1983ApJ...269..182M

Query : 1983ApJ...269..182M

1983ApJ...269..182M - Astrophys. J., 269, 182-201 (1983)

Einstein observations of the rho Ophiuchi dark cloud: an X-ray christmas tree.

MONTMERLE T., KOCH-MIRAMOND L., FALGARONE E. and GRINDLAY J.E.

Journal keyword(s):

Nomenclature: ROX NN (Nos 1-47), ROX CNN (Nos C1-C20)

Simbad objects: 68

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Number of rows : 68
N Identifier Otype ICRS (J2000)
RA 		ICRS (J2000)
DEC 		Mag U Mag B Mag V Mag R Mag I Sp type #ref
1850 - 2026 		#notes
1 CD-24 12683 TT* 16 25 19.2498737256 -24 26 52.809731340   11.36 10.55   9.05 G9V 52 0
2 ATO J246.3514-23.9197 TT* 16 25 24.3632877288 -23 55 10.614768528   17.03 15.39     ~ 33 0
3 ROX 3 Or* 16 25 49.6474658424 -24 51 31.947148440     13.10 12.10 11.13 M0e 59 0
4 WLY 2-10 TT* 16 25 50.5247210760 -24 39 14.565244608     15.49 13.83 12.30 K5.5 48 0
5 EM* SR 5 TT* 16 25 55.8341340336 -23 55 10.314211224   14.0 13.72 12.52 11.51 ~ 19 0
6 EM* SR 4 Or* 16 25 56.1659023848 -24 20 48.240627072     12.80 11.7 10.7 K0:Ve 216 1
7 GSS 20 TT* 16 25 57.5183458272 -24 30 31.792496832     16.37 14.77 13.05 K5.5 60 0
8 Haro 1-6 Or* 16 26 03.0276684144 -24 23 36.188140848   14.15 14.01 12.38 10.80 K0 229 2
9 BKLT J162607-242742 Y*O 16 26 07.63968 -24 27 41.3676           ~ 18 1
10 ROX 9 X 16 26 15 -25 42.6           ~ 2 0
11 GSS 29 TT* 16 26 16.8561896376 -24 22 23.150221356       17.4 15.23 K5-K6 93 1
12 DoAr 24 TT* 16 26 17.0743951968 -24 20 21.594730920   16.06 14.21 14.02 11.57 K7.5V 126 1
13 Elia 2-20 TT* 16 26 18.8775818016 -24 28 19.695035064           ~ 140 1
14 GSS 31 TT* 16 26 23.3684537424 -24 20 59.579380248   15.9 14.70 14.33 11.53 K0e 154 1
15 DoAr 25 TT* 16 26 23.6911292736 -24 43 13.888543800       12.65   K5 201 0
16 GSS 32 TT* 16 26 24.0509462472 -24 24 48.095495928       17.81 15.58 K5-K6 115 1
17 Elia 2-24 TT* 16 26 24.0886188024 -24 16 13.448569260   16.3 14.40 15.81 13.97 K6 208 1
18 WSB 32 Or* 16 26 27.7525953384 -25 27 24.652391652   16.59 15.60   12.90 M1V 32 0
19 ROXs 12 Or* 16 26 28.0396675056 -25 26 47.717480112   16.13 14.29 14.06 12.05 M0.0e 46 0
20 ROX 13 Y*O 16 26 29.67048 -24 19 05.5092           ~ 24 1
21 GSS 35 TT* 16 26 34.1761719864 -24 23 28.283473860     16.53 14.75 12.51 B3 254 1
22 ROX C07 X 16 26 36 -24 13.7           ~ 1 0
23 ROX C08 X 16 26 38 -24 38.6           ~ 1 0
24 GSS 37 TT* 16 26 42.85416 -24 20 29.8608       16.29 14.08 K7-M2 87 1
25 VSSG 11 TT* 16 26 43.7641950672 -24 16 33.272135940           ~ 52 1
26 [GY92] 112 TT* 16 26 44.3020015896 -24 43 14.061995292     17.07 15.15 13.37 M3 48 0
27 YLW 37 TT* 16 26 46.4288834880 -24 12 00.078675192   17.15   13.90 12.37 G3.5 65 0
28 VSSG 3 Or* 16 26 49.2314977008 -24 20 03.429427200           ~ 50 1
29 GSS 40 Y*? 16 26 53.86296 -24 22 27.9804           ~ 14 0
30 VSSG 5 Y*O 16 26 54.44376 -24 26 20.7204           ~ 46 1
31 EM* SR 24 Y*O 16 26 58.53 -24 45 35.3           K2:e+M0.5e 114 0
32 [GY92] 194 Or* 16 27 04.5603052200 -24 42 14.017947300       17.54 15.66 K8-M0 38 0
33 Elia 2-29 Y*O 16 27 09.43032 -24 37 18.7716           ~ 296 1
34 EM* SR 21A TT* 16 27 10.2778380120 -24 19 12.622467720   16.08 14.10     G1 293 1
35 WL 20 TT* 16 27 15.69840 -24 38 43.4364           M0 86 0
36 NAME WL 20E TT* 16 27 15.8951829912 -24 38 43.788560604           K7 78 0
37 ROX C17 X 16 27 18 -24 21.0           ~ 1 0
38 WL 5 TT* 16 27 18.17064 -24 28 52.6800           ~ 91 0
39 EM* SR 12 Or* 16 27 19.5054789229 -24 41 40.414828505     13.28 12.15 10.855 M0IVe 193 1
40 [GY92] 253 Y*O 16 27 21.83064 -24 43 35.6952           M3 30 0
41 VSSG 22 Or* 16 27 22.9174580712 -24 17 57.414656688           ~ 39 1
42 YLW 16A Y*O 16 27 28.02744 -24 39 33.5052           K8 205 0
43 ROX C19 X 16 27 30 -24 36.6           ~ 1 0
44 [GY92] 284 TT* 16 27 30.8467391952 -24 24 56.094396228       18.45 16.24 M3.25 56 0
45 YLW 18 TT* 16 27 33.1157754648 -24 41 15.259932924       17.66 15.65 K5-K6 88 0
46 YLW 47 TT* 16 27 38.3206405584 -24 36 58.594880844       17.69 15.52 M0 104 0
47 ROX 28 TT* 16 27 38.3421648792 -24 04 01.327513872       14.99 13.41 K5-K6 26 0
48 2E 3695 * 16 27 39.0 -23 58 05   15.0       K4 6 0
49 ROX 27 TT* 16 27 39.4295731464 -24 39 15.527230272       15.76 14.03 M0+M4 137 0
50 CD-24 12689 Or* 16 27 40.2857881416 -24 22 04.130226300   12.91 11.533 11.11 10.00 K5e 301 0
51 WLY 2-55 TT* 16 27 52.0872222936 -24 40 50.723707476     16.28 14.48 12.78 K7.5 85 0
52 NAME Ophiuchus Molecular Cloud SFR 16 28 06 -24 32.5           ~ 3969 1
53 ROX 32 X 16 28 13 -24 50.4   16.0       ~ 2 0
54 EM* SR 20 Or* 16 28 32.6876536896 -24 22 45.008526648   16.23   12.59   G7 90 0
55 EM* SR 13 Or* 16 28 45.2768168328 -24 28 18.905579112     13.60 12.40 10.9 M2e 142 0
56 1RXS J162934.1-245532 X 16 29 34 -24 56.1   12.0       ~ 3 0
57 HD 148562 TT* 16 29 54.5953266552 -24 58 46.075015272 8.08 7.99 7.81     A2V 73 0
58 * i Sco * 16 30 12.4752690460 -25 06 54.796568058 3.93 4.72 4.79 4.85 4.99 B2.5V 319 1
59 ROX 38 X 16 30 22 -25 36.5   15.0       ~ 1 0
60 2MASS J16303563-2434188 TT* 16 30 35.6378666880 -24 34 18.704660484   12.5 12.90 11.85 10.76 ~ 37 0
61 2MASS J16305150-2411337 TT* 16 30 51.5075738448 -24 11 33.933867576   11.0 12.81 11.75 10.76 ~ 4 0
62 ROX 41 X 16 30 52 -24 50.1   16.5       ~ 1 0
63 V* V2131 Oph Or* 16 31 15.7445171496 -24 34 02.161097472   12.0 12.05 11.06 10.13 ~ 102 0
64 CD-24 12697 TT* 16 31 20.12 -24 30 05.0           G5IVe+K3(e) 40 0
65 Haro 1-16 Or* 16 31 33.4634997336 -24 27 37.158728076   14.02 12.80     K3e 266 0
66 ROX 45 X 16 31 47 -25 29.7   13.5       ~ 2 0
67 2E 1628.8-2449 X 16 31 50.8 -24 56 07           ~ 2 0
68 DoAr 51 Or* 16 32 11.7949720728 -24 40 21.640407420   13.89 13.65 12.43 11.025 K8IVe 76 0

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