1994JApA...15..415R

Query : 1994JApA...15..415R

1994JApA...15..415R - J. Astrophys. Astron., 15, 415-443 (1994)

A study of the kinematics of the local dark clouds.

RAMESH B.

Journal keyword(s):

Simbad objects: 205

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Number of rows : 205
N Identifier Otype ICRS (J2000)
RA 		ICRS (J2000)
DEC 		Mag U Mag B Mag V Mag R Mag I Sp type #ref
1850 - 2024 		#notes
1 HD 627 ** 00 10 46.3658992392 +58 46 10.266098304   8.37 8.25     B7V 48 1
2 BD+64 13 * 00 13 24.1996292256 +65 36 48.443763816   10.74 10.23     B2.5V 24 1
3 HD 3037 * 00 34 37.3677773184 +69 26 04.592596236   9.62 8.37     K0III 15 1
4 V* RZ Cas EB* 02 48 55.5102370536 +69 38 03.441502644   6.40 6.26     A3V 456 0
5 HD 17443 * 02 51 32.7706770144 +67 48 54.157444632   9.04 8.75     B9V 41 2
6 IRAS 02471+6736 RNe 02 51 32.9 +67 48 49   12       ~ 14 2
7 HD 21110 * 03 25 23.9190855816 +31 43 51.954709152 10.49 8.80 7.29     K2III 43 0
8 BD+30 540 * 03 25 50.1007775016 +30 55 54.158303136   9.528 9.182 9.389   B8V 32 0
9 BD+29 565 * 03 28 20.8990043352 +29 47 57.286626072   9.65 9.13     F0V 20 1
10 HD 21291 s*b 03 29 04.1328896160 +59 56 25.201164588 4.40 4.63 4.22 3.84 3.46 B9Ia 290 0
11 BD+30 549 Y*O 03 29 19.7773614209 +31 24 57.044926178 10.81 10.95 10.47 10.587   B8/9V 113 0
12 HD 281159 Y*O 03 44 34.1873929 +32 09 46.137563 9.19 9.21 8.53 8.85 7.850 B5V 224 0
13 HD 26514 ** 04 12 25.0022002390 +23 34 28.455516348           G6III 29 0
14 HD 30378 * 04 48 22.7433735744 +29 46 22.816381908 7.300 7.450 7.420     B9.5 39 1
15 V* AB Aur Ae* 04 55 45.8458932216 +30 33 04.292077032 7.20 7.16 7.05 6.96 6.70 A0Ve 1067 2
16 BD+44 1080 * 05 02 21.7143311904 +44 16 10.460320212 10.18 9.91 9.29     B5V 27 1
17 V* AE Aur Or* 05 16 18.1493304816 +34 18 44.344404000 5.48 6.18 5.96     O9.5V 564 1
18 HD 34989 * 05 21 43.5623819760 +08 25 42.799279584 4.79 5.67 5.80 5.79 5.92 B1V 149 1
19 HD 243202 * 05 24 29.5257624624 +32 49 08.657043024   11.5 10.9     ~ 9 1
20 HD 243588 * 05 25 38.1308904456 +06 35 17.458277388   10.16 9.11     G8III 10 0
21 HD 244068 * 05 29 10.9476961704 +23 41 39.910101432   10.68 10.12     F4V 11 1
22 HD 36471 * 05 32 07.4021751648 +06 02 49.252037172   8.78 8.70     B8V 27 1
23 HD 36540 ** 05 32 14.8277325720 -04 31 06.193607664 7.71 8.19 8.16     B7IVp 106 1
24 HD 37387 s*r 05 39 14.8270300728 +23 19 24.112179048   9.40 7.50     K2Ib 47 0
25 V* V901 Ori Ro* 05 40 56.3704617744 -01 30 25.856677224 5.96 6.82 6.96     B2V 334 2
26 HD 38023 Y*O 05 42 21.3019719792 -08 08 00.178794456   9.18 8.87     B5III 54 1
27 HD 38087 ** 05 43 00.5754723576 -02 18 45.389406240 7.96 8.40 8.29 8.06 7.89 B3II 168 1
28 HD 38065 * 05 43 43.3544655120 +16 21 30.586840560   9.33 9.19     A2V 10 1
29 HD 42004 * 06 08 03.8462017896 -06 13 37.490480148 9.55 9.97 9.65     B1.5V 23 1
30 * 12 Gem * 06 19 22.5236029008 +23 16 28.221772116 7.64 7.37 6.97     B9II 63 1
31 HD 46060 V* 06 30 49.8131054472 -09 39 14.800859892   9.03 8.82     B2II 39 0
32 HD 258749 * 06 30 57.9146959920 +09 48 34.571569860 9.42 9.90 9.80     B5III 25 1
33 HD 51479 * 06 57 07.9293535176 -10 16 47.524002564   8.42 8.43     B7V 28 1
34 HD 52329 * 07 00 28.6106658240 -08 51 57.685045680   8.52 8.57     B7/8III/IV 34 0
35 V* FZ CMa EB* 07 02 42.6143974968 -11 27 11.573934912 7.71 8.28 8.14     B2IVn 108 1
36 IC 2177 RNe 07 04 25 -10 27.3           ~ 151 2
37 HD 53623 * 07 05 16.7478814056 -12 19 34.495070124 7.02 8.88 8.87 8.84   B1II/III 77 1
38 HD 53974 ** 07 06 40.76672 -11 17 38.4396 4.59 5.44 5.39 6.80   B0IIIn 179 1
39 CO 259.50-16.50 MoC 07 13.6 -48 30           ~ 5 0
40 DCld 237.4-04.9 DNe 07 19.8 -23 57           ~ 2 0
41 DCld 239.4-04.7 DNe 07 24.6 -25 40           ~ 2 0
42 DCld 238.4-04.1 DNe 07 24.8 -24 31           ~ 2 0
43 [DB2002b] G236.61-2.44 DNe 07 27.4 -22 07           ~ 3 0
44 [DB2002b] G259.23-13.23 DNe 07 31.0 -47 00           ~ 10 0
45 DCld 238.9-01.6 DNe 07 35.5 -23 42           ~ 2 0
46 HD 61071 ** 07 36 31.8206957808 -25 19 58.020805128 5.97 6.758 6.851     B2III 41 1
47 DCld 262.2-12.5 DNe 07 42 51 -49 16.3           ~ 5 0
48 [DB2002b] G247.24-2.79 DNe 07 49.5 -31 34           ~ 3 0
49 TGU H1626 DNe 07 56.5 -29 54           ~ 3 0
50 [DB2002b] G253.09-4.27 DNe 07 57.7 -37 19           ~ 4 0
51 DCld 251.9-03.2 DNe 07 59.5 -35 45           ~ 3 0
52 DCld 255.4-04.9 DNe 08 01.2 -39 35           ~ 2 0
53 [DB2002b] G255.49-4.21 DNe 08 04.5 -39 20           ~ 4 0
54 BRAN 106 RNe 08 07 23 -35 56.8     13.47     ~ 12 0
55 [DB2002b] G250.27+0.25 DNe 08 09.4 -32 27           ~ 4 0
56 CD-38 4128 EB* 08 09 28.6435040016 -38 51 29.283725484 9.86 10.12 9.75     B1V 17 0
57 DCld 253.1-01.4 DNe 08 10.1 -35 48           ~ 3 0
58 [DB2002b] G255.83-2.71 DNe 08 11.8 -38 49           ~ 4 0
59 DCld 269.8-11.1 DNe 08 14.5 -55 00           ~ 2 0
60 [DB2002b] G258.08-3.14 DNe 08 16.5 -40 55           ~ 3 0
61 CD-41 3952 * 08 17 11.1832090684 -42 13 54.153225939   11.17 10.91     A0V 11 1
62 TGU H1656 P4 DNe 08 18.8 -41 08           ~ 3 0
63 BRAN 137 RNe 08 19 37.3 -50 07 12           ~ 12 0
64 DCld 265.9-07.5 DNe 08 20.4 -49 49           ~ 2 0
65 HD 70584 * 08 20 34.8140701440 -50 18 49.894711632   9.32 9.11     B8/9V 15 0
66 DCld 265.8-07.4 DNe 08 20 58.4 -49 34 44           ~ 29 0
67 DCld 260.6-03.7 DNe 08 21 47 -43 17.9           ~ 5 0
68 [DB2002b] G261.68-4.35 DNe 08 22 00 -44 34.5           ~ 6 0
69 DCld 260.6-03.6 DNe 08 22.0 -43 18           ~ 2 0
70 [DB2002b] G259.82-2.60 DNe 08 24.2 -42 03           ~ 3 0
71 [DB2002b] G267.58-7.39 DNe 08 27 02 -51 08.0           ~ 6 0
72 [DB2002b] G253.26+3.29 DNe 08 29.2 -33 17           ~ 3 0
73 DCld 269.4-07.6 DNe 08 32.7 -52 40           ~ 2 0
74 NGC 2626 RNe 08 35 32 -40 40.3           ~ 31 2
75 [DB2002b] G259.03+0.97 DNe 08 36.9 -39 19           ~ 3 0
76 [DB2002b] G261.56+0.33 DNe 08 42.3 -41 42           ~ 3 0
77 [DB2002b] G259.17+3.35 DNe 08 46.9 -37 57           ~ 3 0
78 [DB2002b] G263.29+1.64 DNe 08 53 38 -42 13.4           ~ 7 0
79 TYC 8156-284-1 * 08 54 29.9565706608 -46 55 10.382301336   11.05 10.88     A0V 12 1
80 DCld 264.3+01.5 DNe 08 54 42 -42 54.8           ~ 68 0
81 [DB2002b] G266.97-0.93 DNe 08 55.9 -46 42           ~ 3 0
82 DCld 265.4+00.4 DNe 08 56.0 -44 38           ~ 3 0
83 RCW 34 HII 08 56 28.1 -43 05 58   10.5 11.21     ~ 96 0
84 V* V391 Vel Or* 08 56 28.109952 -43 05 55.40028 12.61 12.71 11.73 11.50   O8/8.5V 82 1
85 [DB2002b] G262.45+3.12 DNe 08 56.8 -40 33           ~ 4 0
86 CD-42 4827 * 08 57 59.4888455808 -42 49 39.634275108   10.12 10.01     B3V 11 0
87 VdBH 27 RNe 08 58.0 -42 46           ~ 2 1
88 VdBH 27b * 08 58 00.1488430272 -42 41 27.386544984           B7V 10 0
89 [DB2002b] G268.52-1.74 DNe 08 58.3 -48 24           ~ 3 0
90 CD-42 4834 Be* 08 58 26.2531824768 -43 26 08.231217648   11.86 11.20     B5V(e) 25 1
91 DCld 265.1+01.4 DNe 08 59.1 -43 43           ~ 3 0
92 [DB2002b] G267.29+0.05 DNe 09 01.4 -46 18           ~ 3 0
93 [DB2002b] G269.36-1.34 DNe 09 03.5 -48 46           ~ 3 0
94 [DB2002b] G272.50-3.92 DNe 09 04 30 -52 49.6           ~ 5 0
95 [DB2002b] G270.48-1.73 DNe 09 06.3 -49 51           ~ 3 0
96 [DB2002b] G270.23-1.00 DNe 09 08 30 -49 11.2           ~ 5 0
97 BRAN 237A RNe 09 11 17.9 -45 33 32   13.04 12.42     B8V 14 0
98 VdBH 29 RNe 09 11 18 -45 35.3           ~ 5 1
99 CD-45 4924 * 09 11 19.9946757504 -45 35 45.402075816   12.42 11.97     ~ 13 0
100 [DB2002b] G270.07-0.28 DNe 09 11.4 -48 37           ~ 4 0
101 CD-45 4931 * 09 11 47.9143713480 -45 38 49.431238116   11.39 11.02     B9V 17 1
102 TGU H1716 DNe 09 11 48 -45 39.0           ~ 9 0
103 DCld 270.5+00.5 DNe 09 16.4 -48 20           ~ 2 0
104 BRAN 247 RNe 09 18 26.3 -48 26 21     14.16     ~ 13 0
105 DCld 266.7+04.9 DNe 09 19.1 -42 31           ~ 2 0
106 DCld 267.5+04.3 DNe 09 19.7 -43 31           ~ 2 0
107 [DB2002b] G269.42+3.01 MoC 09 22 19 -45 48.9           ~ 14 0
108 [DB2002b] G270.86+2.48 DNe 09 26.1 -47 12           ~ 3 0
109 [DB2002b] G269.80+4.03 DNe 09 27.9 -45 21           ~ 3 0
110 DCld 274.6+00.1 DNe 09 32.7 -51 27           ~ 2 0
111 [DB2002b] G277.07-2.56 DNe 09 32.8 -55 07           ~ 3 0
112 DCld 276.3-00.7 DNe 09 37.8 -53 15           ~ 2 0
113 DCld 271.4+04.9 DNe 09 38.1 -45 50           ~ 2 0
114 [DB2002b] G275.52+2.05 DNe 09 45 27 -50 38.6           ~ 5 0
115 [DB2002b] G281.55-0.81 DNe 10 06.0 -56 43           ~ 4 0
116 [DB2002b] G286.23+0.09 DNe 10 38.4 -58 24           ~ 4 0
117 [DB2002b] G287.24-0.21 DNe 10 44.2 -59 09           ~ 4 0
118 [DB2002b] G285.15+9.44 DNe 11 00.7 -49 34           ~ 3 0
119 [DB2002b] G287.79+7.66 DNe 11 11.4 -52 14           ~ 3 0
120 [DB2002b] G291.11+7.86 DNe 11 32.3 -53 12           ~ 4 0
121 DCld 301.8+07.6 DNe 12 43.6 -55 13           ~ 2 0
122 [DB2002b] G304.03+7.37 DNe 12 59.2 -55 29           ~ 3 0
123 [DB2002b] G307.16+6.53 DNe 13 21.6 -56 06           ~ 3 0
124 [DB2002b] G308.40+5.81 DNe 13 31.1 -56 38           ~ 3 0
125 [DB2002b] G311.12+5.78 DNe 13 50.3 -56 09           ~ 3 0
126 TGU H1937 DNe 14 08 23.9 -62 50 06           ~ 4 1
127 TGU H1967 DNe 14 23.0 -54 40           ~ 3 0
128 [DB2002b] G316.08+4.94 DNe 14 25.8 -55 31           ~ 3 0
129 HD 130079 * 14 49 16.5251778720 -65 15 18.564420600   10.82 10.53     B9V 24 1
130 DCld 319.7+01.5 DNe 15 00.1 -57 06           ~ 2 0
131 DCld 323.8+05.6 DNe 15 10.5 -51 33           ~ 2 0
132 DCld 334.6+18.1 DNe 15 22.3 -35 21           ~ 2 0
133 TGU H2059 P1 DNe 15 25.3 -33 25           ~ 3 0
134 [DB2002b] G323.06-1.03 DNe 15 30 55 -57 31.8           ~ 5 0
135 [DB2002b] G337.44+16.69 DNe 15 37.1 -34 52           ~ 4 0
136 DCld 338.0+16.6 DNe 15 39.3 -34 38           ~ 4 0
137 NAME dcld 339.2+16.1 4 DNe 15 44.3 -34 20           ~ 6 0
138 [DB2002b] G326.34-0.58 DNe 15 48.0 -55 13           ~ 3 0
139 [DB2002b] G336.38+11.32 DNe 15 49.9 -39 42           ~ 3 0
140 [DB2002b] G331.77+1.81 DNe 16 05.2 -49 53           ~ 3 0
141 [DB2002b] G338.95+9.50 DNe 16 06.0 -39 24           ~ 3 0
142 * nu. Sco ** 16 11 59.73568 -19 27 38.5361 3.42 4.05 4.00 3.90 3.87 B2V 381 0
143 [DB2002b] G335.26+3.15 DNe 16 15.1 -46 33           ~ 4 0
144 DCld 337.0+04.9 DNe 16 15.4 -44 08           ~ 2 0
145 [DB2002b] G336.27+3.94 DNe 16 16.2 -45 16           ~ 3 0
146 HD 147009 * 16 20 03.9804239064 -20 02 41.528806944   8.32 8.06     A0V 88 1
147 DCld 352.8+17.9 DNe 16 22.6 -23 58           ~ 2 0
148 HD 147889 Y*O 16 25 24.3163637976 -24 27 56.569805208 8.56 8.73 7.90     B2V 476 1
149 [DB2002b] G352.04+16.32 DNe 16 25.5 -25 32           ~ 3 0
150 * rho Oph ** 16 25 35.11766 -23 26 49.8150 4.30 4.85 4.63 4.27 3.96 B2IV+B2V 648 0
151 [DB2002b] G352.88+16.93 DNe 16 25.8 -24 32           ~ 3 0
152 [DB2002b] G334.35-1.01 DNe 16 29.0 -50 08           ~ 3 0
153 * i Sco * 16 30 12.4752690460 -25 06 54.796568058 3.93 4.72 4.79 4.85 4.99 B3V 304 1
154 [DB2002b] G353.56+15.78 DNe 16 31.5 -24 47           ~ 3 0
155 DCld 354.3+16.3 DNe 16 31.6 -23 53           ~ 2 0
156 [DB2002b] G335.37-1.14 DNe 16 33.9 -49 28           ~ 3 0
157 [DB2002b] G354.87+16.00 DNe 16 34.4 -23 41           ~ 3 0
158 DCld 354.9+15.0 DNe 16 37.8 -24 21           ~ 2 0
159 [DB2002b] G336.84-0.96 DNe 16 39.0 -48 16           ~ 4 2
160 [DB2002b] G336.12-2.30 DNe 16 42.3 -49 42           ~ 3 0
161 [DB2002b] G358.62+15.36 DNe 16 46.4 -21 16           ~ 3 0
162 [DB2002b] G347.95+3.17 DNe 17 00.6 -37 05           ~ 3 0
163 [DB2002b] G348.80+3.57 DNe 17 01.6 -36 09           ~ 3 0
164 TGU H2120 P4 DNe 17 05.0 -42 23           ~ 3 0
165 [DB2002b] G346.98+0.51 DNe 17 08.4 -39 28           ~ 3 0
166 [DB2002b] G350.63+2.58 DNe 17 10 55 -35 17.6           ~ 6 0
167 [DB2002b] G342.07-3.72 DNe 17 11.0 -45 56           ~ 3 0
168 DCld 001.4+09.4 DNe 17 14.2 -22 36           ~ 2 0
169 [DB2002b] G350.85+1.04 DNe 17 17.7 -36 01           ~ 3 0
170 DCld 357.2+04.4 DNe 17 21.7 -28 54           ~ 2 0
171 [DB2002b] G352.58+1.01 DNe 17 22.6 -34 37           ~ 3 0
172 [DB2002b] G352.67+0.92 DNe 17 23.2 -34 36           ~ 3 0
173 [DB2002b] G355.15+1.61 DNe 17 27.2 -32 10           ~ 3 0
174 DCld 003.7+06.4 DNe 17 30.4 -22 27           ~ 2 0
175 [DB2002b] G357.29+0.93 DNe 17 35.3 -30 44           ~ 4 0
176 DCld 354.5-01.7 DNe 17 38.6 -34 32           ~ 2 0
177 TGU H2190 P1 DNe 17 48.8 -31 51           ~ 4 0
178 VdBH 92 * 17 49.1 -31 25   13.29 12.58     ~ 5 1
179 [DB2002b] G346.66-9.73 DNe 17 54.0 -45 19           ~ 3 0
180 [DB2002b] G358.89-3.87 DNe 17 58.2 -31 51           ~ 4 0
181 [DB2002b] G6.68-0.55 DNe 18 02.9 -23 31           ~ 4 0
182 DCld 000.2-04.5 DNe 18 04.1 -31 02           ~ 2 0
183 [DB2002b] G6.12-1.22 DNe 18 04.2 -24 17           ~ 3 0
184 HD 165872 * 18 09 08.3965128312 -23 26 07.255990608   9.90 9.76     B3II/III 22 1
185 [DB2002b] G6.84-2.15 DNe 18 09.3 -24 05           ~ 3 0
186 [DB2002b] G7.09-2.32 DNe 18 10.5 -23 57           ~ 3 0
187 HD 170634 Y*O 18 30 24.8757877680 +01 13 23.641855860 10.53 10.43 9.85     B8V 51 1
188 HD 170740 SB* 18 31 25.6939245072 -10 47 45.008376432 5.51 5.96 5.72     B2V+ 197 1
189 [DB2002b] G359.62-17.76 DNe 19 01.0 -37 12           ~ 4 0
190 [DB2002b] G359.78-18.30 DNe 19 03.8 -37 16           ~ 7 0
191 DCld 000.2-18.7 DNe 19 06.5 -37 00           ~ 2 0
192 TGU H12 DNe 19 14.5 -36 53           ~ 3 0
193 HD 182918 * 19 26 11.3169584424 +22 45 26.261240508   8.75 8.66     B6V 24 1
194 HD 190603 s*b 20 04 36.1742825304 +32 13 06.953333016 5.73 6.19 5.65 5.13 4.71 B1.5Ia+ 344 0
195 * tet Aql SB* 20 11 18.2866917111 -00 49 17.268937491 3.03 3.15 3.22 3.29 3.33 B9.5III 198 1
196 BD+41 3731 Be* 20 24 15.7159041312 +42 18 01.384401852 9.51 9.89 9.84     B3n 106 1
197 BD+31 4152 * 20 36 45.5865556176 +32 27 16.592814576   10.41 8.45     M1IIIe 14 1
198 HD 196819 * 20 38 17.1709204848 +42 04 25.257072432   9.32 7.55     K2.5IIb 35 1
199 HD 239710 Y*O 21 36 41.0384768496 +57 30 08.252240544 9.43 9.86 12.74     B3V 34 1
200 BD+46 3471 Ae* 21 52 34.0992801288 +47 13 43.605617340 10.72 10.56 10.15     A0.5IIIer 210 1
201 HD 210806 Y*O 22 09 40.1267597880 +73 23 27.227139504 8.1 8.42 8.35     B8IV 24 1
202 BD+69 1231 Y*O 22 13 24.5285030448 +70 15 05.081570064   9.41 9.29     B9.5V 47 2
203 HD 216629 Ae* 22 53 15.6041662488 +62 08 45.000921228 9.83 9.93 9.36 9.31   B3IVe+A3 137 0
204 HD 222142 Pu* 23 37 51.5975615880 +48 29 47.637574404   9.66 9.55     B8V 24 1
205 NAME Gould Belt PoG ~ ~           ~ 874 1

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