121 V* V564 Car BY* 10 46 14.8321738556 -64 02 58.059292881   11.43 10.89     ~ 24 0
122 CPD-68 1388 pr* 10 57 49.3756466179 -69 13 59.946988654   11.34 10.310   9.163 K1V(e) 25 0
123 Hen 3-545 Or* 10 59 06.9712894449 -77 01 40.309036535   12.91 11.136   9.596 K4Ve 188 0
124 NAME UMa Region reg 11 00 +50.0           ~ 316 0
125 V* TW Hya TT* 11 01 51.9054298616 -34 42 17.031550898   11.94 10.50 10.626 9.18 K6Ve 1532 1
126 NAME TW Hya Association As* 11 01.9 -34 42           ~ 819 0
127 HD 96064 BY* 11 04 41.4723398276 -04 13 15.917094753   8.41 7.64     G8V 113 0
128 V* DI Cha Or* 11 07 20.7272524388 -77 38 07.303742740   12.02 10.74 10.72   G2Ve 145 0
129 CD-29 8887 TT* 11 09 13.8074415397 -30 01 40.070212113   12.95 11.119 10.642 8.875 M2Ve 111 0
130 HD 98553 PM* 11 20 11.5955641402 -19 34 40.457814019   8.10 7.53     G2VFe-0.7 78 0
131 HD 98800B SB* 11 22 05.288454 -24 46 39.04974   11.18 9.92     ~ 110 1
132 HD 98800 RS* 11 22 05.28975 -24 46 39.7571   10.20 9.28 9.26 7.386 K5V(e) 332 0
133 HD 99409 V* 11 25 58.2871731334 -40 15 49.997374830   9.03 7.91     G6II/III 11 0
134 CD-33 7795 TT* 11 31 55.2603055856 -34 36 27.214242128   12.97 11.524 11.150 9.150 M2Ve 176 0
135 CD-26 8623 TT* 11 32 41.2659398509 -26 51 55.961617611   13.69 12.23 11.14 9.637 M3Ve 87 0
136 2MASS J11401658-8321003 TT* 11 40 16.6137304970 -83 21 00.348619751   12.46 11.484   10.132 K4Ve 24 0
137 HD 101472 * 11 40 36.5882978509 -08 24 20.370828015   7.93 7.40     F7V 63 0
138 HD 102458 Y*O 11 47 24.5436617458 -49 53 03.018055867   9.70 9.07   8.40 G4V 79 0
139 V* GQ Leo Ro* 11 47 45.7251878649 +12 54 03.355038032   11.92 10.831 10.508   K5Ve 21 0
140 CD-36 7429A TT* 11 48 24.2226856081 -37 28 49.112368947   12.54 11.17 10.92 9.552 K5V 107 0
141 CD-36 7429 ** 11 48 24.22320 -37 28 49.1537           ~ 92 0
142 V* T Cha Or* 11 57 13.5268556629 -79 21 31.521755129   10.00 11.86     K0e 234 1
143 HD 104576 * 12 02 39.4544413962 -10 42 49.040656248   9.20 8.50     G3V 24 0
144 2MASS J12033923-8129422 TT* 12 03 39.1692109257 -81 29 42.213144862           K1 12 0
145 CD-58 4411 pr* 12 09 41.8588357192 -58 54 45.059820367   11.29 10.33 10.12   K1Ve 31 0
146 HD 105690 Ro* 12 10 06.4713164686 -49 10 50.656895587   8.86 8.199   7.414 G5V 46 0
147 CD-54 4621 pr* 12 12 35.7599127429 -55 20 27.290392678   11.44 10.498   9.328 K0Ve 27 0
148 CD-50 6815 pr* 12 14 34.0905286329 -51 10 12.501189155   11.20 10.275   9.167 G9V 22 0
149 V* V1249 Cen TT* 12 15 30.7203284919 -39 48 42.605543199   13.09 11.160 10.919 9.50 M0.5 83 0
150 NAME Lower Centaurus Crux As* 12 19 -57.1           ~ 354 1
151 2MASS J12203437-7539286 TT* 12 20 34.3973522796 -75 39 28.840802607   11.55 10.588   9.449 K3Ve 30 0
152 HD 107441 pr* 12 21 16.4790347975 -53 17 44.966658403   10.02 9.350   8.566 G8IV 28 0
153 CD-52 5008 pr* 12 22 33.2329598401 -53 33 48.973041130   10.06 9.414   8.682 G2IV 22 0
154 2MASS J12251340-7857347 TT* 12 25 13.4198762863 -78 57 34.683559407   11.36 10.70     G7 17 0
155 HD 108799 ** 12 30 04.77431 -13 23 35.4605   9.14 8.69 7.49   G1/2V 109 0
156 HD 109138 TT* 12 33 29.7897234458 -75 23 11.249062020   10.24 9.47     K0V 36 0
157 1RXS J123332.4-571345 X 12 33 32.5 -57 13 46           ~ 2 0
158 CD-74 712 TT* 12 39 21.2758227460 -75 02 39.184171990   11.15 10.303   9.197 K3Ve 37 0
159 CD-56 4581 pr* 12 39 37.9541940468 -57 31 40.594575376   10.90 10.272   9.320 G9V 14 0
160 V* V940 Cen BY* 12 47 51.8732206787 -51 26 38.227514019   10.33 9.52     G9IVe 36 0
161 CD-55 4799 pr* 12 48 48.1794187081 -56 35 37.817953354   11.04 10.393   9.482 G8IV 16 0
162 CD-69 1055 pr* 12 58 25.5836293658 -70 28 49.148845210   10.77 9.992   8.941 K0Ve 33 0
163 CPD-52 6110 pr* 13 01 50.6980681054 -53 04 58.160063620   11.98 11.08   10.154 K3V(e) 29 0
164 HD 113553 Ro* 13 05 16.8066758360 -50 51 23.817625491   9.00 8.327   7.586 G6V 39 0
165 CD-52 5536 pr* 13 17 56.9426054604 -53 17 56.254172223   11.06 10.41   9.570 G5IV 11 0
166 * 61 Vir PM* 13 18 24.3142756 -18 18 40.304648 5.710 5.440 4.740     G6.5V 592 1
167 CPD-68 1894 TT* 13 22 07.5420267499 -69 38 12.216304202   11.38 10.393   9.117 K1Ve 128 0
168 HD 117524 Ro* 13 31 53.6099047104 -51 13 33.203629611   10.60 9.892   8.984 G8V 37 0
169 CD-40 8031 pr* 13 37 57.2940243692 -41 34 41.893347328   10.93 10.006   9.040 K0IV 28 0
170 HD 119269 pr* 13 43 28.5309293798 -54 36 43.482325847   10.01 9.32     G3V 26 0
171 CD-48 8486 pr* 13 47 50.5508260267 -49 02 05.536791288   11.61 10.82     G9IVe 14 0
172 HD 120812 pr* 13 52 47.7963270039 -46 44 09.140705923   10.27 9.674   8.906 F8V 15 0
173 CD-41 8400 pr* 14 02 20.7269333116 -41 44 50.838935196   11.51 10.677   9.671 G9Ve 18 0
174 V* V636 Cen Al* 14 16 57.9116991617 -49 56 42.366293617   9.70 9.09     G0V 80 0
175 CD-46 9327 pr* 14 27 05.5554047218 -47 14 21.745627521   11.42 10.585   9.639 G9V 21 0
176 HD 126670 pr* 14 28 09.2967922089 -44 14 17.491015042   10.58 9.791   8.891 G8V 19 0
177 NAME beta Pic Moving Group MGr 14 30 -42.0           ~ 557 0
178 HD 128242 Ro* 14 37 04.222752 -41 45 02.94732   10.49 9.86 9.80 8.767 G2IV 14 0
179 * alf Cen B PM* 14 39 35.06311 -60 50 15.0992 2.89 2.21 1.33     K1V 894 1
180 * alf Cen A SB* 14 39 36.49400 -60 50 02.3737 0.96 0.72 0.01     G2V 1138 0
181 CD-35 9918 pr* 14 57 19.6300578001 -36 12 27.438942468   11.12 10.268   9.368 G8V 20 0
182 HD 131977 BY* 14 57 28.0008928545 -21 24 55.726897561 7.89 6.83 5.72 4.74 4.19 K4V 449 0
183 HD 132173 PM* 14 58 30.5213545556 -28 42 34.320730414   8.21 7.67     G0V 51 0
184 CD-47 9621 pr* 15 01 58.8197081881 -47 55 46.466603820   10.80 10.187   9.404 G4V 16 0
185 CD-34 10180 TT* 15 07 14.8172446543 -35 04 59.526302155 11.84 11.37 10.662 10.02 9.631 K0IVe 29 0
186 HD 133938 TT* 15 08 38.4998997704 -44 00 51.979474183 11.26 11.17 10.54 9.97 9.56 G6V 25 0
187 V* LT Lup TT* 15 15 45.3719396003 -33 31 59.723100575 12.00 11.61 10.670 10.17 9.574 K0e 24 0
188 V* LW Lup TT* 15 18 26.9187790566 -37 38 02.073846961 12.23 11.79 10.891 10.41 9.850 K0IVe 34 0
189 V* LY Lup TT* 15 19 16.0026135136 -40 56 07.574998694   12.23 11.404   10.187 K0e 20 0
190 NAME Upper Centaurus Lupus As* 15 24 -41.9           ~ 358 1
191 V* MP Lup TT* 15 24 32.3572526918 -36 52 02.768065093 12.69 11.96 11.231 10.78 10.184 K0V(e) 25 0
192 V* MS Lup TT* 15 25 59.6474088588 -45 01 15.820546623 11.97 11.67 10.969 10.42 10.041 G7IV 27 0
193 CD-33 10568 TT* 15 31 21.9300281535 -33 29 39.448548443   11.56 10.834   9.860 G9IV 23 0
194 TYC 9034-968-1 Ro* 15 33 27.4803070893 -66 51 24.781961358   11.79 10.905   9.761 K2V(e) 8 0
195 HD 139084 Ro* 15 38 57.5579600831 -57 42 27.297738209   8.78 7.977   7.106 K0V 142 0
196 HD 139498 pr* 15 39 24.41463 -27 10 22.0625   10.94 10.21     G8V 23 0
197 CD-32 11039 TT* 15 44 03.7662800422 -33 11 11.188580648   11.71 10.87     K0IVe 24 0
198 HD 140374 * 15 44 21.0521258449 -33 18 54.955511860   10.44 9.66     G8V 38 0
199 CD-33 10685 Or* 15 45 12.8670160092 -34 17 30.646921079 12.47 11.56 10.224 9.60 8.685 K3Ve 217 1
200 CD-35 10525 Or* 15 49 12.1055573607 -35 39 05.053991067 12.19 12.76 11.66 11.15   K7Ve 237 0
201 HD 141521 * 15 51 13.7316209518 -42 18 51.331465362   10.98 10.25     G8IV 33 0
202 Sz 77 TT* 15 51 46.9579216483 -35 56 44.112995611   12.0       K5.5 53 0
203 HD 142229 * 15 53 20.0102010248 +04 15 11.698233246   8.70 8.08     G5V 52 0
204 V* NZ Lup BY* 15 53 27.2914974411 -42 16 00.711812290   8.48 7.975   7.213 G2 73 0
205 HD 142361 TT* 15 54 59.8690406838 -23 47 18.187188652   9.68 8.960   8.092 G3V 68 0
206 THA 15-12 Or* 15 56 09.2067120748 -37 56 06.126159332   13.12 11.93 11.45   M0e 245 0
207 HD 143358 pr* 16 01 07.9270103988 -32 54 52.526371704   10.32 9.647   8.911 G1V 22 0
208 EM* SR 9 Or* 16 27 40.2858402419 -24 22 04.132012501   12.91 11.533 11.11 10.00 K5e 249 0
209 Haro 1-16 Or* 16 31 33.4638378966 -24 27 37.158295501   14.02 12.80     K3e 175 0
210 EM* AS 209 Or* 16 49 15.3035547820 -14 22 08.642015783   12.62 11.28     K4Ve 233 0
211 HD 151798 PM* 16 50 05.1637334567 -12 23 14.858294111   8.55 7.95     G3V 35 0
212 HD 152555 PM* 16 54 08.1435617918 -04 20 24.660402166   8.42 7.82     F8/G0V 79 0
213 CD-52 7875 Ro* 16 59 55.2628547998 -52 46 20.349682174   11.53 10.772   9.981 G9V 5 0
214 CD-27 11535 Y*O 17 15 03.6088321069 -27 49 39.737104983   11.68 10.596   9.129 K5Ve 11 0
215 CD-23 13281 Ro* 17 16 18.0824828455 -23 10 47.392004491   11.91 11.016   9.773 K3Ve 6 0
216 HD 155555 RS* 17 17 25.5047544575 -66 57 03.732827572 7.795 7.499 6.723   6.39 K1Vp 249 2
217 HD 155555C PM* 17 17 31.2880553026 -66 57 05.472249501   14.36 12.82 12.33   M3Ve 58 1
218 HD 161460 Y*O 17 48 33.7487706842 -53 06 43.372347052   10.44 8.945   7.954 K0IV 24 0
219 2MASS J18414855-3525437 TT* 18 41 48.5618734498 -35 25 43.668062653   10.59 9.85   8.963 G7V 16 0
220 HD 174656 Ro* 18 53 05.977488 -36 10 22.76616   10.57 9.80 9.79 8.643 K0IV(e) 21 0
221 HD 181327 PM* 19 22 58.9434412361 -54 32 16.979671096   7.50 7.04   6.49 F6V 225 0
222 HD 183414 PM* 19 35 09.7191296886 -69 58 32.098743191   8.538 7.891     G3V 42 0
223 HD 191089 PM* 20 09 05.2158287736 -26 13 26.520539765   7.62 7.18     F5V 114 0
224 HD 193464 ** 20 21 43.0884588549 -36 36 36.287526081   8.02 7.47     G0/1V 27 0
225 V* AU Mic BY* 20 45 09.5323695486 -31 20 27.241710746   10.05 8.627 9.078 6.593 M1VeBa1 893 0
226 HD 199143 ** 20 55 47.67398 -17 06 51.0440   7.84 7.32     F8V 105 0
227 V* TV Equ Ro* 21 05 07.9298204509 +07 56 43.495199603   8.63 7.99     G5 59 0
228 HD 201219 PM* 21 07 56.5198482794 +07 25 58.594323368       7.6   G5 55 0
229 HD 201989 PM* 21 14 01.8013858685 -29 39 48.683121004   8.05 7.35     G6V 47 0
230 HD 202917 Ro* 21 20 49.9575453387 -53 02 03.157635940   9.32 8.67   7.882 G7V 135 0
231 V* BS Ind bL* 21 20 59.8211404023 -52 28 40.186986149   10.70 8.900   7.893 G9V 63 0
232 HD 205905 PM* 21 39 10.1510425032 -27 18 23.666026265   7.36 6.74     G1.5IV-V 78 0
233 HD 207278 Ro* 21 48 48.5081988872 -39 29 09.518034700   10.32 9.651   8.887 G7V 20 0
234 HD 207575 PM* 21 52 09.7248951966 -62 03 08.508117999   7.72 7.23     F6V 63 0
235 HD 209253 * 22 02 32.9646794866 -32 08 01.485332347   7.12 6.63     F6.5V 77 0
236 V* NT Aqr BY* 22 06 05.3019536483 -05 21 29.385255187   8.26 7.58     G5V 77 0
237 HD 212291 PM* 22 23 09.1743435220 +09 27 39.897377114   8.60   7.5   G5 62 0
238 CD-52 10232 PM* 22 39 30.2735154079 -52 05 17.276107739   11.83 11.08     K0V 9 0
239 CPD-72 2713 Ro* 22 42 48.9341953274 -71 42 21.198383430   11.88 10.565 10.401 8.862 K7Ve 36 0
240 CD-40 14901 Ro* 22 46 33.4700601088 -39 28 45.139817028   10.16 9.468   8.672 G5V 12 0
241 V* TW PsA BY* 22 56 24.0532946025 -31 33 56.035064606   7.58 6.48     K4Ve 268 0
242 HD 217343 PM* 23 00 19.2872945687 -26 09 13.506860661   8.12 7.48   6.75 G5V 94 0
243 HD 217897 SB* 23 04 20.8729885565 -34 24 52.332052151   10.80 9.73     K1III 6 0
244 BD-03 5579 Ro* 23 09 37.1302147441 -02 25 55.245365802   12.13 10.977 9.85 9.583 K4Ve 17 0
245 CPD-64 4331B *i* 23 14 56.4 -63 34 20     14.8     ~ 2 0
246 CD-64 1417 WU* 23 15 01.1351885616 -63 34 24.569590293   10.73 9.633   8.669 K0IV 17 0
247 HD 220054 BY* 23 21 52.5065501300 -69 42 11.845995254   10.56 9.909 9.41 9.121 G8V 18 0
248 TYC 584-343-1 Ro* 23 21 56.3794534967 +07 21 33.035740124   11.51 10.913   9.914 K0V 9 0
249 BD-13 6424 Ro* 23 32 30.8615303174 -12 15 51.465549870   12.38 10.639 10.320 8.646 M0Ve 54 0
250 HD 222259 RS* 23 39 39.48044 -69 11 44.7051   9.19 8.226   7.352 G6V+K3Ve 76 0
251 HD 224228 PM* 23 56 10.6732720614 -39 03 08.409993692 9.977 9.21 8.225 7.669 7.194 K2V 67 0
252 NAME AB Dor Moving Group MGr ~ ~           ~ 355 0
253 NAME Car-Vel Region reg ~ ~           ~ 15 0

    Equat.    Gal    SGal    Ecl

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2020.07.04-05:45:28

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