1984ApJ...278..137H

Query : 1984ApJ...278..137H

1984ApJ...278..137H - Astrophys. J., 278, 137-149 (1984)

The Einstein galactic plane survey : statistical analysis of the complete X-ray sample.

HERTZ P. and GRINDLAY J.E.

Journal keyword(s):

Nomenclature: Table 3: 1E HHMM.m+DDMM N=71

Simbad objects: 71

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Number of rows : 71
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 LEDA 138501 Sy1 02 09 37.4069452320 +52 26 39.665878440     14.9     ~ 61 1
2 LS I +61 303 HXB 02 40 31.6644419688 +61 13 45.593918580 11.27 11.61 10.75 10.19 9.55 B0Ve 903 2
3 ICRF J024457.6+622806 Sy1 02 44 57.6967097952 +62 28 06.517098084   12.15 12.19     ~ 310 2
4 V* MS Cam BY* 04 33 54.2421848388 +64 38 00.290832693   8.533 7.755     ~ 75 0
5 QSO B0458+6530 BLL 05 03 05.8118062656 +65 34 01.147912896           ~ 33 1
6 LEDA 3096767 SyG 05 43 56.9 +49 37 00     17.2     ~ 7 1
7 GD 257 WD* 05 50 37.5195849864 +00 05 52.623285612   14.80 15.10 15.1   DA1.1 72 0
8 2E 0627.4-1945 X 06 29 40 -19 47.9           ~ 3 0
9 1RXS J063015.2-201138 X 06 30 15.2 -20 11 38           ~ 4 0
10 HD 46150 Y*O 06 31 55.5205071744 +04 56 34.296516096 6.03 6.86 6.73 6.50 6.41 O5V((f))z 413 0
11 PSR J0633+1746 Psr 06 33 54.153 +17 46 12.91           ~ 1308 0
12 2E 0634.3-2048 X 06 36 33.4 -20 50 19           ~ 1 0
13 V* HL CMa CV* 06 45 17.2108297512 -16 51 34.544944080   12.60 12.41     ~ 111 0
14 HD 50282 * 06 52 22.8621502968 -05 18 58.596879636   7.260 6.282     K0III 28 0
15 PM J06587+2843 PM* 06 58 46.9034262417 +28 43 00.091442691   13.63 12.14 11.70   M2e 13 0
16 PSR B0656+14 Psr 06 59 48.18800 +14 14 19.2000   24.85 24.90     ~ 943 1
17 HD 54977 * 07 10 19.2809184816 -18 24 00.106294932   9.18 8.15     G8III/IV 6 0
18 ATO J116.4169+03.6443 EB* 07 45 40.0014666192 +03 38 39.758932140   12.39 11.20 11.49   ~ 6 0
19 2E 0808.3-4725 X 08 09 51.6 -47 34 21           ~ 1 0
20 2E 0811.4-5704 X 08 12 37.3 -57 13 44           ~ 3 0
21 2E 0830.3-2313 X 08 32 30.6 -23 23 39           ~ 2 0
22 V* WX Pyx XB* 08 33 05.7636304080 -22 48 31.980809016   18.0       ~ 44 0
23 2E 0843.1-5418 X 08 44 31.7 -54 29 33           ~ 2 0
24 2E 1021.5-5720 X 10 23 22.5 -57 35 42           ~ 4 0
25 THA 35-II-42 WR* 10 25 56.5024585224 -57 48 43.519215708   14.168 12.661 12.102   WN5ha/O3+O3Vz((f*)) 105 0
26 HD 93549 SB* 10 46 29.5881441504 -64 15 47.653678296 4.69 5.136 5.229     B6-7V 93 0
27 1E 1145.1-6141 HXB 11 47 28.5598257552 -61 57 13.426997544   13.08       B2Iae 158 0
28 HD 102567 HXB 11 48 00.0214464120 -62 12 24.902384760 8.24 9.06 9.00 9.62   B1Vne 335 0
29 V* FP Cru BY* 12 21 30.796464 -64 03 52.76808 12.66 11.88 10.75 10.42 9.31 K3.5IVe 9 0
30 2E 1220.9-6346 X 12 23 39.0 -64 03 14           ~ 1 0
31 V* V851 Cen RS* 13 44 00.9212469648 -61 21 59.173175844   8.74 7.798   6.638 K0III 91 0
32 HD 124831 ** 14 18 04.9375645776 -62 18 59.448628188   10.06 9.451   8.608 G3V 21 0
33 V* BZ Cir CV* 14 54 15.1889492064 -68 16 18.633104472   18.2       ~ 21 0
34 2E 3413 CV* 15 21 26.9 -68 38 27   18.1 17.5     ~ 8 0
35 PSR J1550-5418 Psr 15 50 54.18 -54 18 23.9           ~ 463 1
36 2E 1616.6-5029 X 16 20 22.5 -50 37 05           ~ 1 0
37 V* V399 Nor EB* 16 22 35.8501496760 -50 32 38.045196024   8.895 8.263   7.500 F7:V 32 0
38 V* V1056 Sco Or* 16 27 52.3353770448 -35 47 00.388703328   10.00 9.379   8.512 G6IV 40 0
39 HD 152287 PM* 16 53 42.8747173224 -30 24 27.725784948   8.28 8.07     A5IV 11 0
40 WRAY 15-1674 Y*O 17 19 42.0537558744 -46 15 27.669423816   14.52 12.93     ~ 12 0
41 V* V2527 Oph CV* 17 22 03.9901155072 -19 49 08.254759260           ~ 18 0
42 HD 159176 Be* 17 34 42.4921337376 -32 34 53.995451196 4.88 5.74 5.70 7.19   O7V 261 0
43 HD 160682 EB* 17 42 30.3555759312 -28 44 55.601538324   9.74 9.033 8.57 8.978 G5V 54 0
44 2E 3938 HXB 17 43 54.7 -29 44 44           ~ 693 1
45 2E 3943 LXB 17 46 05.3 -29 30 52           ~ 217 1
46 2E 1746.7-3225 LXB 17 50 03.8 -32 25 46           ~ 13 0
47 2E 1747.9-2033 X 17 50 56.8 -20 33 58           ~ 3 0
48 2E 1751.1-2431 X 17 54 13.9 -24 32 16           ~ 2 0
49 2E 1755.4+0427 * 17 57 56.8 +04 27 43   12.5       ~ 2 1
50 RX J1804.2-3018 PM* 18 04 16.1805773664 -30 18 27.961822080       12.291   M1.9 14 0
51 HD 172275 * 18 39 39.6552300240 -07 21 15.256684548 9.76 10.12 9.35     O9/9.5(I) 51 0
52 2E 4144 Sy1 18 49 17.8899533568 +33 33 20.748313404     17.7     ~ 20 0
53 TYC 2642-127-1 SB* 18 50 01.7338249200 +33 08 14.347403448   11.48 10.69     K0III/IVe 11 0
54 V* V1223 Sgr CV* 18 55 02.3108012664 -31 09 49.584656268           ~ 347 0
55 HD 175726 PM* 18 56 37.1723923656 +04 15 54.462836664   7.28 6.71     G0V 124 0
56 XTE J1901+014 XB* 19 01 40.2 +01 26 27           ~ 65 1
57 1E 1912.3+1038 * 19 14 43.4 +10 43 26   11.4       K 4 0
58 2E 1916.3-0009 * 19 18 52.7 -00 03 47     12.4     ~ 3 0
59 RX J1920.9+1903 * 19 20 53 +19 03.3           MV:e 5 1
60 TYC 1600-1705-1 PM* 19 23 24.5539892496 +15 07 18.828945948   11.68 11.30     G 5 0
61 HD 182761 * 19 25 22.3915776720 +20 16 18.216714108   6.278 6.287     A0V 67 0
62 HD 231396 PM* 19 26 09.0345842520 +14 12 01.440553392   11.39 10.41     K0 10 0
63 2E 1928.1+1042 X 19 30 32.8 +10 49 28           ~ 4 0
64 2E 1930.6+1102 * 19 33 04 +11 08.6     13.2     ~ 3 0
65 2E 4293 X 19 50 37.280 +08 54 48.53           ~ 3 0
66 GSC 01058-01925 ** 19 51 13.3851481256 +08 42 20.039696994   11.26 10.44 10.15   ~ 7 0
67 2E 2033.7+5935 * 20 34 49.1 +59 46 04     13.8     Ke 3 0
68 BD+59 2265 * 20 36 32.0586684336 +60 24 21.268402992   10.45 9.69 9.2   G5 8 0
69 1E 2141.2+4535 X 21 43 10.3 +43 48 54           ~ 2 0
70 HD 213930 PM* 22 33 40.6494305424 +56 37 29.055508932   6.686 5.720     K0III 67 0
71 ClG J2334+4851 ClG 23 34 02.7 +48 51 08           ~ 7 1

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