1999A&A...347...47B

Query : 1999A&A...347...47B

1999A&A...347...47B - Astronomy and Astrophysics, volume 347, 47-54 (1999/7-1)

Identification of soft high galactic latitude RASS X-ray sources. II. Sources with PSPC count rate CR <0.5cts/s.

BEUERMANN K., THOMAS H.-C., REINSCH K., SCHWOPE A.D., TRUEMPER J. and VOGES W.

Abstract (from CDS):

We present a summary of spectroscopic identifications of bright soft high galactic latitude X-ray sources from the ROSAT All-Sky Survey with total PSPC count rates 0.11<CR<0.5cts/s and hardness ratios HR1<0. This study supplements the identification program of a complete sample of sources with CR≥0.5cts/s presented previously. Spectroscopic identifications are presented for 70 of 77 sources, 5 sources are identified by other means, and subsidiary information is given for 2 as yet unidentified sources. In practically all cases, a unique optical counterpart exists. As for the brighter fraction of the sample, the largest source classes are Seyfert 1 galaxies, magnetic cataclysmic variables, and hot white dwarfs. In the Galactic Pole caps at |b|>40°, Seyfert galaxies dominate, whereas at intermediate latitudes galactic objects as magnetic cataclysmic variables and white dwarfs become relatively more frequent.

Abstract Copyright: ∼

Journal keyword(s): stars: novae, cataclysmic variables - galaxies: active - galaxies: nuclei - galaxies: quasars: general - galaxies: Seyfert - X-rays: general

VizieR on-line data: <Available at CDS (J/A+A/347/47): table3.dat notes.dat table3.tex>

Nomenclature: Table 3: [BTR99] JHHMMSS.s+DDMMSS N=74.

Simbad objects: 83

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Number of rows : 83
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 2MASS J00064690-3323106 Sy1 00 06 46.9019252208 -33 23 10.629347064   18.62 16.9 17.64   ~ 7 0
2 ESO 350-11 Sy1 00 22 30.5626750656 -34 07 14.349744984   15.52 16.1 14.67   ~ 22 0
3 LEDA 87392 Sy1 00 39 15.8339634552 -51 17 01.481641692   15.77 15.28 15.66   ~ 130 0
4 V* FT Psc BY* 00 50 33.2510237725 +24 49 00.181271056 14.821 13.779 12.151 10.963 9.422 M4.0Ve 49 1
5 NAME Loop III SR? 01 12 +78.3           ~ 90 1
6 6dFGS gJ012237.5-264646 Sy1 01 22 37.5411695664 -26 46 45.838622388   19.23 18.8 18.66   ~ 11 0
7 V* DN Hyi BY* 01 23 17.3115908904 -79 41 32.615155392   11.31 10.183   8.770 K 10 0
8 V* CV Hyi CV* 01 32 42.0237133838 -65 54 32.215873874           ~ 25 0
9 2MASS J01341690-4258262 Sy1 01 34 16.9072341600 -42 58 26.223391344   18.17 17.30 16.71   ~ 75 0
10 RX J0136.9-3510 Sy1 01 36 54.4576651920 -35 09 52.327612296   18.80   17.80   ~ 47 0
11 RX J0154.0-5947 CV* 01 54 00.9316590192 -59 47 49.095380292         16.03 ~ 17 0
12 6dFGS gJ020402.7-510456 Sy1 02 04 02.7242571144 -51 04 56.033505912   18.71 16.6 17.34   ~ 10 0
13 UCAC4 156-001978 Er* 02 12 58.1891095440 -58 51 18.149846112   14.410 12.925 12.552   M2.0Ve 27 0
14 2MASS J02175356-1958195 Sy1 02 17 53.5632393048 -19 58 19.531523316   18.12 17.1 17.71   ~ 12 0
15 HE 0226-4110 Sy1 02 28 15.2391681216 -40 57 14.762648232   17.68 15.2 16.22   ~ 134 1
16 LP 993-116 ** 02 45 14.3221 -43 44 10.076   14.34 12.65 12.42   M5 34 0
17 2MASX J03031430-4742140 AGN 03 03 14.3011664160 -47 42 13.811724000     17.3     ~ 3 0
18 V* CL Oct WD* 03 17 15.8468594712 -85 32 25.558244556   13.78 13.66 15.19   DAP 164 1
19 LB 9802 WD* 03 17 19.1282833488 -85 32 31.288377552   13.78 13.66 14.43   DA 132 1
20 [VV2000] J033549.7-471559 Sy1 03 35 49.8612760464 -47 15 58.706202096     17.3     ~ 8 0
21 MCT 0335-4205 WD* 03 37 15.1696297608 -41 55 23.795637600           DA1.0 15 0
22 2MASS J03551332-5451575 Sy1 03 55 13.3213460232 -54 51 57.618809244 15.41 16.23 16.13     ~ 24 0
23 2MASX J04351204-4614152 SyG 04 35 12.0615634776 -46 14 15.279487116   16.01 17.1     ~ 12 0
24 LEDA 3095691 Sy1 04 35 53.9990360640 -36 36 41.895814716   17.56 17.1 16.32   ~ 13 0
25 LEDA 3095694 Sy1 04 38 29.1934776600 -61 47 58.973670096   17.82 16.56 16.63   ~ 28 0
26 2MASS J04394488-4540425 Sy1 04 39 44.8784079960 -45 40 42.604984704 16.29 17.78 16.77 16.92   ~ 26 0
27 1RXS J044550.1-385537 WD* 04 45 50.7656239728 -38 55 38.247370212   16.4 17.5 17.0   DA1.0 8 0
28 LP 776-25 Er* 04 52 24.4148135160 -16 49 21.926289432   12.76 11.639 11.237 9.1 M3.3V 71 0
29 [VV98] J045444.5-481300 Sy1 04 54 42.9 -48 13 19     17.7     ~ 8 0
30 2MASX J04592888-2229546 G 04 59 28.8958035744 -22 29 54.434348592     18     ~ 3 0
31 V* HY Eri CV* 05 01 46.4033893080 -03 59 20.542022844           ~ 27 0
32 V* UU Col CV* 05 12 13.2335083440 -32 41 39.743719692   17.72       ~ 46 0
33 V* V1309 Ori CV* 05 15 41.4123253872 +01 04 40.481073984           M0.5 108 0
34 LEDA 3095728 Sy1 05 47 46.8699996674 -19 56 08.469131649     17.7     ~ 5 0
35 1RXS J060033.1-270918 CV* 06 00 33.2858384220 -27 09 18.888229115           ~ 10 0
36 V* AP Col Er* 06 04 52.1486600471 -34 33 35.774443549     12.96 11.49 9.60 M5 74 0
37 2MASS J06154370-6531528 Sy1 06 15 43.7056080840 -65 31 52.728043764         15.98 ~ 8 0
38 RX J0806.3+1527 XB* 08 06 22.9520149296 +15 27 31.002199488   20.7 20   21.2 ~ 144 0
39 [BTR99] J083650.3+155328 WD* 08 36 50.2777728480 +15 53 26.516986728           DA1 13 0
40 RX J0859.1+0537 CV* 08 59 09.1821682632 +05 36 54.593762148   17.9 17     ~ 22 0
41 TYC 4895-1173-1 PM* 09 45 37.8149050632 -00 58 28.548353928   11.6 10.7     K 8 0
42 RX J0953.1+1458 CV* 09 53 08.2015308360 +14 58 36.443570772           ~ 18 0
43 2MASS J10140186+4619538 Sy1 10 14 01.8633760272 +46 19 53.713596864   16.95 16.86     ~ 43 0
44 LEDA 142866 Sy1 10 17 18.2587283976 +29 14 34.097825904   17.09 16.79     ~ 44 0
45 RX J1024.7-3021 WD* 10 24 44.1809970768 -30 21 00.427633956   16.7 15.8 16.3   DA1.4 32 0
46 2MASS J10461372+5255544 Sy1 10 46 13.7291828880 +52 55 54.273299124   17.84 17.64     ~ 52 0
47 SBSG 1047+557 Sy1 10 50 55.1418332400 +55 27 23.303457180   17.41 17.23     ~ 47 0
48 LEDA 2684677 Sy1 10 53 55.6956173808 +66 12 02.279131632   17.41 17.12     ~ 40 0
49 ATO J163.6862+48.5275 Sy1 10 54 44.7009629664 +48 31 39.082441368   16.43 16.17     ~ 37 0
50 2MASS J11084164+5950078 Sy1 11 08 41.6217931392 +59 50 07.873745208   18.55 18.33     ~ 31 0
51 RX J1147.6+0501 ** 11 47 37.623960 +05 01 10.62624   13.93 12.38 12.04   M4 15 0
52 RX J1206.9+7007A PM* 12 06 55.7594756376 +70 07 48.937507392   13.82 12.23 12.01   M3.5 13 1
53 RX J1206.9+7007 EB* 12 06 56.41200 +70 07 49.9584           ~ 14 0
54 2MASSI J1232200+495721 Sy1 12 32 20.1171538776 +49 57 21.778344180   17.99 17.73     ~ 45 0
55 2MASX J13125962+2628238 Sy1 13 12 59.6000914608 +26 28 24.015928260   17.72 17.33     ~ 31 0
56 NAME Loop I SR? 15 01 -38.7           ~ 387 2
57 LEDA 1306833 Sy1 15 02 04.1026081656 +06 45 16.010719236   17.26 17.03     ~ 38 0
58 RX J161419.1-083327 WD* 16 14 19.1263900080 -08 33 26.607175920     13.43     DA1.2 33 0
59 LEDA 2150725 Sy1 16 46 26.0943807984 +39 29 32.155764360   17.84 17.60     ~ 33 0
60 LEDA 3096516 Sy1 16 52 40.0825760568 +44 16 37.803815292   16.9       ~ 16 0
61 RX J1711.4+6645 WD* 17 11 27.1388339952 +66 45 30.538787868     17.1     DA.9 30 0
62 2MASS J18181039+5343460 Sy1 18 18 10.3936390680 +53 43 45.979759992   15.2       ~ 18 0
63 V* V4738 Sgr CV* 20 22 37.5223551336 -39 54 12.456114660           ~ 24 0
64 1RXS J203626.2-535222 * 20 36 26.2 -53 52 22           ~ 3 0
65 LEDA 3096638 Sy1 21 44 06.0598564608 -39 49 01.005500208   18.87 18.0 17.68   ~ 13 0
66 2MASS J21545109-4414057 Sy1 21 54 51.1074371232 -44 14 05.742036672     15.80     ~ 32 0
67 [VV2000] J220417.5-425814 Sy1 22 04 17.4926831496 -42 58 14.283793092     18.7     ~ 8 0
68 6dFGS gJ220545.5-405817 Sy1 22 05 45.5388444432 -40 58 17.504688180   19.23 18.3 18.32   ~ 6 0
69 LEDA 3096663 Sy1 22 13 00.2518620672 -17 10 17.705123076   17.95 17.2 16.81   ~ 19 0
70 EC 22124-2757 WD* 22 15 14.7164462160 -27 42 24.375329316   15.7   15.875   DA1.0 15 0
71 6dFGS gJ222148.5-271310 Sy1 22 21 48.5111057496 -27 13 10.265700360   18.73 17.7 17.78   ~ 11 0
72 QSO B2223-4200 QSO 22 26 50.8295925336 -41 44 44.638741464     17.0     ~ 11 0
73 [VV2000] J223004.1-513707 Sy1 22 30 04.1 -51 37 07     19.2     ~ 6 0
74 LEDA 574244 Sy1 22 32 43.1351461872 -41 34 36.593627340   17.32 16.9 16.12   ~ 16 0
75 2MASS J22415556-4404555 Sy1 22 41 55.5616461216 -44 04 55.557083928     15.8     ~ 15 0
76 2FGL J2246.8-5203 BLL 22 46 42.10032 -52 06 40.3851     18.2     ~ 46 0
77 LEDA 410865 Sy1 23 03 58.0023828072 -55 17 17.813571828   17.47 17.5 16.20   ~ 13 0
78 LEDA 456050 Sy2 23 04 36.057 -51 28 03.47   17.75 17.2 16.79   ~ 15 0
79 NAME Loop 2 SR? 23 25 +26.5           ~ 78 1
80 6dFGS gJ233709.0-593225 Sy1 23 37 08.9871303600 -59 32 25.376787204   18.45 17.3 17.53   ~ 7 0
81 3XLSS J234023.1-532857 Sy1 23 40 23.2276851936 -53 28 56.105319288   18.53 17.6 17.66   ~ 18 0
82 2MASS J23490753-3311448 Sy1 23 49 07.5238643448 -33 11 44.720361564   17.936 16.6 16.825   ~ 13 0
83 1RXS J234939.7-563723 * 23 49 40.1 -56 37 42           ~ 3 0

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