2013A&A...551A..46L


C.D.S. - SIMBAD4 rel 1.7 - 2020.07.05CEST07:34:44

2013A&A...551A..46L - Astronomy and Astrophysics, volume 551A, 46-46 (2013/3-1)

Proper motions of young stars in Chamaeleon. I. A virtual observatory study of spectroscopically confirmed members.

LOPEZ MARTI B., JIMENEZ ESTEBAN F., BAYO A., BARRADO D., SOLANO E. and RODRIGO C.

Abstract (from CDS):

The study of the motion of the members of a given open cluster or stellar association provides key information about their formation and early evolution. The Chamaeleon cloud complex constitutes one of the closest and best studied low-mass star-forming regions in the Galaxy. We want to provide further evidence of the origin of the proposed stellar members of Chamaeleon and to identify interlopers from the foreground ε Cha and η Cha associations. We have compiled lists of spectroscopically confirmed members of Chamaeleon I and II, ε Cha and η Cha, and of background objects in the same line of sight. Using Virtual Observatory tools, we cross-match these lists with the UCAC3 catalogue to get the proper motions of the objects. In the vector point diagram, we identify the different moving groups, and use this information to study the membership of proposed candidate members of the associations from the literature. For those objects with available radial velocities, we compute their Galactic space velocities. We look for correlations between the known properties of the objects and their proper motions. The members of the dark clouds exhibit clearly different proper motions from those of the foreground associations and of the background stars. The data suggest that Chamaeleon II could have different dynamical properties from Chamaeleon I. Although the two foreground clusters ε and η Chamaeleontis constitute two different proper motion groups, they have similar spatial motions, which are different from the spatial motion of Chamaeleon I. On the other hand, the space motions of the Chamaeleon II stars look more similar to those of the foreground clusters than to the Chamaeleon I stars, but the numbers are low. We find no correlations between the proper motions and the properties of the objects in either of the clouds. On the basis of proper motion, Chamaeleon I and II constitute two physical entities unrelated to the foreground ε and η Chamaeleontis clusters, but with the available data it is unclear to what extent the stellar populations in both clouds are physically connected to each other.

Abstract Copyright:

Journal keyword(s): stars: low-mass - stars: formation - stars: luminosity function, mass function - stars: kinematics and dynamics - virtual observatory tools - astronomical databases: miscellaneous

VizieR on-line data: <Available at CDS (J/A+A/551/A46): table1.dat-table10.dat>

Simbad objects: 248

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Number of rows : 248

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 SGP reg 00 51 26.275 -27 07 41.70           ~ 512 0
2 Cl Melotte 20 OpC 03 26 42 +48 48.0           ~ 750 0
3 Cl Melotte 22 OpC 03 47 00 +24 07.0           ~ 2978 0
4 NAME Gal Anticenter reg 05 46 +28.9           ~ 720 0
5 V* EG Cha Or* 08 36 56.2143612523 -78 56 45.644993177   11.82 10.457   9.010 K4Ve 80 0
6 V* EH Cha Or* 08 41 37.0153250643 -79 03 30.542210498     14.4     M3 46 0
7 HD 75505 * 08 41 44.7054612559 -79 02 53.257480165   7.55 7.38     A1V 44 0
8 NAME eta Cha Association MGr 08 42 06 -79 01.6           ~ 306 0
9 2MASS J08422284-8345248 TT* 08 42 22.7680905831 -83 45 24.746682773     12.096   10.424 K7 14 0
10 V* EI Cha Or* 08 42 23.7597511980 -79 04 02.974504684     12.7     K7 50 0
11 V* EK Cha Or* 08 42 27.0970495336 -78 57 47.916541725     15.2     M5 64 0
12 V* EL Cha Or* 08 42 38.7835569558 -78 54 42.736779291     14.1     M2 45 0
13 V* EM Cha Or* 08 43 07.2443800909 -79 04 52.482213897     10.8     K3 50 0
14 V* ET Cha Or* 08 43 18.5820197784 -79 05 18.203801931     13.97     M2 68 0
15 V* EN Cha Or* 08 44 16.2413047260 -78 59 07.640832807     15.0     M4 54 0
16 V* EO Cha Or* 08 44 31.8938598641 -78 46 31.142380687     12.531   10.646 M0 61 0
17 V* EP Cha Or* 08 47 01.6438574841 -78 59 34.378576588     11.1     K5 72 0
18 V* EQ Cha Or* 08 47 56.7571398344 -78 54 53.189801719     13.275   10.795 M3 67 0
19 CD-77 353 TT* 08 49 11.0947649028 -77 35 58.581875964   10.04 8.786   7.503 K1III 13 0
20 2MASS J08500540-7554380 TT* 08 50 05.4487975343 -75 54 38.079584575   11.30 10.570   9.728 G9V 30 0
21 2MASS J08530528-8243597 TT* 08 53 05.3113880833 -82 43 59.790763744   12.52 11.50     K4 11 0
22 UCAC3 25-17479 TT* 09 02 51.2715835614 -77 59 34.665578191     13.99     M3 15 0
23 [K2001c] 11 Ro* 09 15 29.1330548766 -76 08 47.133588468     12.142   10.452 K7 18 0
24 HD 82879 TT* 09 28 21.1229093124 -78 15 35.361916796   9.43 8.99     F6/7IV/V 22 0
25 [K2001c] 17 TT* 09 34 55.9042614216 -78 04 19.259293867     13.87     M3 17 0
26 HD 84075 TT* 09 36 17.8236202045 -78 20 41.586721330   9.18 8.59     G2V 43 0
27 2MASS J09465051-8011352 TT* 09 46 50.5061398622 -80 11 35.104461077           K8 6 0
28 HD 86356 TT* 09 51 50.6838180755 -79 01 37.825749187   10.93 10.201   9.243 K0Ve 26 0
29 HD 86588 ** 09 53 13.6715291849 -79 33 28.411950754   10.17 9.63     F6V 18 0
30 2MASS J10010873-7913074 TT* 10 01 08.7353078585 -79 13 07.682663513     13.302   11.284 M0.5 18 0
31 V* DR Oct RS* 10 07 29.5259500705 -85 04 32.989590219   9.42 8.685   7.709 G3V 102 0
32 2MASS J10093502-8105509 TT* 10 09 35.0357166680 -81 05 50.897596706           G8 9 0
33 [K2001c] 27 TT* 10 14 08.07 -76 36 32.8   15.802 14.186     M4 15 0
34 2MASS J10142048-8138423 TT* 10 14 20.4527867803 -81 38 42.272225609           K7 9 0
35 2MASS J10175369-7431172 TT* 10 17 53.6911153034 -74 31 17.366652169     12.50     G8 8 0
36 2MASS J10354856-7858583 TT* 10 35 48.5440119274 -78 58 58.305205380     13.71     K6 8 0
37 2MASS J10443523-7849244 TT* 10 44 35.2082145439 -78 49 24.470235491     14.52     M2 7 0
38 UCAC3 26-23750 * 10 45 27.8492494651 -77 15 33.610120708         11.44 M6III 2 0
39 HD 93828 * 10 46 37.9024820921 -77 36 03.585110866   10.00 9.35   8.88 F0V 13 0
40 2MASS J10485467-7655450 TT* 10 48 54.6805873905 -76 55 45.099325108           K6 8 0
41 V* SW Cha Y*O 10 54 13.2788089857 -77 55 09.821154915           ~ 19 0
42 V* SX Cha A Y*O 10 55 59.8011622918 -77 24 40.160655513           M1.5 8 0
43 V* SX Cha Or* 10 55 59.802000 -77 24 40.12524   16.01 14.57 14.23 12.35 M1.5+M3 80 0
44 V* SY Cha Or* 10 56 30.3882538728 -77 11 39.402450501         11.29 K5Ve 113 0
45 Sz 4 TT* 10 57 42.1008128649 -76 59 35.640039635   14.1 14.80   12.17 M4Ve 41 0
46 CPD-68 1388 pr* 10 57 49.3756466179 -69 13 59.946988654   11.34 10.310   9.163 K1V(e) 25 0
47 V* SZ Cha Or* 10 58 16.7496916561 -77 17 17.183339177     12.68   10.62 K0e 102 0
48 V* TW Cha Or* 10 59 01.0608276980 -77 22 40.946475900     13.40   11.68 K8Ve 115 0
49 Hen 3-545 Or* 10 59 06.9712894449 -77 01 40.309036535   12.91 11.136   9.596 K4Ve 188 0
50 UCAC3 25-23372 * 11 00 14.7674018142 -77 57 10.803692771         12.71 K0- 2 0
51 Ass Cha T 1-6 Y*O 11 00 40.2412351728 -76 19 28.007242344   14.7     13.64 M4e 33 0
52 CHXR 9C Y*O 11 01 18.723 -76 27 02.56   15.46 13.90 13.55 11.56 M1.5+M2 16 1
53 V* PS Car Mi* 11 01 49.5194929247 -74 12 26.790467155         12.52 III 4 0
54 V* CS Cha Or* 11 02 24.8849252208 -77 33 35.683462615   12.88 11.69   10.123 K2Ve 190 0
55 2MASS J11022610-7502407 Y*O 11 02 26.1003347503 -75 02 40.759376987         13.67 M4.75 6 0
56 Hn 1 Y*O 11 02 32.5992281327 -77 29 13.008552253         13.10 M3+M5 37 0
57 Ass Cha T 1-8 TT* 11 02 55.0246345871 -77 21 50.814132195     16.25 15.17 13.40 M4.5e 49 0
58 Hn 3 Y*O 11 03 56.8248481185 -77 21 32.994947040   17.05 15.44 15.03 12.57 M4IIIe 27 0
59 UCAC3 25-23396 * 11 03 59.0315013786 -77 43 34.898670727       13.41 12.42 K0- 3 0
60 V* CT Cha Or* 11 04 09.0989057683 -76 27 19.326914289   13.44 13.00   10.89 K7Ve 109 0
61 CHXR 14N Y*O 11 04 51.0229111739 -76 25 24.078948749   15.98 14.13   11.89 K4Ve 21 0
62 CHXR 14S Y*O 11 04 52.8623059984 -76 25 51.535117807   16.51 14.66   12.05 K8Ve 19 0
63 UCAC3 27-26781 * 11 04 58.8588122100 -76 56 55.098251780         11.48 III 2 0
64 2MASS J11050752-7812063 Y*O 11 05 07.5477355806 -78 12 06.274179431         13.74 M4.75 5 0
65 UCAC3 26-24388 * 11 05 09.3387137669 -77 06 58.019275481       12.72 11.78 III 2 0
66 Hn 4 Y*O 11 05 14.5496059237 -77 11 29.219513274         13.20 M4+M3 24 0
67 UCAC3 26-24390 * 11 05 17.9670876248 -77 06 56.733470779       12.68 11.67 III 2 0
68 2MASS J11052472-7626209 Y*O 11 05 24.7245852379 -76 26 20.785772216         13.09 M4V 8 0
69 UCAC3 28-28700 * 11 05 24.9033647483 -76 20 37.195051710         11.61 III 2 0
70 UCAC3 27-26798 * 11 05 28.4830359323 -76 39 48.998488590         11.28 III 2 0
71 UCAC3 27-26805 * 11 05 35.8730960746 -76 38 03.570795455         11.42 III 2 0
72 UCAC3 27-26814 * 11 05 49.6828042336 -76 40 46.268971601         11.46 III 2 0
73 V* UV Cha Or* 11 05 52.6269581822 -76 18 25.458428843   15.13 13.69 13.21 11.58 K5Ve 33 0
74 UCAC3 27-26817 * 11 05 56.8125919940 -76 56 43.852944121         11.90 III 2 0
75 Ass Cha T 2-21 TT* 11 06 15.3485848381 -77 21 56.737939872   12.58 11.01   9.35 G5Ve 122 0
76 UCAC3 27-26840 PM* 11 06 34.7770158664 -76 45 40.420816389         12.65 III 2 0
77 UCAC3 28-28775 * 11 06 38.3980620910 -76 12 03.372194383         10.46 III 2 0
78 UCAC3 27-26847 * 11 06 42.3468170267 -76 32 45.124093622         13.61 III 2 0
79 UCAC3 27-26848 * 11 06 42.7217152379 -76 36 12.529246806         11.43 III 2 0
80 Ass Cha T 2-22 Y*O 11 06 43.4643282637 -77 26 34.439892844         13.02 M3e 33 0
81 V* UX Cha Or* 11 06 45.0955906069 -77 27 02.383778673     14.78   12.07 K5Ve 53 0
82 UCAC3 28-28787 * 11 06 45.8764223160 -76 25 31.772475216         11.18 III 2 0
83 NAME Cha I MoC 11 06 48 -77 18.0           ~ 968 1
84 V* UY Cha Or* 11 06 59.0259228302 -77 18 53.406348011         12.97 M4Ve 55 0
85 Glass S * 11 06 59.8397674025 -76 51 17.950189579       12.91 10.73 III 6 0
86 ESO-HA 281 mul 11 07 03.485520 -76 31 44.15916   17.47 15.55 15.05 12.93 M4.5 8 0
87 TYC 9410-230-1 PM* 11 07 03.8201115320 -76 35 44.141201487   13.050 11.966 11.791 10.57 III 7 0
88 Hn 6 Y*O 11 07 11.4517064116 -77 46 39.352554383         13.31 M3e 35 0
89 Ass Cha T 1-12 Y*O 11 07 19.1458095174 -76 03 04.866052625   17.05 15.35   12.57 M4Ve 63 0
90 ISO-ChaI 99 Y*O 11 07 20.3876571952 -77 29 40.314392409       14.91 13.00 M4Ve 12 0
91 V* DI Cha Or* 11 07 20.7272524388 -77 38 07.303742740   12.02 10.74 10.72   G2Ve 145 0
92 V* VV Cha Or* 11 07 28.241088 -76 52 11.92620   16.00 14.72 14.48 12.19 M1.5+M3 61 0
93 UCAC3 25-23413 * 11 07 32.7778714465 -77 48 59.392542833       14.41 13.15 III 2 0
94 Ass Cha T 1-15 Or* 11 07 43.6609031154 -77 39 41.135416457   17.05 15.34   12.67 K5Ve 67 0
95 UCAC3 26-24434 * 11 07 47.6174371516 -77 11 15.535709635       13.53 12.60 III 2 0
96 Glass H Y*O 11 07 55.887 -77 27 25.75   15.30 13.49   11.04 K3Ve 51 0
97 UCAC3 25-23418 * 11 07 57.0027824040 -77 41 55.863479011       15.64 13.93 III 3 0
98 Ass Cha T 1-16 Or* 11 07 57.9375088232 -77 38 44.978809368   15.1 14.2   13.04 K4-7 62 0
99 V* VW Cha Or* 11 08 01.3974165580 -77 42 28.579297348 13.91 14.04 12.80   10.69 K7+M0 166 0
100 HD 97048 Ae* 11 08 03.3105687971 -77 39 17.491180130 9.03 8.76 9.00   8.64 A0Vep 458 0
101 UCAC3 27-26887 * 11 08 10.6756736454 -76 37 42.578844394       13.85 12.76 III 2 0
102 V* HP Cha Or* 11 08 15.216432 -77 33 53.17020   14.33 12.77 12.11   K3+G5e 99 0
103 V* HP Cha A * 11 08 15.4942983813 -77 33 53.454218639           K6e 80 0
104 Ass Cha T 1-19 Y*O 11 08 16.4935782089 -77 44 37.208594822   18.40 16.53   13.12 M4Ve 47 0
105 UCAC3 27-26889 * 11 08 19.1321990845 -76 56 52.507153935         13.65 III 3 0
106 UCAC3 28-28890 * 11 08 38.9704868046 -76 14 45.762787882         10.87 III 2 0
107 Ass Cha T 1-20 Or* 11 08 39.0278260669 -77 16 04.168315197   18.44 16.28 15.822 13.17 K5Ve 76 0
108 HJM C 1-10 pr* 11 08 40.7020938880 -76 36 07.862470363   17.34 15.50 14.96 12.60 K8Ve 20 0
109 V* PU Car Ce* 11 08 53.6898995785 -75 21 36.001145506           M1Ve 23 0
110 V* VY Cha Or* 11 08 54.6053179733 -77 02 13.010307395   14.8     13.60 K8Ve 63 0
111 HJM C 4-6 * 11 08 55.2306521485 -77 04 50.360568001         11.61 III 7 0
112 CHX 13 X 11 08 55.7 -76 35 59           M0 19 0
113 UCAC3 27-26908 * 11 08 58.1347203357 -76 46 39.441793511       14.92 13.65 III 3 0
114 HJM C 4-4 * 11 09 03.2932183006 -77 00 49.564441209         12.17 III 6 0
115 HJM C 5-1 * 11 09 03.6390655150 -77 07 45.643899418       13.88 12.79 III 4 0
116 UCAC3 28-28907 * 11 09 07.6388199125 -76 18 14.595995699   13.337 11.375   9.29 K7III 5 0
117 HJM C 1-13 * 11 09 13.7851483394 -76 37 53.107497443       13.81 12.65 III 4 0
118 [CCE98] 1-74 TT* 11 09 17.6894816682 -76 27 57.916038219   15.48 13.92   11.72 K4Ve 40 0
119 HJM C 5-4 * 11 09 20.6518749918 -77 13 59.140396299       14.58 13.04 III 4 0
120 V* VZ Cha Or* 11 09 23.7736314968 -76 23 20.855918834   13.82 12.94   12.14 K7e 123 0
121 HJM C 2-2 * 11 09 24.8031117968 -76 42 07.458911204       15.37 13.85 III 4 0
122 CHX 15b pr* 11 09 40.0554020707 -76 28 39.259268411   15.68 14.04   11.66 K8Ve 33 0
123 CD-75 522 * 11 09 46.4533310931 -76 28 57.587192171   11.33 10.56 10.30 9.42 F0V 17 0
124 HD 97300 Ae* 11 09 50.0178181814 -76 36 47.711452436   9.41 9.20   8.82 B9V 157 1
125 HJM C 4-2 PM* 11 09 51.1422902499 -76 58 56.989610733         10.63 G5 7 0
126 V* HX Cha Or* 11 09 54.062760 -76 29 25.54332       16.08 14.03 M3.5+M7 62 0
127 2MASS J11095465-7625333 * 11 09 54.6430276215 -76 25 33.502577657   17.39 16.12 15.94   III 3 0
128 ISO-ChaI 229 * 11 09 58.1509173337 -76 59 14.881446209       15.52 13.27 III 4 0
129 V* WX Cha Or* 11 09 58.666944 -77 37 09.03432   14.93 13.85 14.23 12.20 M1+M5 89 0
130 V* FN Cha Or* 11 10 04.6715878167 -76 35 45.254940394     14.68 13.89 12.39 K5Ve 47 0
131 V* WY Cha Or* 11 10 07.0323174364 -76 29 37.640377806   15.29 13.87   11.62 K8Ve 78 1
132 HJM C 1-8 Y*O 11 10 11.3920788538 -76 35 29.251306607         13.75 K5Ve 50 0
133 UCAC3 28-28979 * 11 10 28.1760726857 -76 26 16.527681142   13.728 11.933   9.97 III 3 0
134 UCAC3 25-23448 * 11 10 29.8907206331 -77 36 06.257440683       14.92 13.72 III 4 0
135 HJM C 1-12 * 11 10 30.6744868112 -76 37 18.703838929       14.71 13.21 III 4 0
136 Glass Q Y*O 11 10 37.9009258039 -77 32 39.873598579   16.89 14.97   11.90 K5.5+K7 67 0
137 HJM C 1-1 * 11 10 50.3748427395 -76 31 44.184790005       12.85 11.90 III 4 0
138 HJM C 5-2 * 11 10 52.1597713486 -77 09 28.680963529       13.64 12.45 III 4 0
139 V* WZ Cha Or* 11 10 53.3208321416 -76 34 32.060346788   16.41 15.48   13.07 M4Ve 61 0
140 HJM C 4-7 * 11 11 03.8349856410 -77 06 26.150782897       14.98 13.89 III 3 0
141 HJM C 6-4 * 11 11 06.6703527177 -77 17 59.407893829       14.44 13.33 III 3 0
142 UCAC3 26-24462 * 11 11 07.1293714155 -77 22 05.593213277       14.81 13.38 III 2 0
143 HJM C 3-2 * 11 11 10.6061802845 -76 57 20.486145459         12.69 III 4 0
144 2MASS J11111680-7628573 pr* 11 11 16.7917578596 -76 28 57.484683349   16.98 16.03     K0- 3 0
145 HJM E 1-7 Or* 11 11 34.7529878525 -76 36 21.250012774   16.35 14.73   12.35 K8Ve 29 0
146 CHX 18N TT* 11 11 46.3366412620 -76 20 08.947142071   13.27 11.96   10.37 K5IVe 60 1
147 Hn 15 Y*O 11 11 54.024360 -76 19 30.93132   16.02 14.37 13.98 11.88 M2.5+M3.5 22 1
148 Sz 41 TT* 11 12 24.3971939698 -76 37 06.179976409   11.2 11.60   10.22 K7+M2.5 91 1
149 V* CV Cha Or* 11 12 27.7052551478 -76 44 22.298597430   12.02 10.98 10.51 9.76 G9Ve 171 1
150 V* CW Cha Or* 11 12 30.9287857153 -76 44 24.000743749   15.75 14.45 15.19 13.60 ~ 54 1
151 CHX 21 X 11 12 42.10 -76 58 40.0           M1 21 0
152 HJM E 4-3 Y*O 11 12 42.1035695224 -76 58 40.105613409   14.74 13.29 12.98   K5Ve 13 0
153 Ass Cha T 2-54 TT* 11 12 42.6696152636 -77 22 22.928829312     11.103   9.653 G8+K7 79 2
154 HJM E 1-8 TT* 11 12 42.9823393023 -76 37 04.866099514         10.95 K3Ve 29 0
155 HJM E 2-10 * 11 13 11.8428106562 -76 47 39.212325576       14.26 13.13 III 3 0
156 HJM E 4-4 Y*O 11 13 20.1445742357 -77 01 04.444011775   16.17 14.63   12.31 M2.75 22 0
157 IRAS 11117-7609 LP? 11 13 21.1039033446 -76 25 56.043292503   13.76 12.18 12.09 8.75 M6III 6 1
158 Hn 18 Y*O 11 13 24.4527724500 -76 29 22.875007645         13.51 M4Ve 35 0
159 HJM E 1-4 Y*O 11 13 27.3698112219 -76 34 16.644118218   15.96 14.35   12.10 K8Ve 26 0
160 CHXR 60 X 11 13 28.0 -76 29 10           M4.25 21 0
161 Hn 19 Y*O 11 13 29.6966247744 -76 29 01.382016585         13.42 M4Ve 26 0
162 Hn 20 Y*O 11 14 15.5412946530 -76 27 36.573467035         13.24 M4Ve 25 0
163 BYB 53 Y*O 11 14 50.3174069712 -77 33 38.810469954         11.83 M2+M4 20 0
164 2MASS J11155827-7729046 Y*O 11 15 58.2843654089 -77 29 04.460948168         13.65 M4.5 5 0
165 IRAS 11158-7610 * 11 17 30.7851455688 -76 27 07.864128554   11.99 10.03   8.62 M3III 7 0
166 Ass Cha T 1-32 Y*O 11 17 36.9756500866 -77 04 38.121286249   13.1 13.50   11.78 M0.5e 73 0
167 2MASS J11175211-7629392 Y*O 11 17 52.11672 -76 29 39.2640       15.54 13.39 M4.5 9 0
168 IRAS F11171-7919 Y*O 11 18 35.821080 -79 35 54.93624   16.49 15.06 14.99 12.22 M4.75 18 0
169 V* BX Cha Mi* 11 19 50.5599744783 -76 28 49.305889583   15.27 13.64 16.21 10.15 M8.5III 12 0
170 UCAC3 24-23578 * 11 21 30.2142012782 -78 05 24.006997868         12.08 M6III 2 0
171 RX J1123.2-7924 TT* 11 22 55.6424838079 -79 24 44.004919373     13.72     M1.5 15 0
172 CD-76 496 * 11 22 57.0211338709 -76 49 55.976209106   11.23 9.56   8.68 K5III 2 0
173 2MASS J11242980-7554237 Y*O 11 24 29.8391421759 -75 54 23.856062203         12.91 M4Ve 7 0
174 V* Y Cha Mi* 11 25 36.5289831147 -77 00 35.022237866         9.59 Me 9 0
175 2MASS J11291261-7546263 TT* 11 29 12.6353724118 -75 46 26.408578257     12.91     K3Ve 19 0
176 2MASS J11401658-8321003 TT* 11 40 16.6137304970 -83 21 00.348619751   12.46 11.484   10.132 K4Ve 24 0
177 V* DZ Cha Or* 11 49 31.8520891363 -78 51 01.058647109     12.832   10.732 M0Ve 61 0
178 RX J1150.4-7704 TT* 11 50 28.3020693049 -77 04 38.244495921     12.0   10.54 K4 20 0
179 [DB2002b] G300.23-16.89 DNe 11 54 31 -79 27.8           ~ 41 1
180 NAME Cha Dark Cloud SFR 11 55 -78.0           ~ 556 1
181 V* T Cha Or* 11 57 13.5268556629 -79 21 31.521755129   10.00 11.86     K0e 234 1
182 [FLG2003] eps Cha 20 TT* 11 58 26.8118541887 -77 54 45.268534759   15.85 14.29     M3Ve 15 0
183 V* DW Cha Ro* 11 58 28.1599177302 -77 54 29.528939536   11.63 10.502   9.011 K4Ve 37 1
184 2MASS J11583429-7913175 TT* 11 58 34.2897833657 -79 13 17.681737526     13.02     K3 11 0
185 RX J1159.7-7601 TT* 11 59 42.2712277320 -76 01 26.175720428   12.46 11.11   9.858 K4Ve 47 0
186 NAME eps Cha Association OpC 11 59 51 -78 12.4           ~ 120 1
187 V* DX Cha Ae* 12 00 05.0870448691 -78 11 34.559255151   6.81 6.60     A0_sh 306 0
188 [FLG2003] eps Cha 6 PM* 12 00 08.2616073327 -78 11 39.365796807           M3.5 13 0
189 [FLG2003] eps Cha 7 * 12 00 09.3133094261 -78 11 42.317079478           K3IV 17 0
190 HD 104467 TT* 12 01 39.1114993208 -78 59 16.909916962   9.26 8.466   7.678 G3V(e) 50 0
191 2MASS J12020369-7853012 TT* 12 02 03.7197660683 -78 53 01.328413446     12.450   10.49 M0e 23 0
192 2MASS J12043615-7731345 TT* 12 04 36.1401210475 -77 31 34.728906529     13.873   11.297 M3 25 0
193 [FLG2003] eps Cha 12 PM* 12 07 45.9736635463 -78 16 06.460141875           M3.75 7 0
194 CPD-75 783 TT* 12 07 51.174576 -75 55 16.05828   11.16 10.04 9.90 8.584 K4(e) 20 0
195 2MASS J12094282-7344414 TT* 12 09 42.8206171647 -73 44 41.441708909   12.31 11.29   10.135 K1e 15 0
196 HD 105923 pr* 12 11 38.1468993379 -71 10 36.026022010   9.86 9.140   8.286 G8V 25 0
197 2MASS J12164593-7753333 TT* 12 16 45.9346907497 -77 53 33.462520510     13.851   11.568 M3 19 0
198 HD 106772 * 12 17 26.9108593934 -80 35 06.826164951   9.40 8.54     G4III 19 0
199 2MASS J12194369-7403572 TT* 12 19 43.7029970237 -74 03 57.252406710     13.1   10.95 M1 28 0
200 RX J1220.4-7407 TT* 12 20 21.7903218923 -74 07 39.564137123     12.780   10.52 M1V 33 0
201 2MASS J12203437-7539286 TT* 12 20 34.3973522796 -75 39 28.840802607   11.55 10.588   9.449 K3Ve 30 0
202 HD 107722 TT* 12 23 29.0427982069 -77 40 51.425447523   8.75 8.29     F6V 25 0
203 2MASS J12251340-7857347 TT* 12 25 13.4198762863 -78 57 34.683559407   11.36 10.70     G7 17 0
204 HD 109138 TT* 12 33 29.7897234458 -75 23 11.249062020   10.24 9.47     K0V 36 0
205 IRAS 12340-7958 * 12 37 39.7466355997 -80 15 13.713429632   16.11 14.39 13.63 9.81 ~ 101 0
206 NAME Cha III MoC 12 37.8 -80 15           ~ 124 2
207 CD-74 712 TT* 12 39 21.2758227460 -75 02 39.184171990   11.15 10.303   9.197 K3Ve 37 0
208 IRAS 12448-7650 LP? 12 48 25.7057791889 -77 06 36.754933964   17.25 15.14 14.33   M0.5 12 0
209 NAME Cha II MoC 12 54 -77.2           ~ 296 0
210 UCAC3 28-38152 * 12 54 00.2602280186 -76 24 25.266264326           ~ 2 0
211 UCAC3 28-38240 * 12 55 14.4584279308 -76 22 00.625303668           ~ 2 0
212 NAME Sz 46N Em* 12 56 33.6502849173 -76 45 45.519366209   17.66 16.19 14.61 13.16 M1 22 1
213 Sz 47 Y*O 12 56 58.6637589983 -76 47 06.862774460   14.5       ~ 19 0
214 IRAS 12535-7623 Y*O 12 57 11.6976232932 -76 40 11.310030727   17.20 15.00     M0e 38 0
215 CD-69 1055 pr* 12 58 25.5836293658 -70 28 49.148845210   10.77 9.992   8.941 K0Ve 33 0
216 2MASS J12592638-7747086 Y*O 12 59 26.3851784166 -77 47 08.619085474           M5 19 0
217 Sz 49 Y*O 13 00 53.2477697970 -76 54 15.207461632   15.6       M0.5 39 0
218 2MASS J13005534-7708296 Y*O 13 00 55.3390968080 -77 08 29.631545749       14.93 13.29 M2.5 6 0
219 Sz 50 Y*O 13 00 55.3820751133 -77 10 22.247668674   17.64 16.01     M3 41 0
220 2MASS J13005622-7654021 TT* 13 00 56.2331903449 -76 54 02.371042013   13.79 12.35 11.93 10.446 K5 13 0
221 Sz 51 Or* 13 01 58.8987922346 -77 51 21.847616559   15.38       K8.5 36 0
222 V* CM Cha TT* 13 02 13.5239808158 -76 37 57.814400439   14.70 13.40     K7IVe 32 0
223 IRAS 12589-7646 Y*O 13 02 47.7042558995 -77 02 39.971726511       13.75 9.98 M4 11 0
224 UCAC3 26-31797 * 13 02 49.1916369692 -77 05 44.792940977           ~ 3 0
225 2MASS J13030444-7707027 TT* 13 03 04.4521881517 -77 07 02.754792580     13.23     M0 15 1
226 UCAC3 26-31820 * 13 03 09.0145705619 -77 00 32.944191762           ~ 3 0
227 Hn 23 Y*O 13 04 24.1088971987 -76 50 01.202943510           K7e 18 0
228 Hn 24 Y*O 13 04 55.7198158485 -77 39 49.222831504           M0 24 0
229 Hen 3-854 Or* 13 05 20.6565859165 -77 39 01.505033200   13.88 12.40     K5 40 0
230 Sz 55 Y*O 13 06 30.5152951294 -77 34 00.166830312   18.90 17.49     M2 15 0
231 Sz 58 Em* 13 06 57.4248382326 -77 23 41.603858041   17.89 16.01     K5 27 0
232 V* BK Cha Or* 13 07 09.247848 -77 30 30.56004   16.11 14.58 14.41   K7 30 0
233 NAME Sz 60W Y*O 13 07 22.3511385283 -77 37 22.665347511   17.35 15.77 15.96 13.45 M1e 6 0
234 Sz 60 ** 13 07 22.760 -77 37 22.89           ~ 16 0
235 2MASS J13072289-7602360 TT* 13 07 22.9190983808 -76 02 36.256712016   11.649 10.428     K0 11 0
236 UCAC3 24-32467 * 13 07 41.0956105702 -78 05 43.417442364           ~ 2 0
237 Hn 26 Y*O 13 07 48.4981298443 -77 41 21.575697347           M2 17 0
238 V* BM Cha Or* 13 08 06.2694469794 -77 55 05.329360813   16.77 14.60     K5 49 0
239 Sz 62 Y*O 13 09 50.37 -77 57 24.0   16.99 15.55     M2.5 30 0
240 Sz 63 Y*O 13 10 04.1816589326 -77 10 44.849934703   15.2       M3 15 0
241 2MASS J13125238-7739182 Y*O 13 12 52.38 -77 39 18.3           M4.5 7 0
242 CPD-68 1894 TT* 13 22 07.5420267499 -69 38 12.216304202   11.38 10.393   9.117 K1Ve 128 0
243 2MASS J13491293-7549475 TT* 13 49 12.9346554910 -75 49 47.445082006   10.22 9.680   8.724 G1V 21 1
244 NAME Lup Cloud SFR 16 03 -38.1           ~ 517 0
245 NAME ASSOC II SCO As* 16 15 -24.2           ~ 1120 1
246 NAME Gal Center reg 17 45 40.04 -29 00 28.1           ~ 11533 0
247 HD 204278 * 21 27 11.3285829728 +11 59 56.582831700   9.27 8.90     G0 6 0
248 NAME Pleiades Moving Group MGr ~ ~           ~ 238 1

    Equat.    Gal    SGal    Ecl

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2020.07.05-07:34:44

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