2011A&A...526A..21B


C.D.S. - SIMBAD4 rel 1.7 - 2019.11.22CET14:56:58

2011A&A...526A..21B - Astronomy and Astrophysics, volume 526A, 21-21 (2011/2-1)

XMM-Newton investigations of the Lambda Orionis star-forming region (XILO). I. The young cluster Collinder 69.

BARRADO D., STELZER B., MORALES-CALDERON M., BAYO A., HUELAMO N., STAUFFER J.R., HODGKIN S., GALINDO F. and VERDUGO E.

Abstract (from CDS):

This is the first paper of a series devoted to the Lambda Orionis star-forming region, Orion's Head, from the X-ray perspective. Our final aim is to provide a comprehensive view of this complex region, which includes several distinct associations and dark clouds. We aim to uncover the population of the central, young star cluster Collinder 69, and in particular those diskless Class III objects not identified by previous surveys based on near- and mid-infrared searches, and to establish the X-ray luminosity function for the association. We have combined two exposures taken with the XMM-Newton satellite with an exhaustive data set of optical, near- and mid-infrared photometry to assess the membership of the X-ray sources based on different color-color and color-magnitude diagrams, as well as other properties, such as effective temperatures, masses and bolometric luminosities derived from spectral energy distribution fitting and comparison with theoretical isochrones. The presence of circumstellar disks is discussed using mid-infrared photometry from the Spitzer Space Telescope. With an X-ray flux limit of ∼5x10–15erg/cm2/s we detected a total of 164 X-ray sources, of which 66 are probable and possible cluster members. A total of 16 are newly identified probable members plus another three possible new members. The two XMM-Newton pointings east and west of the cluster center have allowed us to verify the heterogeneous spatial distribution of young stars, which is probably related to the large scale structure of the region. The disk fraction of the X-ray detected cluster sample (complete down to ∼0.3M) is very low, close to 10%, in remarkable contrast to the low-mass stellar and substellar population (mostly undetected in X-rays) where the disk fraction reaches about 50%. The X-ray luminosity function of Collinder 69 in different mass bins provides support for an age of several Myr when compared with other well known young associations. The X-ray properties of the young stars in Collinder 69 resemble those found in other young stellar associations, with saturation at log(Lx/Lbol)~-3 and low fractional X-ray luminosities for stars with M≥2M. With our improved cluster census we confirm previous reports on the untypically low disk fraction compared to other clusters of several Myr age. The different disk fractions of X-ray detected (essentially solar-like) and undetected (mostly low-mass stars and brown dwarfs) members can be understood as a consequence of a mass-dependence of the time-scale for disk evolution.

Abstract Copyright:

Journal keyword(s): stars: coronae - stars: late-type - stars: solar-type - X-rays: stars - open clusters and associations: individual: Collinder 69 - stars: pre-main sequence

VizieR on-line data: <Available at CDS (J/A+A/526/A21): table3.dat table4.dat table5.dat table6.dat table8.dat table9.dat>

Nomenclature: Tables 3-6, 8-9: [BSM2011] wNNNa N=164+205 among (Nos e001-e112, w001-w052). Tables 11-12: [BSM2011] C69WI1-NNNNN N=8+2 among (Nos C69EI1-00790 to C69EI1-14609, C69WI1-09288, C69WI1-14892).

Simbad objects: 225

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Number of rows : 225

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 ELAIS S1 reg 00 34 44 -43 28.2           ~ 151 0
2 IC 348 OpC 03 44 34 +32 09.8           ~ 1205 1
3 NAME Taurus Dark Cloud SFR 04 41.0 +25 52           ~ 3326 0
4 Barnard 30 DNe 05 30.3 +12 46           ~ 39 0
5 2MASS J05330378+0958425 * 05 33 03.7836820835 +09 58 42.486861106           ~ 1 0
6 [BSM2011] w026 X 05 33 03.929 +10 02 06.41           ~ 1 0
7 2MASS J05331160+0959028 * 05 33 11.6051594266 +09 59 02.758263197           ~ 1 0
8 [BSM2011] w045 X 05 33 12.859 +09 57 58.04           ~ 1 0
9 [BSM2011] w016 IR 05 33 12.953 +09 49 38.94           ~ 1 0
10 [BSM2011] w035 X 05 33 14.083 +09 55 45.35           ~ 1 0
11 2MASS J05331515+0950301 Y*? 05 33 15.1480733491 +09 50 29.988691655     17.50 16.29 14.71 ~ 2 0
12 [BSM2011] C69WI1-14892 * 05 33 21.9754112862 +10 02 01.966763739           ~ 2 0
13 2MASS J05332398+0957076 * 05 33 23.9819836884 +09 57 07.635965651     16.58 15.97 15.43 ~ 1 0
14 2MASS J05332696+1001394 * 05 33 26.963 +10 01 39.49           ~ 3 0
15 [BNM2013] 54.02 30 * 05 33 27.8332210277 +10 04 20.114057478     16.41 15.52 14.72 ~ 2 0
16 2MASS J05333297+0957385 * 05 33 32.9730439265 +09 57 38.442339034     17.35 16.39 15.23 ~ 1 0
17 [BNM2013] 54.02 3246 * 05 33 33.959 +09 50 23.60           ~ 2 0
18 2MASS J05333531+1008261 Y*? 05 33 35.2996975850 +10 08 26.188772201           ~ 2 0
19 [BSM2011] w017 IR 05 33 36.970 +09 56 35.67           ~ 1 0
20 [BNM2013] 54.02 68 * 05 33 39.1960352816 +10 00 13.223791819 19.520   16.21 15.26 14.34 ~ 2 0
21 2MASS J05334033+0951592 * 05 33 40.3333925812 +09 51 59.274793104     14.60 14.09 13.58 ~ 1 0
22 [BSM2011] w021 IR 05 33 40.579 +10 02 39.12           ~ 1 0
23 2MASS J05334256+1003478 IR 05 33 42.568 +10 03 47.81     19.40     ~ 2 0
24 [BSM2011] w033 X 05 33 42.710 +09 58 02.17           ~ 1 0
25 [BSM2011] w022 X 05 33 43.130 +10 10 12.37           ~ 1 0
26 [BSM2011] w041 IR 05 33 43.192 +09 43 40.57     17.35 16.34 14.99 ~ 1 0
27 [BSM2011] w038s IR 05 33 44.5145039824 +10 01 39.098215332       18.42 17.86 ~ 1 0
28 [BSM2011] w038c ? 05 33 44.650 +10 01 45.81           ~ 1 0
29 [DM99] 1 pr* 05 33 47.2134054864 +09 55 38.419510184     14.16 13.34 12.51 M0 10 0
30 2MASS J05334737+0952592 * 05 33 47.3816182392 +09 52 59.213164833     14.62 14.04 13.53 ~ 1 0
31 [BSM2011] w039c IR 05 33 47.8449199499 +09 52 55.558608848       20.45 19.70 ~ 1 0
32 2MASS J05334791+1001396 Y*? 05 33 47.9121653836 +10 01 39.687745370 22.414     18.71 16.99 M5.5 8 0
33 [BSM2011] w032z IR 05 33 48.086 +10 01 36.23         22.53 ~ 1 0
34 [BSM2011] w032c IR 05 33 48.305 +10 01 43.53     18.41 17.23 16.06 ~ 1 0
35 [BSM2011] w032s IR 05 33 48.377 +10 01 36.28       23.16 21.99 ~ 1 0
36 [BSM2011] w032e IR 05 33 48.382 +10 01 42.07       16.80 15.93 ~ 1 0
37 [BSM2011] w008n * 05 33 49.7826043790 +09 50 40.075292792       16.52 15.87 ~ 1 0
38 2MASS J05334985+1004212 * 05 33 49.8541039437 +10 04 21.205243446           ~ 1 0
39 [DM99] 2 pr* 05 33 49.9279481820 +09 50 36.767885836 20.386   16.03 15.05 13.94 M3.0 10 0
40 HD 244927 Y*? 05 33 50.4385628856 +10 04 21.071884813   10.62 10.19     A7 3 0
41 [BSM2011] w042w IR 05 33 51.005 +09 48 16.03       23.08 22.24 ~ 1 0
42 HD 244907 Y*? 05 33 51.1513995905 +09 46 42.128732814   11.01 10.42     F8 4 0
43 [BSM2011] w042c IR 05 33 51.290 +09 48 12.34       23.16 22.10 ~ 1 0
44 [BSM2011] w042e IR 05 33 51.557 +09 48 12.34       21.02 19.78 ~ 1 0
45 2MASS J05335199+0953025 * 05 33 52.0027283478 +09 53 02.483827522     12.35     ~ 2 0
46 [DM99] 4 pr* 05 33 56.3429268607 +09 53 56.824206013 18.766   15.69 14.49 13.13 M3.5 10 0
47 [BSM2011] w030c IR 05 34 01.308 +09 56 35.26       19.80 19.12 ~ 1 0
48 [BSM2011] w030e IR 05 34 01.874 +09 56 33.05       20.83 19.73 ~ 1 0
49 [BSM2011] w010c IR 05 34 02.011 +09 58 18.24       19.50 18.68 ~ 1 0
50 [BSM2011] w010e IR 05 34 02.129 +09 58 16.25       20.59 19.80 ~ 1 0
51 [BSM2011] w025w IR 05 34 02.251 +10 07 05.20       20.75 19.43 ~ 1 0
52 [BSM2011] w025c IR 05 34 02.412 +10 07 05.71       21.63 20.52 ~ 1 0
53 [BSM2011] w025e IR 05 34 02.738 +10 07 06.65       21.77 21.15 ~ 1 0
54 2MASS J05340393+0952122 Y*? 05 34 03.9313913651 +09 52 12.251000495           M2.5 4 0
55 [BNM2013] 54.04 227 * 05 34 04.1971711396 +10 00 47.409756159 14.730   13.06     ~ 3 0
56 [BSM2011] w009s IR 05 34 04.426 +10 00 41.76       15.08 14.39 ~ 1 0
57 [DM99] 6 Y*? 05 34 04.9577252714 +09 57 03.786245669   17.1 16.06 15.05 13.95 ~ 7 0
58 [DM99] 7 pr* 05 34 05.5481197638 +09 42 46.587956058 14.983   12.75 12.16 11.61 ~ 9 0
59 [BSM2011] w011s IR 05 34 05.8232223884 +09 42 40.879103367           ~ 1 0
60 2MASS J05340664+1001034 * 05 34 06.6361343193 +10 01 03.504543351           ~ 1 0
61 2MASS J05340691+1001005 Y*? 05 34 06.9110013984 +10 01 00.475054816       11.44   ~ 5 0
62 [BNM2013] 54.01 191 LM* 05 34 08.3876739062 +09 51 25.312313596 20.212 17.7 16.83 15.39 14.17 M4.5 8 0
63 2MASS J05341177+0957033 LM* 05 34 11.7777714397 +09 57 03.337319945   18.6 17.41 15.93 14.63 M5.0 8 0
64 [BSM2011] w024s IR 05 34 11.851 +09 56 58.77       21.05 20.03 ~ 1 0
65 2MASS J05341833+0952376 * 05 34 18.3307180473 +09 52 37.637516050     15.14 14.31 13.61 ~ 1 0
66 [BSM2011] w048 IR 05 34 24.675 +09 56 57.09       22.05 20.31 ~ 1 0
67 2MASS J05342809+0948476 Y*? 05 34 28.0958563950 +09 48 47.558998129     17.42 16.16 14.80 ~ 3 0
68 [BSM2011] w007e IR 05 34 28.466 +09 48 47.91           ~ 1 0
69 [BSM2011] w005w IR 05 34 32.3787111777 +09 59 30.159621162       18.06 17.46 ~ 1 0
70 [BSM2011] w005s IR 05 34 32.6411270901 +09 59 26.059245295       16.27 15.72 ~ 1 0
71 [DM99] 9 LM* 05 34 32.8248617615 +09 59 30.847630570 17.309   14.21 13.46 12.77 K9 10 0
72 [BSM2011] w049 IR 05 34 34.359 +10 03 19.11       22.90 21.83 ~ 1 0
73 [DM99] 11 LM* 05 34 35.6088972977 +09 59 43.323326149 19.859   16.42 15.25 13.93 M3.5 13 0
74 [BSM2011] w013n IR 05 34 35.652 +09 59 51.86       21.53 20.79 ~ 1 0
75 [DM99] 12 LM* 05 34 36.2352445493 +09 53 44.150853726 19.023   15.91 14.77 13.53 M2.5 14 0
76 [BSM2011] w002n IR 05 34 36.5127199591 +09 53 49.046429490       18.61 17.94 ~ 1 0
77 [DM99] 14 LM* 05 34 39.2074442019 +09 52 55.291224115 18.037   15.09 14.17 13.31 ~ 12 0
78 [BNM2013] 54.04 160 LM* 05 34 39.2797171403 +10 01 28.801821281 19.992 18.2 17.1 15.47 13.98 M3.5 8 0
79 NAME Orion Nebula Cluster OpC 05 35.0 -05 29           ~ 1909 1
80 Cl Collinder 69 OpC 05 35 06 +09 56.0     2.8     ~ 215 0
81 * lam Ori ** 05 35 08.27761 +09 56 02.9611 2.45 3.48 3.66 3.72 3.89 O8IIIf+B0.5V 261 1
82 2MASS J05351904+0954550 Y*? 05 35 19.046 +09 54 55.10           K2 6 0
83 2MASS J05352084+0947268 IR 05 35 20.8496212115 +09 47 26.763578454     17.90 17.24 16.51 ~ 1 0
84 [BNM2013] 54.01 34 LM* 05 35 21.4308590849 +09 49 56.552113389 20.895     16.12 14.76 M4.0 11 0
85 [BSM2011] e034w IR 05 35 22.022 +09 52 25.77           ~ 1 0
86 [BNM2013] 53.02 97 LM* 05 35 22.1638749008 +09 53 58.640921858 19.879     15.61 14.43 M4.0 6 0
87 [DM99] 35 pr* 05 35 22.1939894909 +09 52 27.551949934 18.669   15.43 14.48 13.61 ~ 9 0
88 [BSM2011] C69EI1-14609 * 05 35 25.3544874307 +09 54 47.693134384           M3 4 0
89 [BSM2011] e093 IR 05 35 25.478 +09 47 41.71       20.72 20.17 ~ 1 0
90 [BSM2011] e038w IR 05 35 27.060 +09 53 10.45           ~ 1 0
91 [BSM2011] e038c IR 05 35 27.197 +09 53 10.74       20.52 19.74 ~ 1 0
92 [BSM2011] C69EI1-14424 LM* 05 35 28.4632001952 +10 02 27.475656542           M3.5 4 0
93 2MASS J05352920+0946317 LM* 05 35 29.2095586213 +09 46 31.792011287       13.95 13.28 K7 4 0
94 [DM99] 38 LM* 05 35 30.4521058581 +09 50 34.191583695 20.384   17.22 15.87 14.23 ~ 13 0
95 [BSM2011] e045 IR 05 35 30.566 +09 54 29.18       22.75 22.75 ~ 1 0
96 [BSM2011] e102c IR 05 35 30.566 +09 56 14.67       18.82 18.03 ~ 1 0
97 [BSM2011] e102s IR 05 35 30.679 +09 56 12.32       20.93 20.28 ~ 1 0
98 [BSM2011] e102e IR 05 35 30.703 +09 56 13.95       21.06 19.82 ~ 1 0
99 [BSM2011] e103w IR 05 35 32.270 +09 56 07.58       22.25 20.78 ~ 1 0
100 [BSM2011] e075 IR 05 35 32.521 +09 57 54.96       22.17 21.42 ~ 1 0
101 [BSM2011] e103c IR 05 35 32.599 +09 56 10.94       22.57 21.41 ~ 1 0
102 [BSM2011] e103s IR 05 35 32.609 +09 56 06.51         22.46 ~ 1 0
103 [BSM2011] e046 IR 05 35 33.405 +09 51 47.80       22.75 22.18 ~ 1 0
104 [DM99] 39 pr* 05 35 34.836 +10 00 35.28 19.312   15.87 14.80 13.61 ~ 12 0
105 [DM99] 40 pr* 05 35 35.7258596074 +09 44 35.390798442 20.398   17.23 16.01 14.66 ~ 8 0
106 2MASS J05353722+0956517 Y*? 05 35 37.2302074007 +09 56 51.730210060           ~ 2 0
107 [BSM2011] e032 IR 05 35 37.901 +09 44 10.10           ~ 1 0
108 2MASS J05353811+0953163 * 05 35 38.1196331234 +09 53 16.308205431           ~ 1 0
109 [BSM2011] e066 IR 05 35 38.2545441555 +10 01 02.939014664       20.55 19.87 ~ 1 0
110 [DM99] 41 LM* 05 35 39.4867368660 +09 50 32.734787083 19.864   16.76 15.54 14.05 ~ 13 0
111 [BNM2013] 53.04 2496 * 05 35 43.267 +09 59 56.39 22.352     20.73 19.90 ~ 2 0
112 [BSM2011] e090 IR 05 35 43.891 +09 56 02.82       22.06 21.45 ~ 1 0
113 2MASS J05354757+0945499 Y*? 05 35 47.5777578561 +09 45 50.023547636 18.176 15.8 14.9 13.71 12.65 ~ 7 0
114 [BSM2011] e049 IR 05 35 48.858 +09 49 23.88       21.80 20.86 ~ 1 0
115 [BSM2011] e087s IR 05 35 49.330 +10 04 32.16       23.80 22.58 ~ 1 0
116 [BNM2013] 53.04 7391 * 05 35 49.478 +10 04 34.89       23.03 22.10 ~ 2 0
117 [BNM2013] 53.04 4789 * 05 35 50.004 +09 57 51.76 22.014     22.31 21.61 ~ 2 0
118 [DM99] 44 LM* 05 35 51.3382610661 +09 55 11.206379658 19.028 17.50 15.69 14.64 13.45 ~ 13 0
119 [BSM2011] e094 IR 05 35 51.655 +10 06 35.83       21.11 20.07 ~ 1 0
120 [BSM2011] e069c LM* 05 35 51.7246506533 +09 53 33.971622416   16.63 15.50 14.73 14.11 K5 2 0
121 2MASS J05355200+0950293 LM* 05 35 52.009 +09 50 29.40 21.266 20.12 18.40 16.78 15.34 M5.5 10 0
122 [BNM2013] 51.03 282 LM* 05 35 52.5521440549 +09 48 31.102426164 20.876 19.35 17.71 16.19 14.73 M5.5 10 0
123 [DM99] 45 pr* 05 35 54.3339519763 +10 04 23.274565450 15.275   12.89 12.28 11.69 ~ 9 0
124 [BSM2011] e063 IR 05 35 54.623 +10 01 52.07       23.01 21.99 ~ 1 0
125 [DM99] 46 LM* 05 35 55.4313388242 +09 56 30.846435831 17.554 15.73 14.43 13.50 12.57 ~ 13 0
126 2MASS J05355555+0952097 LM* 05 35 55.5556035983 +09 52 09.758445204   19.19 17.56 16.18 14.86 M3.5 4 0
127 [DM99] 47 pr* 05 35 55.669 +09 50 53.27 20.572 19.07 17.41 16.08 14.41 ~ 12 0
128 [BSM2011] e104e ? 05 35 55.772 +09 52 08.86           ~ 1 0
129 [BSM2011] e081e IR 05 35 55.786 +09 50 51.05       19.46 18.31 ~ 1 0
130 [DM99] 48 Y*? 05 35 55.8565824819 +09 56 21.712731882 19.970   16.85 15.69 14.39 M3.5 8 0
131 [BSM2011] e061 IR 05 35 56.696 +10 01 52.59       21.16 20.42 ~ 1 0
132 [DM99] 49 pr* 05 35 57.0890890852 +09 46 52.533571473 20.101 18.32 16.79 15.63 14.18 ~ 11 0
133 [BSM2011] e051 IR 05 35 57.352 +09 58 27.09       20.69 19.96 ~ 1 0
134 [DM99] 50 pr* 05 35 57.6819311804 +09 47 34.027438584 18.926 17.13 15.68 14.65 13.55 ~ 10 0
135 [DM99] 51 pr* 05 35 57.9805049268 +09 54 32.793754410 17.848 16.14 14.85 13.91 12.94 ~ 12 0
136 [BNM2013] 50.03 5224 * 05 35 59.3904466792 +09 53 32.154271583 22.590     19.69 18.72 ~ 2 0
137 [BSM2011] e033 IR 05 35 59.456 +09 50 18.60       23.11 22.16 ~ 1 0
138 [BSM2011] e106 IR 05 36 00.677 +09 41 11.61           ~ 1 0
139 2MASS J05360115+0958455 IR 05 36 01.153 +09 58 45.51   19.57 17.66 16.67 15.74 ~ 1 0
140 2MASS J05360276+1005389 * 05 36 02.7606753797 +10 05 38.856844470           ~ 2 0
141 [DM99] 53 Y*? 05 36 02.8856094735 +09 42 07.505161048 17.927   15.22 14.30 13.39 ~ 7 0
142 GSC 00705-00332 * 05 36 08.5898440940 +09 53 20.539742319   13.75 12.94 12.16   ~ 3 1
143 2MASS J05360868+0956191 * 05 36 08.6838878150 +09 56 19.094190718           ~ 2 0
144 [BSM2011] e060n LM* 05 36 09.19 +09 56 22.7       20.50 19.68 K5 2 0
145 [DM99] 55 pr* 05 36 09.3202437933 +09 47 02.686485555 19.611 18.22 16.46 15.33 13.94 ~ 10 0
146 HD 245370 Y*? 05 36 09.3974456173 +10 01 25.465499731   14.62 13.02     B8 5 0
147 [BNM2013] 53.04 3254 * 05 36 10.102 +10 01 58.03       21.34 20.61 ~ 2 0
148 [BNM2013] 53.04 113 LM* 05 36 10.3541498920 +10 00 18.369784707 21.033 19.91 18.23 16.57 15.06 M3.5 9 0
149 [BSM2011] e109w IR 05 36 10.646 +10 00 53.32       20.58 19.62 ~ 1 0
150 [BSM2011] e109c IR 05 36 10.870 +10 00 52.95       22.22 21.60 ~ 1 0
151 [BSM2011] e109e IR 05 36 10.978 +10 00 53.14       22.95 21.35 ~ 1 0
152 [BSM2011] C69EI1-7620 * 05 36 11.2528174896 +09 46 26.305887960           ~ 2 0
153 [BSM2011] e073 LM* 05 36 11.5296354579 +09 59 39.586916464   17.11 16.24 15.70 15.14 K4 2 0
154 2MASS J05361213+1000569 SB* 05 36 12.1362533282 +10 00 56.903426707 20.445 19.05 17.45 15.91 14.60 ~ 9 0
155 [BSM2011] e070 IR 05 36 13.505 +10 01 16.34           ~ 1 0
156 [BSM2011] e085 IR 05 36 13.862 +09 52 30.99           ~ 1 0
157 [BSM2011] e053 IR 05 36 13.994 +09 53 05.49       23.63 22.75 ~ 1 0
158 [BSM2011] e099 IR 05 36 14.253 +09 47 47.65       21.94 20.85 ~ 1 0
159 [BSM2011] e059 X 05 36 14.863 +09 52 05.57       22.75 22.75 ~ 1 0
160 2MASS J05361640+0959246 Y*? 05 36 16.4055999115 +09 59 24.621921729   14.13 11.78 11.17 10.57 ~ 3 1
161 [DM99] 56 pr* 05 36 16.6131604613 +09 50 48.321510834 18.333 16.81 15.31 14.37 13.36 ~ 10 0
162 [BSM2011] e050 IR 05 36 17.463 +10 01 39.39       21.64 20.71 ~ 1 0
163 [DM99] 57 pr* 05 36 18.5758504959 +09 45 08.824156436 15.485   13.26 12.68 12.13 ~ 7 0
164 2MASS J05361887+0951350 PM* 05 36 18.8709691233 +09 51 35.012543523 19.093 17.80 16.61 15.45 14.03 ~ 6 0
165 [DM99] 58 pr* 05 36 19.0411411760 +10 03 50.808284352 18.187   14.87 13.98 13.10 ~ 10 0
166 [DM99] 59 pr* 05 36 20.199 +09 44 01.88 18.208   15.19 14.20 13.12 ~ 10 0
167 [BSM2011] e068 LM* 05 36 20.2087589424 +09 56 02.695154335   14.76 13.81 13.36 12.91 K2 2 0
168 [BSM2011] e011e Y*? 05 36 20.309 +09 44 02.75       15.31 14.18 ~ 1 0
169 [DM99] 60 pr* 05 36 20.5120389711 +09 52 19.103580155 18.138 16.47 15.04 14.16 13.33 ~ 10 0
170 2MASS J05362131+0953499 * 05 36 21.3189896991 +09 53 49.788705331     14.40 14.07 13.72 ~ 1 0
171 HD 37099 Y*? 05 36 23.0824752888 +09 45 15.053520918   9.64 8.62     K0 4 0
172 2MASS J05362500+0941312 * 05 36 25.0047731530 +09 41 31.190341617           ~ 1 0
173 [DM99] 61 pr* 05 36 26.3145306264 +09 51 13.939495138 19.702 18.04 16.31 15.29 14.19 M0 7 0
174 [BSM2011] e044 IR 05 36 26.786 +09 49 18.99           ~ 1 0
175 [BNM2013] 51.03 370 LM* 05 36 27.0709068762 +09 51 34.675547105 22.770     17.77 16.17 ~ 9 0
176 [BNM2013] 50.03 1900 LM* 05 36 27.4548441225 +09 45 25.582960306 20.780   17.60 16.44 14.92 M3 5 0
177 [BSM2011] e005w IR 05 36 27.694 +09 55 27.11       22.39 21.40 ~ 1 0
178 [BSM2011] e005c IR 05 36 27.900 +09 55 27.45       21.56 20.69 ~ 1 0
179 [BSM2011] e027n IR 05 36 28.901 +09 54 32.39         20.65 ~ 1 0
180 [DM99] 62 pr* 05 36 28.9024414493 +09 54 27.014377651 19.910 18.22 16.57 15.46 14.20 M0.5 7 0
181 [BSM2011] e088n IR 05 36 30.113 +09 43 39.47       22.07 21.28 ~ 1 0
182 [BSM2011] e088s IR 05 36 30.590 +09 43 29.45       18.72 17.97 ~ 1 0
183 [BNM2013] 51.03 446 LM* 05 36 31.4974357003 +09 45 01.567495338 23.313     18.12 16.40 M5.0 9 0
184 [BSM2011] e002 X 05 36 32.030 +09 44 20.26       20.04 19.44 ~ 1 0
185 [BSM2011] C69EI1-4761 X 05 36 32.170 +09 53 16.70           ~ 1 0
186 [BSM2011] e026 IR 05 36 33.384 +09 58 02.90           ~ 1 0
187 [BSM2011] e108 IR 05 36 33.876 +10 01 08.94           ~ 1 0
188 [BSM2011] e100 IR 05 36 34.855 +09 58 40.29           ~ 1 0
189 [BSM2011] e074 IR 05 36 35.561 +09 54 23.88           ~ 1 0
190 [BSM2011] e021w IR 05 36 39.806 +10 04 33.75           ~ 1 0
191 [BSM2011] e021c IR 05 36 40.042 +10 04 34.20           ~ 1 0
192 [BSM2011] e101 X 05 36 40.147 +09 48 36.21           ~ 1 0
193 [BSM2011] C69EI1-3042 X 05 36 43.560 +09 55 13.80           ~ 1 0
194 [BSM2011] e056 IR 05 36 44.143 +09 52 05.40           ~ 1 0
195 [BSM2011] e110 IR 05 36 44.542 +09 59 26.14           ~ 1 0
196 HD 37148 Y*? 05 36 46.2184240242 +09 53 14.259859691   9.05 8.50     G0 6 0
197 [BSM2011] e076 IR 05 36 46.301 +09 54 46.82           ~ 1 0
198 [BSM2011] e083n IR 05 36 46.836 +09 56 25.22           ~ 1 0
199 [BSM2011] e083c IR 05 36 46.906 +09 56 22.31           ~ 1 0
200 [DM99] 65 pr* 05 36 47.1064520247 +10 05 51.758234387 18.723   15.74 14.76 13.75 K9 7 0
201 [BSM2011] C69EI1-2229 * 05 36 48.9010248386 +09 55 42.291790844           ~ 2 0
202 2MASS J05364928+0958199 Y*? 05 36 49.2801870919 +09 58 19.876843703   13.30 12.03 11.30 10.71 ~ 2 0
203 2MASS J05365025+0954237 LM* 05 36 50.2542016080 +09 54 23.713370542   19.04 17.43 16.21 14.76 M3.5 4 0
204 [BSM2011] e048 IR 05 36 50.736 +09 54 05.26           ~ 1 0
205 [DM99] 67 pr* 05 36 52.6709386521 +09 52 56.231666064 19.868   16.69 15.50 14.06 ~ 7 0
206 2MASS J05365310+0950194 Y*? 05 36 53.0981336012 +09 50 19.372127705   20.11 18.50     ~ 2 0
207 [BNM2013] 53.01 416 * 05 36 54.5390261816 +09 53 26.608154104 21.897         ~ 2 0
208 [DM99] 69 pr* 05 36 54.8593480748 +09 50 24.958835231 18.948   15.54 14.57 13.63 ~ 7 0
209 2MASS J05365533+0946479 Y*? 05 36 55.340 +09 46 47.94           M3 4 0
210 2MASS J05365542+1001106 Y*? 05 36 55.4227290687 +10 01 10.524471068           ~ 1 0
211 [BSM2011] e095 IR 05 36 55.990 +09 52 04.93           ~ 1 0
212 [BNM2013] 53.01 6129 * 05 36 56.425 +09 53 37.80 22.248         ~ 2 0
213 [BSM2011] e089 IR 05 36 56.923 +09 52 53.84           ~ 1 0
214 [DM99] 70 pr* 05 36 57.5035075832 +09 53 25.852274387 19.288   16.05 15.02 13.91 K9 7 0
215 [BSM2011] e080 IR 05 36 57.648 +10 03 16.01           ~ 1 0
216 2MASS J05370084+0949045 Y*? 05 37 00.8451919633 +09 49 04.528892856     12.41 11.87 11.36 ~ 2 0
217 [BSM2011] e112 X 05 37 05.455 +09 56 09.93           ~ 1 0
218 [DM99] 71 pr* 05 37 10.1780985162 +09 55 26.831287585 19.621   16.72 15.64 14.30 ~ 6 0
219 2MASS J05371040+0951273 PM* 05 37 10.4080018472 +09 51 27.233020864           ~ 1 0
220 2MASS J05371566+0957500 IR 05 37 15.660 +09 57 50.00           ~ 1 0
221 Barnard 35 DNe 05 45.5 +09 03           ~ 49 0
222 NGC 2264 OpC 06 40 58 +09 53.7     3.9     ~ 1547 1
223 V* V1192 Sco Or* 16 08 51.4339982240 -39 05 30.468181083     21.9 18.97 18.18 M5 56 0
224 NAME Upper Sco Association As* 16 12 -23.4           ~ 963 1
225 2MASS J19013357-3700304 BD* 19 01 33.5769494372 -37 00 30.475478822           M6.5 42 0

    Equat.    Gal    SGal    Ecl

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2019.11.22-14:56:58

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