coord 20 39 00.10644 +42 24 36.5061 (ICRS, J2000, 2000.0), radius: 2 arcmin


Query : coord 20 39 00.10644 +42 24 36.5061 (ICRS, J2000, 2000.0), radius: 2 arcmin
CLEAR
C.D.S. - SIMBAD4 rel 1.7 - 2020.12.04CET19:16:06

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N Identifier dist(asec) Otype ICRS (J2000)
RA
ICRS (J2000)
DEC
Mag U Mag B Mag V Mag R Mag I Sp type #ref
1850 - 2021
#notes
1 [RJM2014] 193 1.73 X 20 39 00.26 +42 24 36.8           ~ 1 0
2 [CGC93] FIR 1 2.92 IR 20 39 00.37 +42 24 36.6           ~ 22 0
3 CXOU J203900.3+422436 3.66 Y*O 20 39 00.437 +42 24 36.58           ~ 2 0
4 NAME DR 21EX 3.74 Rad 20 39 00.346 +42 24 39.14           ~ 3 0
5 2MASS J20390047+4224369 4.17 ERO 20 39 00.48 +42 24 37.0           ~ 9 0
6 [RJM2014] 192 5.14 X 20 39 00.55 +42 24 35.0           ~ 1 0
7 CXOU J203859.9+422441 5.78 Y*O 20 39 00.045 +42 24 42.25           ~ 2 0
8 [MES2015] 826 6.56 smm 20 38 59.9 +42 24 43           ~ 1 0
9 MIRES G081.7439+00.5891 8.66 Y*? 20 39 00.76 +42 24 31.7           ~ 1 0
10 MIRES G081.7464+00.5913 9.46 Y*? 20 39 00.69 +42 24 43.5           ~ 1 0
11 [RJM2014] 182 14.32 X 20 39 00.51 +42 24 22.9           ~ 1 0
12 MIRES G081.7486+00.5891 19.48 Y*? 20 39 01.68 +42 24 45.2           ~ 1 0
13 [PCK2012] P5 19.72 cor 20 38 58.9 +42 24 22           ~ 1 0
14 [PCK2012] P4 21.36 cor 20 38 58.3 +42 24 44           ~ 1 0
15 [RJM2014] 202 27.97 X 20 39 02.07 +42 24 54.1           ~ 1 0
16 MIRES G081.7378+00.5864 28.24 Y*? 20 39 00.25 +42 24 08.3           ~ 1 0
17 [WM90] W 75 CO 8 28.53 Rad 20 39 00.0 +42 24 08           ~ 2 0
18 MSX6C G081.7522+00.5906 30.66 Y*O 20 39 01.93 +42 24 59.6           ~ 19 0
19 JCMTSF J203901.9+422500 30.77 smm 20 39 01.9 +42 25 00           ~ 1 0
20 [RJM2014] 210 31.19 X 20 38 58.55 +42 25 02.5           ~ 1 0
21 MIRES G081.7520+00.5881 32.17 Y*? 20 39 02.62 +42 24 52.7           ~ 1 0
22 CXOU J203902.1+422459 32.35 Y*O 20 39 02.194 +42 24 59.14           ~ 2 0
23 BGPS G081.753+00.593 32.50 mm 20 39 01.6229 +42 25 04.329           ~ 9 0
24 MIRES G081.7515+00.5868 32.69 Y*? 20 39 02.86 +42 24 48.2           ~ 1 0
25 MIRES G081.7510+00.5970 32.83 Y*? 20 39 00.12 +42 25 09.3           ~ 1 0
26 [MES2015] 829 35.93 smm 20 39 01.8 +42 25 07           ~ 1 0
27 LBN 081.66+00.58 36.53 HII 20 39 +42.4           ~ 0 0
28 [RJM2014] 204 36.72 X 20 39 02.95 +42 24 55.4           ~ 1 0
29 CXOU J203902.9+422415 37.75 Y*O 20 39 02.923 +42 24 15.25           ~ 2 0
30 [RJM2014] 164 43.58 Y*O 20 39 00.853 +42 23 53.72           ~ 2 0
31 [MES2015] 823 45.28 smm 20 38 59.4 +42 23 52           ~ 1 0
32 [MES2015] 825 45.45 smm 20 39 03.2 +42 24 07           ~ 1 0
33 [MES2015] 827 46.66 smm 20 38 58.1 +42 25 17           ~ 1 0
34 [PCK2012] P3 47.87 cor 20 39 01.7 +42 25 21           ~ 1 0
35 CXOU J203901.5+422526 52.11 Y*O 20 39 01.512 +42 25 26.23           ~ 2 0
36 [DKS2007] DR21(OH)N 53.11 Y*O 20 38 59.44 +42 23 43.9           ~ 3 0
37 [BMC2010] CygX-N40 MM1 53.28 mm 20 38 59.54 +42 23 43.6           ~ 4 0
38 [MBS2007c] CygX-N40 53.61 mm 20 38 59.8 +42 23 43           ~ 6 0
39 NAME DR 21(OH) N2 53.70 PoC 20 38 59.7 +42 23 43           ~ 4 0
40 MIRES G081.7596+00.5901 57.16 Y*? 20 39 03.60 +42 25 18.6           ~ 1 0
41 [MES2015] 821 57.24 smm 20 38 55.9 +42 24 04           ~ 1 0
42 [RJM2014] 187 57.90 X 20 38 54.97 +42 24 25.7           ~ 1 0
43 MIRES G081.7292+00.5840 58.80 Y*? 20 38 59.16 +42 23 38.7           ~ 1 0
44 [PCK2012] P1 59.69 cor 20 39 03.7 +42 25 21           ~ 1 0
45 MIRES G081.7307+00.5799 62.73 Y*? 20 39 00.51 +42 23 33.9           ~ 1 0
46 [MES2015] 822 62.89 smm 20 38 59.7 +42 23 34           ~ 1 0
47 JCMTSF J203854.4+422441 63.36 smm 20 38 54.4 +42 24 41           ~ 1 0
48 NAME DR 21(OH) N 63.55 PoC 20 38 59.9 +42 23 33           ~ 18 0
49 [RJM2014] 227 65.58 X 20 39 03.48 +42 25 30.4           ~ 1 0
50 CXOU J203903.6+422529 66.02 Y*O 20 39 03.619 +42 25 29.84           ~ 2 0
51 [DKS2007] 13 66.48 Y*O 20 39 03.72 +42 25 29.6           ~ 11 0
52 [MML2017] 341 66.86 MoC 20 38 58.670 +42 23 31.56           ~ 1 0
53 [MES2015] 830 66.88 smm 20 39 03.5 +42 25 32           ~ 1 0
54 [KMH2014] J203855.62+422351.17 67.27 IR 20 38 55.620 +42 23 51.17           ~ 1 0
55 [MES2015] 824 68.46 smm 20 38 54.0 +42 24 46           ~ 1 0
56 [PCK2012] P2 68.98 cor 20 39 03.1 +42 25 37           ~ 1 0
57 MSX5C G081.7630+00.5914 69.49 IR 20 39 04.0 +42 25 31           ~ 1 0
58 MIRES G081.7545+00.6080 70.83 Y*? 20 38 57.98 +42 25 43.3           ~ 1 0
59 [RJM2014] 186 71.00 X 20 39 06.37 +42 24 21.4           ~ 1 0
60 NAME DR 21(OH) N1 72.52 PoC 20 39 00.0 +42 23 24           ~ 4 0
61 [BMC2010] CygX-N53 MM5 72.97 mm 20 39 02.76 +42 25 43.3           ~ 1 0
62 [LW97] DR 21(OH) 6 74.07 Mas 20 39 02.04 +42 23 25.6           ~ 1 0
63 [BMC2010] CygX-N53 MM6 75.57 mm 20 39 02.93 +42 25 45.3           ~ 1 0
64 [MWM92] 1 76.48 PoC 20 38 58.2 +42 23 23           ~ 2 0
65 [MWM92] 2 76.51 PoC 20 39 00.1 +42 23 20           ~ 2 0
66 [BMC2010] CygX-N53 MM7 76.76 mm 20 39 02.87 +42 25 46.9           ~ 1 0
67 [RJM2014] 235 77.99 Y*O 20 39 04.060 +42 25 41.05           ~ 2 0
68 CXOU J203854.2+422521 78.71 Y*O 20 38 54.282 +42 25 21.61           ~ 2 0
69 [KMH2014] J203859.82+422317.11 79.46 Y*O 20 38 59.820 +42 23 17.11           ~ 1 0
70 MIRES G081.7648+00.5982 79.58 Y*? 20 39 02.56 +42 25 51.3           ~ 1 0
71 [MBS2007c] CygX-N53 80.18 mm 20 39 03.2 +42 25 49           ~ 12 0
72 [BMC2010] CygX-N53 MM3 80.31 mm 20 39 03.05 +42 25 49.9           ~ 1 0
73 [RJM2014] 172 80.77 X 20 39 06.56 +42 23 58.9           ~ 1 0
74 [BMC2010] CygX-N53 MM1 80.92 mm 20 39 02.96 +42 25 51.0           ~ 6 0
75 [BMC2010] CygX-N53 MM2 82.27 mm 20 39 03.22 +42 25 51.2           ~ 11 0
76 NAME W 75S FIR 3 82.37 Y*O 20 39 02.97 +42 25 52.5           ~ 18 0
77 [BMC2010] CygX-N53 MM4 82.74 mm 20 39 03.02 +42 25 52.7           ~ 1 0
78 CXOU J203901.9+422315 83.40 Y*O 20 39 01.9088353780 +42 23 15.532518061           ~ 2 0
79 GAL 081.77+00.60 85.23 Mas 20 39 03.5 +42 25 53           ~ 7 0
80 [RJM2014] 237 86.29 X 20 38 54.96 +42 25 41.3           ~ 1 0
81 2MASS J20390040+4223101 86.46 Y*O 20 39 00.4033805897 +42 23 10.110634103           F2.0 1 0
82 [MES2015] 835 86.55 smm 20 39 02.8 +42 25 58           ~ 1 0
83 [RJM2014] 239 88.19 X 20 39 05.40 +42 25 42.4           ~ 1 0
84 CXOU J203859.7+422305 90.64 Y*O 20 38 59.788 +42 23 05.94           ~ 2 0
85 [KMH2014] J203857.64+422306.52 94.04 Y*O 20 38 57.640 +42 23 06.52           ~ 1 0
86 [DKS2007] B 6-1 94.51 IR 20 39 00.2 +42 23 02           ~ 1 0
87 [DKS2007] B 6-3 94.51 IR 20 39 00.2 +42 23 02           ~ 1 0
88 [MWM92] 3 94.89 PoC 20 38 58.2 +42 23 04           ~ 2 0
89 CXOU J203908.6+422450 96.07 Y*O 20 39 08.693 +42 24 50.17           ~ 2 0
90 [MWM92] 4 96.51 PoC 20 39 00.0 +42 23 00           ~ 2 0
91 [RJM2014] 197 96.63 X 20 38 51.45 +42 24 24.4           ~ 1 0
92 CXOU J203902.4+422300 100.20 Y*O 20 39 02.448 +42 22 59.72           ~ 2 0
93 [KMH2014] J203904.06+422607.77 101.22 Y*O 20 39 04.060 +42 26 07.77           ~ 1 0
94 [MWM92] 6 101.25 PoC 20 38 59.0 +42 22 56           ~ 2 0
95 [MES2015] 819 101.77 smm 20 39 00.6 +42 22 55           ~ 1 0
96 CXOU J203907.4+422335 101.93 Y*O 20 39 07.435 +42 23 34.86           ~ 2 0
97 [MWM92] 5 102.43 PoC 20 39 02.3 +42 22 57           ~ 2 0
98 [LW97] DR 21(OH) 8 103.94 Mas 20 39 01.86 +42 22 54.4           ~ 1 0
99 [DKS2007] B 9-1 103.97 IR 20 39 04.60 +42 26 07.8           ~ 1 0
100 [MWM92] 7 103.99 PoC 20 38 59.2 +42 22 53           ~ 2 0
101 CXOU J203900.4+422252 104.03 Y*O 20 39 00.421 +42 22 52.54           ~ 3 0
102 TYC 3161-541-1 104.13 * 20 38 55.2372262763 +42 26 05.594763490   11.33 10.96     ~ 0 0
103 2MASS J20390950+4224268 104.49 IR 20 39 09.50 +42 24 26.8           ~ 1 0
104 [AKH2009] DR 21(OH)-R6 105.42 Rad 20 39 01.343 +42 22 51.98           ~ 1 0
105 [ZLS2012] SMA9 105.81 mm 20 39 01.231 +42 22 51.43           ~ 3 0
106 [ZLS2012] SMA8 105.93 mm 20 39 01.192 +42 22 51.26           ~ 3 0
107 CXOU J203854.8+422306 106.56 Y*O 20 38 54.912 +42 23 06.82           ~ 2 0
108 [MBS2007c] CygX-N44 106.78 Rad 20 39 01.01 +42 22 50.2           ~ 363 0
109 CXOU J203901.0+422249 106.86 Y*O 20 39 01.025 +42 22 50.13           ~ 3 0
110 [BE83] Maser 081.72+00.57B 106.97 Mas 20 39 01.0 +42 22 50           ~ 1 0
111 W 75(OH) 107.07 Rad 20 39 01.01 +42 22 49.9           ~ 37 0
112 CXOU J203858.5+422250 107.20 Y*O 20 38 58.608 +42 22 50.60           ~ 2 0
113 BGPS G081.721+00.572 107.49 mm 20 39 00.4653 +42 22 49.091           ~ 8 0
114 [HLB98] Onsala 144 107.59 Mas 20 39 00.5 +42 22 49           ~ 3 0
115 GAL 081.72+00.57 107.71 Mas 20 39 00.7 +42 22 49           ~ 3 0
116 [PM90] DR 21(OH) 1 107.83 Mas 20 38 59.24 +42 22 49.1           ~ 2 0
117 [AKH2009] DR 21(OH) MM1-NW 107.96 Rad 20 39 00.9765 +42 22 48.981           ~ 1 0
118 [RAB2011b] C157 107.96 smm 20 39 01.0 +42 22 49           ~ 1 0
119 [ZLS2012] SMA7 107.98 mm 20 39 01.079 +42 22 49.06           ~ 6 0
120 [ZLS2012] SMA6 108.03 mm 20 39 01.002 +42 22 48.93           ~ 5 0
121 [DKS2007] B 7-1 108.06 IR 20 38 58.0 +42 22 51           ~ 2 0
122 NAME DR 21(OH) MM 1 108.07 Mas 20 39 01.1 +42 22 49           ~ 41 0
123 [AKH2009] DR 21(OH)-R2 108.10 Rad 20 39 01.045 +42 22 48.91           ~ 1 0
124 [ZLS2012] SMA5 108.25 mm 20 39 01.010 +42 22 48.72           ~ 4 0
125 [AKH2009] DR 21(OH) MM1-SE 108.27 Rad 20 39 01.0079 +42 22 48.695           ~ 1 0
126 [AKH2009] DR 21(OH)-R5 108.28 Rad 20 39 01.308 +42 22 49.05           ~ 1 0
127 [AKH2009] DR 21(OH)-R3 108.58 Rad 20 39 01.054 +42 22 48.43           ~ 1 0
128 [AKH2009] DR 21(OH)-R4 108.72 Rad 20 39 01.077 +42 22 48.32           ~ 1 0
129 JCMTSF J203900.9+422248 108.73 Mas 20 39 00.97 +42 22 48.2           ~ 4 0
130 CXOU J203903.9+422255 108.95 Y*O 20 39 03.970 +42 22 56.32           ~ 2 0
131 W 75s2 108.96 Rad 20 39 01 +42 22.8           ~ 2 0
132 [MES2015] 836 109.36 smm 20 39 02.8 +42 26 22           ~ 1 0
133 [ZLS2012] SMA2 109.78 mm 20 39 00.406 +42 22 46.78           ~ 3 0
134 [ZLS2012] SMA1 109.95 mm 20 39 00.400 +42 22 46.60           ~ 4 0
135 MSX6C G081.7220+00.5699 110.15 Y*O 20 39 01.4 +42 22 47           ~ 7 0
136 [RE69] 203714.7+421209 110.59 Cld 20 39 01.5 +42 22 47           ~ 1 0
137 [MWM92] 8 110.61 PoC 20 38 58.7 +42 22 47           ~ 2 0
138 [LW97] DR 21(OH) 1 110.71 Mas 20 39 00.18 +42 22 45.8           ~ 3 0
139 NAME Cyg X FIR 36 110.75 Rad 20 39 01.6 +42 22 47           ~ 107 1
140 CXOU J203854.0+422307 111.42 Y*O 20 38 54.0185496925 +42 23 07.808721618           ~ 2 0
141 [ZLS2012] SMA4 111.70 mm 20 39 00.598 +42 22 44.94           ~ 3 0
142 [ZLS2012] SMA3 111.71 mm 20 39 00.453 +42 22 44.86           ~ 3 0
143 [WSS89] DR 21(OH) MM 2A 112.55 Rad 20 39 00.4 +42 22 44           ~ 4 0
144 NAME DR 21(OH) MM 2 112.55 Mas 20 39 00.4 +42 22 44           ~ 39 0
145 SSTCYGX J203900.90+422243.8 113.17 * 20 39 00.8895642235 +42 22 43.666953246           ~ 1 0
146 [AKH2009] DR 21(OH)-R1 113.19 Rad 20 39 00.606 +42 22 43.45           ~ 1 0
147 CXOU J203901.6+422243 113.68 Y*O 20 39 01.574 +42 22 43.99           ~ 2 0
148 CXOU J203856.8+422248 114.08 Y*O 20 38 56.8420194428 +42 22 48.310268635           ~ 2 0
149 [PM90] DR 21(OH) 3 114.44 Mas 20 39 02.18 +42 22 44.4           ~ 1 0
150 [LW97] DR 21(OH) 4 114.95 Mas 20 39 01.69 +42 22 42.9           ~ 2 0
151 [WSS89] DR 21(OH) MM 2B 115.51 Rad 20 39 00.2 +42 22 41           ~ 4 0
152 [LW97] DR 21(OH) 5 115.77 Mas 20 39 00.46 +42 22 40.8           ~ 1 0
153 CXOU J203858.6+422241 115.80 Y*O 20 38 58.675 +42 22 41.80           ~ 2 0
154 [KMH2014] J203903.12+422627.66 116.00 Y*O 20 39 03.05 +42 26 27.9           ~ 2 0
155 CXOU J203853.7+422304 116.11 Y*O 20 38 53.774 +42 23 03.98           ~ 2 0
156 MIRES G081.7171+00.5732 116.51 Y*? 20 38 59.57 +42 22 40.2           ~ 2 0
157 [LW97] DR 21(OH) 9 116.96 Mas 20 38 58.91 +42 22 40.3           ~ 1 0
158 [BDB2003] G081.71+00.58 117.37 Cl* 20 38 56.8 +42 22 45           ~ 5 0
159 MSX5C G081.7135+00.5792 117.69 IR 20 38 57.3 +42 22 43           ~ 1 0
160 [RJM2014] 112 119.61 X 20 38 57.180 +42 22 41.37           ~ 1 0
161 2MASS J20385719+4222409 119.94 Y*O 20 38 57.19 +42 22 41.0           ~ 11 0

    Equat.    Gal    SGal    Ecl



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2020.12.04-19:16:07

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