CDS

1998A&AS..132..341M

Query : 1998A&AS..132..341M

1998A&AS..132..341M - Astron. Astrophys., Suppl. Ser., 132, 341-359 (1998/November-1)

Identification of selected sources from the ROSAT Galactic Plane Survey. I.

MOTCH C., GUILLOUT P., HABERL F., KRAUTTER J., PAKULL M.W., PIETSCH W., REINSCH K., VOGES W. and ZICKGRAF F.-J.

Abstract (from CDS):

We report on optical searches in the error circles of 93 ROSAT survey sources located at low galactic latitudes (|b|<20°). These sources were extracted from the ROSAT Galactic Plane Survey using various selection criteria on hardness ratio, X-ray and optical brightness and integrated galactic absorption in the direction of the source. We find optical identifications in 76 cases, among which are 25 new AGN, 6 new CVs and a new Be/X-ray binary. In order to illustrate the relevance of the source selections applied here, we cross-correlated the ROSAT all-sky survey bright source list with SIMBAD. Different classes of X-ray emitters populate distinct regions of a multi dimensional parameter space involving flux ratios, galactic latitude and NH. This relatively good segregation offers the possibility to build source samples with enhanced probability of identification with a given class. Complete optical identification of such subsamples could eventually be used to compute meaningful probabilities of identification for all sources using as basis a restricted set of multi-wavelength information.

Abstract Copyright: ∼

Journal keyword(s): X-ray general - X-ray stars - X-rays: galaxies - surveys

VizieR on-line data: <Available at CDS (J/A+AS/132/341): table4.dat table5.dat>

Simbad objects: 93

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Number of rows : 93
N Identifier Otype ICRS (J2000)
RA 		ICRS (J2000)
DEC 		Mag U Mag B Mag V Mag R Mag I Sp type #ref
1850 - 2023 		#notes
1 GSC 03666-00907 * 00 35 51.1426902216 +59 50 23.512942464           ~ 1 0
2 QSO B0033+595 BLL 00 35 52.554 +59 50 04.19     19.5 17.2   ~ 164 2
3 TYC 3666-1407-1 * 00 35 55.8620168088 +59 49 58.590272064   12.63 11.24     ~ 1 0
4 RX J0119.0+7033 Ro* 01 19 03.1871031624 +70 33 26.317497312   11.281 9.947 9.650   K1V 3 0
5 HD 10436 PM* 01 43 40.7239658880 +63 49 24.235143093   9.609 8.407 7.7   K5Vbe 115 0
6 HD 10663 ** 01 46 05.5813489488 +63 48 55.342896372   9.30 8.66     G2V 27 0
7 RX J0202.2+6934 * 02 02 14.8 +09 34 23     11.72     G2V 1 0
8 2MASS J02220630+5221059 Sy1 02 22 06.3313137600 +52 21 05.916524508     17.00     ~ 13 0
9 BD+49 646 PM* 02 22 33.8884679664 +50 33 36.922950180   10.47 9.65     K2V 12 0
10 ICRF J025442.6+393134 Sy1 02 54 42.6319794672 +39 31 34.711675284     16.30 16.91   ~ 65 1
11 PM J02563+6141 PM* 02 56 19.8392998800 +61 41 22.420970628     13.379 12.828   M5V 6 0
12 6C 032130+340016 BLL 03 24 41.1612813408 +34 10 45.857918460     15.72 13.1   ~ 259 1
13 IGR J03249+4041 IG 03 25 12.50 +40 41 58.5   16.0 15.2     ~ 23 0
14 2MASS J03370392+4738480 Sy1 03 37 03.9210744888 +47 38 48.164003232     17.00     ~ 13 0
15 2MASX J04344151+4014219 Sy1 04 34 41.5362901632 +40 14 21.512204556     15.2     ~ 41 0
16 LEDA 168563 Sy1 04 52 04.7723618832 +49 32 44.750794344     17.1     ~ 67 0
17 2MASS J04595187+1808396 Sy1 04 59 51.8794587096 +18 08 39.640258356     19.5     ~ 6 1
18 Z 468-2 Sy2 05 08 19.7062775592 +17 21 48.085162020   15.4       ~ 100 0
19 2MASS J05085513+2113023 Sy1 05 08 55.1397422856 +21 13 02.401653576     17.7     ~ 8 0
20 2FGL J0529.2+0935 Bla 05 29 02.5592886264 +09 34 35.472310320           ~ 26 0
21 GSC 04089-00790 PM* 05 35 00.6525167256 +64 50 38.185197432   13.69 12.82 12.49   K 2 0
22 LSPM J0554+1055 PM* 05 54 45.7334317704 +10 55 57.017881992   13.8   12.094   M2.1V 20 0
23 RX J0602.1+2828 Sy1 06 02 10.4708953560 +28 28 19.407708696   15.0       ~ 68 0
24 RX J0602.2+2837 X 06 02 17.6 +28 37 04           ~ 1 0
25 2MASX J06080078+3058412 Sy1 06 08 00.8094548040 +30 58 41.723341500     17.3     ~ 14 0
26 3HSP J062040.0+264331 BLL 06 20 40.0590573192 +26 43 31.898449668           ~ 26 0
27 G 101-35 Er* 06 21 13.0372741920 +44 14 30.737311368       11.858   M2.0Ve 35 0
28 RX J0621.7+1747 X 06 21 47.8 +17 47 30           ~ 7 1
29 GSC 04785-01175 * 06 25 49.5920997384 -01 01 46.049651220           M1Ve 2 0
30 TYC 733-2098-1 * 06 35 58.2534605976 +07 55 21.034270740   11.03 10.59 10.513   ~ 6 0
31 87GB 064555.8+152016 BLL 06 48 47.6488006968 +15 16 24.797585352       16.2   ~ 76 0
32 RX J0649.8-0737 CV* 06 49 50.9207017944 -07 37 40.887051888           ~ 12 0
33 BD-14 1654 Ro* 06 56 54.3328130472 -14 24 58.978646496   10.53 9.34 9.65 8.269 ~ 4 0
34 RX J0702.0+1257 XB* 07 02 03.9576564696 +12 57 54.756483372   11.28 10.470   9.543 K0IV-Ve+DA 28 0
35 RX J0704.5-0612 Ro* 07 04 31.4729041992 -06 12 17.934414480   13.01 12.066   10.819 ~ 4 0
36 RX J0713.1-0511 PM* 07 13 11.2215649833 -05 11 48.618984888   12.73 11.18 10.64 8.86 M3Ve 17 0
37 RX J0717.4-1119 X 07 17 22.6 -11 19 54           ~ 2 0
38 CD-57 1709 Er* 07 21 23.7052557888 -57 20 36.987622800   11.39 10.725   9.772 K0V 27 0
39 RX J0749.1-0549 CV* 07 49 10.4003645400 -05 49 25.457634912           ~ 13 0
40 2MASX J07510082+0320401 Sy1 07 51 00.8035943400 +03 20 40.324710624     15.2     ~ 19 0
41 LEDA 1105400 Sy1 07 55 47.3926658760 -01 57 41.895145512     14.8     ~ 8 0
42 ESO 209-12 Sy1 08 01 57.9725354376 -49 46 42.395213028   15.31 15.3 13.78   ~ 77 0
43 TYC 8570-1980-1 Er* 08 11 09.3325291512 -55 55 56.363962548   12.04 11.01     G8V(e) 15 0
44 ATO J124.1133-13.1979 BLL 08 16 27.2037492048 -13 11 52.623678156 17.15 17.09 17.00 16.93   ~ 64 0
45 2MASX J08185772-2252364 Sy1 08 18 57.7206667968 -22 52 36.177052512     15.5     ~ 15 0
46 2MASS J08191757-0756263 BLL 08 19 17.5832101176 -07 56 26.141444304     18.50 18.4   ~ 31 0
47 RX J0828.5-5138 Ro* 08 28 32.3091782232 -51 38 32.393145192   11.27 10.726   9.831 G 8 0
48 TYC 7149-583-1 * 08 45 42.5745372672 -35 44 35.661501384   12.04 11.46     ~ 2 0
49 PM J08564-2241 LM* 08 56 26.2558787664 -22 41 40.259083596   13.05 11.423 10.996 9.86 K7 12 0
50 2MASX J09130020-2103205 BLL 09 13 00.2229216720 -21 03 21.039728508   17.82 17.30 16.42   ~ 57 1
51 CD-27 6736 LM* 09 35 31.2689479272 -28 02 55.366233576   12.42 10.80     K6Ve 15 0
52 2FGL J1023.8-4335 BLL 10 23 56.1914519976 -43 36 01.532204208 16.57 16.36 16.27 16.7   ~ 42 0
53 V* V1040 Cen CV* 11 55 27.2600164728 -56 41 56.294089440           ~ 30 0
54 HD 327816 Ro* 16 06 36.7711214136 -46 18 25.994107116   12.14 11.14   9.607 G8IIIe 8 0
55 GSC 07854-02093 Y*O 16 39 47.3128678080 -39 20 40.392642300   15.63 14.08 13.02   M0Ve 7 0
56 HD 322763 Ro* 17 04 17.9073657936 -40 19 50.065789584   11.17 10.348   9.168 A3 6 0
57 RX J1718.4-4029 LXB 17 18 24.13 -40 29 30.4           ~ 42 0
58 RX J1739.4-2942 LXB 17 39 29.87 -29 42 10.7           Be? 33 0
59 2E 1737.5-2817 LXB 17 40 42.84 -28 18 08.5           ~ 78 0
60 IRAS 17389+0350 Sy1 17 41 28.1196703896 +03 48 51.644807532           ~ 20 0
61 RX J1742.3-2737 X 17 42 20.9 -27 37 36           ~ 3 0
62 RX J1749.8-3312 LXB 17 49 48.940 -33 12 11.60           ~ 57 0
63 LEDA 201743 Bla 18 04 08.8815 +00 42 22.087   18.60   13.80   ~ 26 1
64 RX J1925.0+4429 Ro* 19 25 02.0048126 +44 29 50.757778   10.83 9.93 9.595   K1V 39 0
65 2MASS J19295040+4622226 Sy1 19 29 50.4012314496 +46 22 22.728003024           ~ 18 0
66 2MASS J19310980+0937041 BLL 19 31 09.8068105512 +09 37 03.946363536     19.00 16.8   ~ 45 0
67 RX J1935.4+3746 PM* 19 35 29.2027933512 +37 46 08.137429896       11.160   M3.0V 25 0
68 RX J1936.3+2632 WD* 19 36 18.5752570968 +26 32 55.785093180       13.93   DA 6 0
69 2MASS J19435624+2118233 Bla 19 43 56.244 +21 18 23.38           ~ 81 3
70 RX J1946.2-0444 CV* 19 46 16.3509875112 -04 44 56.834143080   19.00       ~ 7 0
71 RX J1947.4+3045 WD? 19 47 24.2931802320 +30 45 55.236898692   17.4   17.1   ~ 5 0
72 RX J1950.0+3821 X 19 50 05.3 +38 21 55           ~ 2 0
73 V* V2690 Cyg CV* 19 51 47.4966319272 +37 16 47.763588648   15.50       K7.5 13 0
74 USNO-A1.0 1350-11463233 * 19 53 40.6847537352 +50 24 57.742373556   13.80       M5e 5 0
75 TYC 3935-1634-1 * 19 56 45.9586691808 +53 04 23.644978896   12.62 11.41 11.10   K0V 3 0
76 HD 190398A SB* 20 02 07.9167703392 +54 38 28.098501540   9.23 8.44 8.78   K0 8 0
77 LP 574-21 SB* 20 10 34.4436268320 +06 32 13.907877540   13.36 12.318 11.817 9.451 M4V 33 0
78 HD 192785 SB* 20 14 49.0971856080 +45 01 43.509393192   8.80 7.73     K0 14 0
79 LP 395-8 ** 20 19 49.2660 +22 56 36.519     11.40 11.635   M3.0Ve 17 0
80 RX J2021.7+5213 * 20 21 44.3 +52 13 55     11.84     G3V 2 0
81 HD 334514 * 20 33 24.3865364568 +31 28 12.202967388   11.25 10.69 10.38   G2V 5 0
82 LEDA 3096590 Sy1 20 40 18.5640558840 +10 59 45.048141168           ~ 7 0
83 IRAS 20425+5303 Sy1 20 43 59.4508596504 +53 14 32.361008244           ~ 9 0
84 LEDA 3096594 Sy1 20 44 04.2555266496 +28 33 09.404396928           ~ 33 0
85 RX J2102.0+3359 CV* 21 02 01.4281651846 +33 59 29.719187549   21.6       ~ 5 0
86 HD 200560 BY* 21 02 40.7534911919 +45 53 05.169992088   8.694 7.714 7.1   K2.5V 102 0
87 RX J2104.2+2118 X 21 04 16.5 +21 18 16           ~ 3 0
88 TYC 3172-1505-1 * 21 09 48.4898592240 +40 29 23.005700520   11.50 10.77     G1.5V 6 0
89 RX J2133.7+5107 CV* 21 33 43.6348450728 +51 07 24.729535560   15.80       ~ 75 0
90 RX J2155.3+5938 ** 21 55 24.358176 +59 38 37.15332   15.13 13.53 13.22   M3.5V 14 0
91 RX J2156.3+3318 X 21 56 22.06 +33 18 35.4   16.20       ~ 6 1
92 TYC 3989-1784-1 * 22 55 04.5826032432 +55 40 51.752290512   10.11 9.33     G0V 7 0
93 TYC 4279-1821-1 SB* 23 22 40.0234379712 +61 13 33.228682104   10.67 9.817     G0V 7 0

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2023.10.01-07:38:28

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