2017A&A...602A.124R


Query : 2017A&A...602A.124R

2017A&A...602A.124R - Astronomy and Astrophysics, volume 602A, 124-124 (2017/6-1)

The nature of 50 Palermo Swift-BAT hard X-ray objects through optical spectroscopy.

ROJAS A.F., MASETTI N., MINNITI D., JIMENEZ-BAILON E., CHAVUSHYAN V., HAU G., McBRIDE V.A., BASSANI L., BAZZANO A., BIRD A.J., GALAZ G., GAVIGNAUD I., LANDI R., MALIZIA A., MORELLI L., PALAZZI E., PATINO-ALVAREZ V., STEPHEN J.B. and UBERTINI P.

Abstract (from CDS):

We present the nature of 50 hard X-ray emitting objects unveiled through an optical spectroscopy campaign performed at seven telescopes in the northern and southern hemispheres. These objects were detected with the Burst Alert Telescope (BAT) instrument onboard the Swift satellite and listed as of unidentified nature in the 54-month Palermo BAT catalogue. In detail, 45 sources in our sample are identified as active galactic nuclei of which, 27 are classified as type 1 (with broad and narrow emission lines) and 18 are classified as type 2 (with only narrow emission lines). Among the broad-line emission objects, one is a type 1 high-redshift quasi-stellar object, and among the narrow-line emission objects, one is a starburst galaxy, one is a X-ray bright optically normal galaxy, and one is a low ionization nuclear emission line region. We report 30 new redshift measurements, 13 confirmations and 2 more accurate redshift values. The remaining five objects are galactic sources: three are Cataclismic Variables, one is a X-ray Binary probably with a low mass secondary star, and one is an active star.

Abstract Copyright: © ESO, 2017

Journal keyword(s): galaxies: Seyfert - quasars: emission lines - X-rays: binaries - novae, cataclysmic variables - techniques: spectroscopic - techniques: spectroscopic

Simbad objects: 100

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Number of rows : 100
N Identifier Otype ICRS (J2000)
RA
ICRS (J2000)
DEC
Mag U Mag B Mag V Mag R Mag I Sp type #ref
1850 - 2022
#notes
1 NGC 262 Sy2 00 48 47.1422732952 +31 57 25.043908428 14.04 13.90 13.06 8.53   ~ 705 3
2 PBC J0057.2+6401 X 00 57 16 +64 01.9           ~ 2 0
3 PBC J0116.7-1236 X 01 16 48 -12 37.0           ~ 2 0
4 MCG+03-04-043 GiP 01 28 24.4340124096 +16 27 33.529913820   15.2       ~ 24 0
5 PBC J0154.1-5034 X 01 54 10 -50 34.2           ~ 2 0
6 3C 59 Sy1 02 07 02.2064405304 +29 30 46.051043400   16 16     ~ 143 1
7 RX J0209.6-7427 HXB 02 09 34.5371983752 -74 27 11.819042136     14.45     Be 27 0
8 PBC J0217.0-7250 X 02 17 06 -72 50.6           ~ 2 0
9 LEDA 2287192 Sy2 02 50 27.1908434448 +46 47 29.323755060           ~ 13 0
10 PBC J0252.3+4309 X 02 52 23 +43 09.7           ~ 2 0
11 IGR J03249+4041 IG 03 25 12.50 +40 41 58.5   16.0 15.2     ~ 23 0
12 2dFGRS TGS322Z149 SyG 03 28 36.522 -28 41 55.47   17.064   15.943   ~ 49 1
13 IRAS 03556-6300 Bla 03 56 19.954 -62 51 39.19   18.43   17.39   ~ 26 0
14 4C 50.11 QSO 03 59 29.7469819512 +50 57 50.159106936           ~ 417 1
15 PBC J0440.6-6507 X 04 40 41 -65 07.6           ~ 2 0
16 PBC J0451.1-6948 X 04 51 06.7 -69 48 02           ~ 2 0
17 PBC J0505.4-6734 X 05 05 26 -67 34.7           ~ 2 0
18 PBC J0537.7+2106 X 05 37 42 +21 06.4           ~ 2 0
19 IRAS 05433+5037 Sy2 05 47 14.8829854320 +50 38 25.474993008   17.02       ~ 26 0
20 1RXS J055040.0-231112 X 05 50 42 -23 04.7           ~ 4 0
21 PBC J0600.7+0008 X 06 00 43 +00 08.0           ~ 2 0
22 PBC J0608.0+5749 X 06 08 05 +57 49.3           ~ 2 0
23 PBC J0620.8-2932 X 06 20 53 -29 32.6           ~ 2 0
24 PBC J0625.1+6450 X 06 25 09 +64 51.0           ~ 2 0
25 PBC J0640.1-4740 X 06 40 10 -47 40.4           ~ 2 0
26 SWIFT J0640.0-4737 X 06 40 13.6 -47 41 33           ~ 2 0
27 PBC J0653.1-1227 X 06 53 10 -12 27.7           ~ 2 0
28 1RXS J065806.3-174427 CV* 06 58 05.9055184824 -17 44 24.968461236     16.2     K 9 0
29 PBC J0709.5-3538 X 07 09 32 -35 38.6           ~ 2 0
30 LEDA 1490211 QSO 07 12 15.6106333896 +15 39 30.182751252   16.1   15.3   ~ 8 0
31 PBC J0714.6-2521 X 07 14 39 -25 21.3           ~ 2 0
32 1RXS J071748.9-215306 CV* 07 17 48.2636209464 -21 53 01.560029892     18.9     ~ 6 0
33 PBC J0717.8-2156 X 07 17 49 -21 56.6           ~ 2 0
34 PBC J0751.6+6450 X 07 51 40 +64 50.3           ~ 2 0
35 PBC J0757.9+0113 X 07 58 00 +01 13.6           ~ 2 0
36 IGR J08004-4309 X 08 00 22 -43 10.0           ~ 5 0
37 PBC J0800.5-4306 X 08 00 35 -43 07.0           ~ 2 0
38 IRAS 08104-3954 AG? 08 12 14.0101954176 -40 03 23.935239936           ~ 3 0
39 PBC J0812.3-4003 X 08 12 21 -40 03.1           ~ 2 0
40 1RXS J081915.0-251106 X 08 19 16 -25 08.8           ~ 3 0
41 MCG-01-22-006 Sy2 08 23 01.0958556600 -04 56 05.578315548   15.62   14.36   ~ 49 0
42 2MASX J08385930+2608129 EmG 08 38 59.2789772232 +26 08 13.073863380           ~ 13 0
43 V* V380 Vel Ro* 08 45 39.1343066088 -52 25 59.548764108   10.35 9.88 9.98   F8 24 0
44 PBC J0854.3-0826 X 08 54 22 -08 26.1           ~ 2 0
45 SWIFT J0854.3-0827 X 08 54 29.3 -08 24 28           ~ 2 0
46 2MASS J09023731-4813339 Sy1 09 02 37.32 -48 13 33.9           ~ 32 0
47 2dFGRS TGN221Z263 Sy1 10 19 58.5840111672 -02 34 36.272715312   16.096   14.718   ~ 16 0
48 PMN J1021-0237 Rad 10 21 03.0829383216 -02 36 42.583370364           ~ 3 0
49 PBC J1042.2+0043 X 10 42 16 +00 43.4           ~ 2 0
50 2MASS J11053761+5851208 Sy1 11 05 37.6276052760 +58 51 20.793378024   17.45 17.04     ~ 43 0
51 6C 120500+340911 BLL 12 07 32.930 +33 52 40.13   16.4       ~ 76 1
52 PBC J1213.0+3239 X 12 13 04 +32 39.1           ~ 2 0
53 PBC J1228.0-0925 X 12 28 05 -09 25.6           ~ 2 0
54 2MASX J12514406-5128050 AG? 12 51 44.0715119112 -51 28 05.283376176   18.82   17.41   ~ 8 0
55 2MASS J13203208-7014442 * 13 20 32.0822877792 -70 14 44.318924448           K5 5 0
56 ESO 21-4 G 13 32 40.5938806776 -77 50 40.532334072   12.7   12.8 12.2 ~ 29 0
57 RX J1346.4+1923 X 13 46 32 +19 23.3           ~ 4 0
58 V* BW Cir HXB 13 58 09.700 -64 44 05.80 17.90 18.00 16.9     ~ 216 1
59 [KRL2007b] 149 Psr 14 00 20.3 -63 26 09           ~ 21 1
60 SDSS J141409.75+121843.9 QSO 14 14 09.7549498296 +12 18 43.920619488   18.79 18.78     ~ 23 0
61 2MASS J14184990+6804097 G 14 18 49.9160464776 +68 04 09.488801244           ~ 3 0
62 1RXS J152017.4-043621 X 15 20 16 -04 33.3           ~ 3 0
63 ESO 450-16 G 15 48 43.2549123096 -32 07 11.207289720   15.86   14.20   ~ 20 2
64 PBC J1555.0-6225 X 15 55 01 -62 25.1           ~ 2 0
65 SWIFT J1633.8-4724B HXB 16 32 37.850 -47 23 41.45           O8Iafpe 34 0
66 PBC J1649.3-1739 X 16 49 21 -17 39.3           ~ 2 0
67 2MASS J17094469-2346531 AG? 17 09 44.6975616504 -23 46 53.193817956           ~ 6 0
68 [KRL2007b] 225 LXB 17 10 12.3 -28 07 54           ~ 82 0
69 TeV J1712-3932 gam 17 12 -39.5           ~ 3 1
70 IGR J17354-3255 HX? 17 35 27.6058982616 -32 55 54.425912052           O9Iab 44 2
71 2MASS J17420150-6055122 Bla 17 42 01.4897013216 -60 55 12.259457328           ~ 6 0
72 2MASS J17453826+2908221 Sy1 17 45 38.2650903168 +29 08 22.206737868       14.2   ~ 27 0
73 [KRL2007b] 277 LXB 17 47 18.06 -27 20 38.9           ~ 74 0
74 2MASS J17583455-2123215 HXB 17 58 34.5557606184 -21 23 21.534625068           ~ 24 0
75 2E 4013 AGN 18 09 52.0 -65 56 13     18.0     ~ 11 0
76 SWIFT J181020.7-190411 X 18 10 20.70 -19 04 11.0           ~ 3 0
77 2MASS J18211975-1318388 HXB 18 21 19.7674145112 -13 18 39.093412932           B0V-O9I 30 0
78 2MASS J18255759-0710229 Sy1 18 25 57.59 -07 10 23.0           ~ 33 0
79 PBC J1832.8+3124 X 18 32 53 +31 24.5           ~ 2 0
80 PSR J1849-0001 Psr 18 49 01.83 -00 01 19.1           ~ 44 0
81 PBC J1911.4+1412 CV* 19 11 24.872 +14 11 44.86     18.3     ~ 3 0
82 IGR J19294+1816 HXB 19 29 55.9057395264 +18 18 38.248439004           B1Ve 33 1
83 2FAV J2009-25.4 Bla 20 10 19.7652294984 -25 23 59.240478516           ~ 19 0
84 2MASX J20214907+4400399 Sy2 20 21 49.0191979440 +44 00 39.223779768           ~ 22 0
85 MCG+04-48-002 Sy2 20 28 35.061 +25 44 00.18   18       ~ 127 1
86 PBC J2029.4-6146 X 20 29 30 -61 46.9           ~ 2 0
87 PBC J2030.7-7530 X 20 30 45 -75 30.8           ~ 2 0
88 PBC J2045.9+8321 X 20 45 55 +83 21.7           ~ 2 0
89 PBC J2048.3+3812 X 20 48 20 +38 12.8           ~ 2 0
90 1RXS J204826.8+381120 X 20 48 26.8 +38 11 20           ~ 2 0
91 PBC J2136.3+2003 X 21 36 18 +20 03.1           ~ 2 0
92 V* V1341 Cyg LXB 21 44 41.1544345272 +38 19 17.066570988 15.00 15.13 14.68 15.00   A9III 1108 1
93 PBC J2155.1+6205 X 21 55 07 +62 05.7           ~ 2 0
94 RX J2218.5+1925 CV* 22 18 32.7589945920 +19 25 20.483109192     17.5     ~ 13 0
95 PBC J2238.9+4050 X 22 38 55 +40 50.1           ~ 2 0
96 PBC J2322.6+2903 X 23 22 40 +29 03.8           ~ 2 0
97 2MASS J23375921+4308509 CV* 23 37 59.2141153440 +43 08 51.030995028           ~ 8 0
98 PBC J2341.0+7642 X 23 41 01 +76 42.5           ~ 2 0
99 PBC J2348.9+4153 X 23 48 57 +41 53.6           ~ 2 0
100 HD 224085 RS* 23 55 04.0520383542 +28 38 01.245426862 8.88 8.20   6.9   K2+IVeFe-1 708 0

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2022.08.18-03:24:46

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