2014A&A...564A.107M


C.D.S. - SIMBAD4 rel 1.7 - 2020.02.17CET20:09:26

2014A&A...564A.107M - Astronomy and Astrophysics, volume 564A, 107-107 (2014/4-2)

A thin diffuse component of the Galactic ridge X-ray emission and heating of the interstellar medium contributed by the radiation of Galactic X-ray binaries.

MOLARO M., KHATRI R. and SUNYAEV R.A.

Abstract (from CDS):

We blackpredict a thin diffuse component blackof the Galactic ridge X-ray emission (GRXE) arising from the scattering of the radiation of bright X-ray binaries (XBs) by the interstellar medium. blackThis scattered component has the same scale height as that of the gaseous disk (∼80 pc) and is therefore thinner than the GRXE of stellar origin (scale height ∼130 pc). The morphology of the scattered component is blackfurthermore expected to trace the clumpy molecular and HI clouds. We calculate this contribution to the GRXE from known Galactic XBs assuming that they are all persistent. The known XBs sample is blackincomplete, however, because it is blackflux limited and spans the lifetime of X-ray astronomy (∼50 years)black, blackwhich is very short compared with the characteristic time of 1000-10000 years that blackwould have contributed to the diffuse emission observed today due to time delays. We therefore also use a simulated sample of sources, to estimate the diffuse emission we should expect in an optimistic case assuming that the X-ray luminosity of our Galaxy is on average similar to that of other galaxies. In the calculations we also take into account the enhancement of the total scattering blackcross-section due to coherence effects in the elastic scattering from multi-electron atoms and molecules. This scattered emission can be distinguished from the contribution of low X-ray luminosity stars by the presence of narrow fluorescent K-α lines of Fe, Siblack, and other abundant elements present in the interstellar medium and by directly resolving the contribution of low X-ray luminosity stars. blackWe find that within 1° latitude of the Galactic plane the scattered emission contributes on average 10-30% of the GRXE flux in the case of known sources and over 50% in the case of simulated sources. In the latter case, the scattered component is found to even dominate the stellar emission in certain parts of the Galactic plane. X-rays with energies > 1 keV from XBs should also penetrate deep inside the HI and molecular clouds, blackwhere they are absorbed and heat the interstellar medium. We find that this heating rate dominates the heating by cosmic rays black(assuming blacka solar neighborhood energy density) in a blackconsiderable part of the Galaxy.

Abstract Copyright:

Journal keyword(s): scattering - X-rays: binaries - X-rays: ISM - X-rays: general - atomic processes - X-rays: stars

VizieR on-line data: <Available at CDS (J/A+A/564/A107): tablea1.dat refs.dat>

Simbad objects: 228

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Number of rows : 228

N Identifier Otype ICRS (J2000)
RA
ICRS (J2000)
DEC
Mag U Mag B Mag V Mag R Mag I Sp type #ref
1850 - 2020
#notes
1 V* V1037 Cas LXB 00 29 03.06 +59 34 19.0           ~ 228 1
2 BD+60 73 HXB 00 37 09.6358465128 +61 21 36.485521705 9.79 10.14 9.66     B1Ib 61 0
3 4U 0042+32 LXB 00 44 50.4 +33 01 17   19.90 19.3     ~ 48 0
4 * gam Cas Be* 00 56 42.5317 +60 43 00.265 1.18 2.29 2.39 2.32 2.40 B0.5IVpe 1129 2
5 SK 160 HXB 01 17 05.1447530244 -73 26 36.015353425 12.23 13.00 13.15   13.17 O9.7Ia+ 789 0
6 V* V662 Cas HXB 01 18 02.6973905772 +65 17 29.829417242 12.27 11.99 11.14 10.33 9.58 B1Iae 228 0
7 V* V635 Cas HXB 01 18 31.9704429246 +63 44 33.071137750 17.05 16.64 15.19 14.34 13.22 B0.2Ve 656 0
8 2MASS J01354986+6612433 HXB 01 35 49.8564105027 +66 12 43.282005994   14.72 13.31 12.32 11.37 B1Ve 29 0
9 PSR J0146+6145 Psr 01 46 22.21 +61 45 03.8   28.100 25.620     ~ 501 0
10 EM* GGA 104 HXB 01 47 00.2121223849 +61 21 23.661992704 11.76 12.09 11.366 11.00 10.52 B1IIIe 168 0
11 LS I +61 303 HXB 02 40 31.6641883136 +61 13 45.591138110 11.27 11.61 10.75 10.19 9.55 B0Ve 754 2
12 V* BQ Cam HXB 03 34 59.9116460415 +53 10 23.296351781   17.16 15.42 14.26 13.04 O8.5Ve 394 1
13 V* X Per HXB 03 55 23.0778791365 +31 02 45.045745259 6.090 6.840 6.720     O9.5III 899 0
14 V* CI Cam HXB 04 19 42.1353986687 +55 59 57.708146070 12.13 12.41 11.77 10.79 9.99 B0/2I[e] 222 0
15 V* V518 Per HXB 04 21 42.7231318463 +32 54 26.936934166 13.00 13.50 13.2     M4.5V 620 1
16 LS V +44 17 HXB 04 40 59.3295352454 +44 31 49.258751047 11.02 11.42 10.73 10.28 9.76 B0.2Ve 96 0
17 OGLE LMC130.4 19472 HXB 05 00 46.0546973241 -70 44 36.054408746   14.92       O9Ve 27 0
18 4U 0513-40 LXB 05 14 06.59 -40 02 37.0           ~ 150 1
19 X LMC X-4 HXB 05 32 49.5558669817 -66 22 13.202534152   13.9 14.0     O8III 599 0
20 HD 245770 HXB 05 38 54.5749436467 +26 18 56.839215267 9.30 9.84 9.39 8.77 8.30 O9/B0III/Ve 865 0
21 X LMC X-1 HXB 05 39 38.8285930597 -69 44 35.533031148   14.8 14.5     O8(f)p 555 2
22 V* V1055 Ori LXB 06 17 07.3 +09 08 13   18.80 18.5     ~ 505 1
23 1A 0620-00 HXB 06 22 44.5420315454 -00 20 44.289428950 10.60 11.40 11.2     K3V-K7V 1034 0
24 V* V441 Pup HXB 07 28 53.5787769417 -26 06 28.895160996 11.27 12.29 11.83 11.53   O5Ve 68 0
25 V* UY Vol LXB 07 48 33.71 -67 45 07.7 16.10 17.00 16.9 16.7 17.05 ~ 565 0
26 V* V572 Pup HXB 08 12 28.3576629560 -31 14 52.138780764 12.14 13.03 12.74 12.44   B0.2IVe 60 0
27 Ginga 0834-430 HXB 08 35 55 -43 11.1     20.4     B0-2III-Ve 89 0
28 4U 0836-42 LXB 08 37 23.6 -42 54 02           ~ 63 0
29 HD 74194 HXB 08 40 47.7915105936 -45 03 30.231146034 7.05 7.77 7.55 8.70   O8.5Ib-II(f)p 176 0
30 V* GP Vel HXB 09 02 06.8610736194 -40 33 16.896402010 6.85 7.37 6.87 6.31 6.05 B0.5Ia 1360 0
31 4U 0919-54 LXB 09 20 26.4814865475 -55 12 24.507988707 20.40 21.30 21.0     ~ 144 0
32 [KRL2007b] 84 HXB 10 09 46 -58 17.5     15.27     B0e 168 0
33 V* MM Vel HXB 10 13 36.4107940553 -45 04 32.555813596   14.84 14.71     G5V-M0V 183 0
34 WR 21a WR* 10 25 56.5023591737 -57 48 43.517827393     12.67     O2If*/WN5 80 0
35 LS 1698 HXB 10 37 35.3144388592 -56 47 55.866836619   12.00 11.48 11.38   B0III/V:e 94 0
36 2E 2336 HXB 10 50 08.93 -59 53 19.9           Be 373 0
37 WRAY 15-793 HXB 11 20 57.1736252056 -61 55 00.165172193 12.81 13.06 12.12     O9.5III/Ve 171 0
38 V* V779 Cen HXB 11 21 15.0920367078 -60 37 25.627505233   14.4       O9III/Veq 989 0
39 HD 306414 s*b 11 21 46.8237210288 -59 51 47.969821291 10.12 10.69 10.23 10.00   B1Ia 132 0
40 V* GU Mus HXB 11 26 26.5947467816 -68 40 32.888148788   13.60 13.3     K3V-K7V 669 1
41 HD 100199 HXB 11 31 06.9123810954 -62 56 48.929152927 7.33 8.147 8.17 8.98   B0/1(III)n(e) 87 0
42 UCAC2 4813819 HXB 11 44 00.2944630617 -61 07 36.482240268     13.4     B2III/B0V 44 0
43 1E 1145.1-6141 HXB 11 47 28.5595495558 -61 57 13.424380577   13.08       B2Iae 123 0
44 HD 102567 Be* 11 48 00.0214627917 -62 12 24.900348094 8.24 9.06 9.00 9.62   O/Bne 287 0
45 4U 1210-64 HXB 12 13 05 -64 55.0   18.1   16.3   B2V 35 0
46 V* BP Cru HXB 12 26 37.5607088371 -62 46 13.259605389   12.70 10.66     B1.5Iaeq 596 0
47 4U 1246-58 LXB 12 49 39.364 -59 05 14.68   19.24 18.99     ~ 77 0
48 V* GR Mus LXB 12 57 37.153 -69 17 18.98   19.40 19.1     ~ 240 0
49 V* V850 Cen HXB 13 01 17.0966951298 -61 36 06.636402972   15.6       B2Vne 268 0
50 [KRL2007b] 129 Psr 13 01 58.7203639191 -63 58 08.830169485           O9V/B1III 50 0
51 CPD-63 2495 HXB 13 02 47.6541729595 -63 50 08.625922862 10.34 10.72 9.98 10.03   O9.5Ve 663 1
52 4U 1323-62 LXB 13 26 36.31 -62 08 09.9           ~ 162 0
53 4U 1416-62 HXB 14 21 12.8 -62 41 54   17.9 17.2     B1Ve 121 0
54 [KRL2007b] 157 HXB 14 33 06.2 -61 12 23           BIII/BV 21 0
55 V* V822 Cen LXB 14 58 21.9350279092 -31 40 07.515505032 11.95 12.85 12.8     K3-K7V 503 0
56 V* BR Cir HXB 15 20 40.85 -57 10 00.1   21.4 21.4     ~ 713 1
57 V* KY TrA LXB 15 28 16.97 -61 52 57.8   17.5       ~ 99 0
58 V* QV Nor HXB 15 42 23.3633078550 -52 23 09.576918639   16.3 14.5     B0.2Ia:e 369 1
59 [KRL2007b] 171 HXB 15 44 02 -56 42.7           Be? 51 0
60 V* IL Lup HXB 15 47 08.2766679321 -47 40 10.284971214   15.50 14.9     A2V 409 1
61 V* QU TrA LXB 15 47 54.6 -62 34 06           ~ 127 0
62 V* V381 Nor HXB 15 50 58.6520652623 -56 28 35.309070422   17.95 16.6     K3III 1004 0
63 2S 1553-542 HXB 15 57 49.00 -54 24 54.0           Be 95 0
64 V* LU TrA LXB 16 01 02.3 -60 44 18 18.35 19.05 18.6     ~ 79 0
65 V* QX Nor LXB 16 12 43.0 -52 25 23           ~ 818 1
66 IGR J16195-4945 HXB 16 19 32.1829528980 -49 44 30.564960595   17.4 16.8 15.3 15.6 B1sg 47 0
67 V* V818 Sco LXB 16 19 55.0688745859 -15 38 25.019920749 11.60 12.40 11.1     Oev 1522 0
68 CXOU J162046.2-513006 HXB 16 20 46.2655398336 -51 30 06.046848280   18.9   16.28 13.4 B8IIIe 56 0
69 SWIFT J1626.5-5156 HXB 16 26 36.5197160119 -51 56 30.599836308       16.03 14.59 B0V 63 0
70 NAME Big Dipper LXB 16 28 05.5318316228 -49 12 40.011030945           ~ 206 0
71 2MASS J16281083-4838560 HXB 16 28 10.83 -48 38 56.1           OBsg 31 1
72 CXO J162912.8-460250 LXB 16 29 15 -46 04.6           ~ 9 0
73 IGR J16318-4848 HXB 16 31 48.3102815892 -48 49 00.664215918           ~ 155 0
74 3FHL J1631.6-4756e HXB 16 32 01.87 -47 52 28.3           O8I 142 3
75 V* KZ TrA LXB 16 32 16.79 -67 27 39.3 17.40 18.60 18.5     ~ 522 1
76 X Nor X-1 LXB 16 34 01.610 -47 23 34.80           ~ 410 0
77 V* V801 Ara LXB 16 40 55.5 -53 45 05 17.50 18.20 17.5     ~ 780 1
78 2MASS J16415078-4532253 HXB 16 41 50.7854893198 -45 32 25.452141297           O8.5(sg?) 91 2
79 4U 1642-45 LXB 16 45 47.7 -45 36 40           ~ 377 1
80 2MASS J16463526-4507045 HXB 16 46 35.2592332854 -45 07 04.609816032   15.2       O9.5Ia 87 1
81 2MASS J16480656-4512068 HXB 16 48 06.56 -45 12 06.8           O8.5Iab 119 2
82 2MASS J16492695-4349090 HXB 16 49 26.95 -43 49 09.0           B0.5Ib 45 0
83 V* V1033 Sco HXB 16 54 00.137 -39 50 44.90   15.20 14.2 16.14   F5IV 1682 1
84 V* HZ Her LXB 16 57 49.8110797681 +35 20 32.487435684 11.90 14.89 13.63 13.88   B3/6ep 1905 0
85 NAME OAO 1657-41 HXB 17 00 48.884 -41 39 21.46           Ofpe/WN9 208 0
86 [KRL2007b] 214 LXB 17 00 58.46 -46 11 08.6           ~ 200 0
87 V* V2134 Oph LXB 17 02 06.54 -29 56 44.1 18.35 18.75 18.3     ~ 322 0
88 V* V821 Ara HXB 17 02 49.3810714542 -48 47 23.163091737 16.20 16.30 15.5     ~ 1726 0
89 HD 153919 HXB 17 03 56.7728262865 -37 50 38.912077679 6.06 6.78 6.51 6.08 5.90 O6Iafcp 749 1
90 V* V1101 Sco LXB 17 05 44.4915929414 -36 25 23.049863107   20.10 18.6     ~ 405 0
91 X Ara X-1 LXB 17 06 15.314 -43 02 08.69           ~ 234 1
92 V* V934 Her LP* 17 06 34.5143100938 +23 58 18.652285813 11.20 9.16 7.62     M2III 116 0
93 V* V2107 Oph HXB 17 08 14.520 -25 05 30.15   16.50 15.9     K3V-K7V 211 1
94 4U 1705-32 LXB 17 08 54.40 -32 18 57.5           ~ 50 0
95 4U 1705-44 LXB 17 08 54.470 -44 06 07.35           ~ 352 0
96 [KRL2007b] 222 LXB 17 09 07.61 -36 24 25.7           ~ 203 1
97 RX J1709.5-2639 LXB 17 09 34 -26 39.9           ~ 104 0
98 [KRL2007b] 225 LXB 17 10 12.3 -28 07 54           ~ 74 0
99 4U 1708-40 LXB 17 12 23.83 -40 50 34.0           ~ 57 0
100 [KRL2007b] 228 LXB 17 12 35 -37 39.0           ~ 63 0
101 1H 1715-321 LXB 17 18 47.40 -32 10 40.0           ~ 73 0
102 V* V2293 Oph LXB 17 19 36.930 -25 01 03.43   17.55 16.65     ~ 141 0
103 V* V1228 Sco LXB 17 19 58.990 -31 45 01.11           ~ 106 1
104 2MASS J17200591-3116596 HXB 17 20 05.91 -31 16 59.6           ~ 32 0
105 INTREF 776 LXB 17 23 38.7 -37 39 42           ~ 26 0
106 2XMM J172511.3-361658 HXB 17 25 11.392 -36 16 57.53           B0-1Ia 107 2
107 [KRL2007b] 238 LXB 17 25 25.50 -32 57 17.5           ~ 37 0
108 4U 1722-30 LXB 17 27 33.25 -30 48 07.4           ~ 233 1
109 V* V2216 Oph LXB 17 31 44.17 -16 57 40.9 16.40 17.10 16.8     ~ 261 1
110 NAME Slow Burster LXB 17 31 57.73 -33 50 02.5           ~ 752 1
111 V* V2116 Oph Sy* 17 32 02.1544831482 -24 44 44.125962969   20.78 18.4     M6IIIe 644 1
112 NAME Rapid Burster LXB 17 33 24.61 -33 23 19.8           ~ 375 2
113 KS 1731-260 LXB 17 34 13.46 -26 05 18.6       22.8 20.9 ~ 391 0
114 2MASS J17352361-3540128 HX? 17 35 23.610 -35 40 12.89       15.77 12.74 ~ 10 1
115 1RXS J173546.9-302859 LXB 17 35 46.88 -30 29 00.4           ~ 66 1
116 1ES 1735-26.9 LXB 17 38 17.12 -26 59 38.6           ~ 148 0
117 V* V926 Sco LXB 17 38 58.3 -44 27 00 16.90 17.70 17.5     ~ 425 0
118 AX J1739.1-3020 HXB 17 39 11.5521531365 -30 20 37.783172824   17.0 14.8     O8.5Iab(f) 141 0
119 [KRL2007b] 258 LXB 17 39 53.95 -28 29 46.8           ~ 73 0
120 2E 1737.5-2817 LXB 17 40 42.84 -28 18 08.5           ~ 70 0
121 V* V2606 Oph NL* 17 42 40.030 -27 44 52.70     23.2     ~ 111 0
122 NAME Great Annihilator LXB 17 43 54.83 -29 44 42.6           ~ 635 1
123 2EG J1746-2852 LXB 17 44 33.09 -28 44 27.0           ~ 479 0
124 KS 1741-293 LXB 17 44 51.63 -29 20 42.8           ~ 91 0
125 NAME Sgr A* X 17 45 40.03599 -29 00 28.1699           ~ 3342 3
126 NAME Gal Center reg 17 45 40.04 -29 00 28.1           ~ 11246 0
127 2E 3943 LXB 17 46 05.20 -29 30 53.3           ~ 189 1
128 NAME XTE J17464-3213 LXB 17 46 15.59637 -32 14 00.8600           ~ 579 0
129 2E 3944 LXB 17 46 21.09 -28 43 42.3           ~ 103 0
130 [KRL2007b] 275 LXB 17 47 02.60 -28 52 58.9           ~ 154 0
131 2XMM J174716.1-281047 LXB 17 47 16.17 -28 10 48.2           ~ 45 0
132 [KRL2007b] 277 LXB 17 47 18.06 -27 20 38.9           ~ 69 0
133 NAME Sgr B2 MoC 17 47 20.4 -28 23 07           ~ 1879 1
134 X Sgr X-1 LXB 17 47 56.0 -26 33 49           ~ 344 0
135 [KRL2007b] 281 LXB 17 48 13.148 -36 07 57.02     20.9     ~ 86 0
136 NGC 6440 GlC 17 48 52.67 -20 21 34.5   12.01 10.10     ~ 460 1
137 2XMM J174906.8-273232 HXB 17 49 06.79 -27 32 32.4           B1-3 41 0
138 2XMM J174912.3-272537 HXB 17 49 12.28 -27 25 37.4           B3 31 0
139 GRO J1750-27 HXB 17 49 12.969 -26 38 38.93           Be? 52 1
140 4U 1746-371 LXB 17 50 12.66 -37 03 08.2           ~ 181 1
141 NGC 6441 GlC 17 50 13.06 -37 03 05.2   9.26 8.00     ~ 753 0
142 SAX J1750.8-2900 LXB 17 50 24.42 -29 02 15.4           ~ 127 0
143 [KRL2007b] 291 LXB 17 51 13.49 -30 37 23.4           ~ 227 0
144 IGR J17544-2619 HXB 17 54 25.2724584579 -26 19 52.578788584   14.71 12.94 12.10 10.38 O9Ib 163 0
145 V* V4134 Sgr LXB 17 58 40.0 -33 48 27   19.20 18.5     ~ 159 0
146 [KRL2007b] 297 LXB 17 59 45.7 -22 01 39           ~ 59 1
147 4U 1758-25 LXB 18 01 09.7308941918 -25 04 44.128444504           ~ 611 1
148 2XMM J180112.4-254436 LXB 18 01 12.40 -25 44 36.1           ~ 359 1
149 X Sgr X-3 LXB 18 01 32.3 -20 31 44           ~ 218 1
150 IGR J18029-2016 HXB 18 02 39.9 -20 17 13           B1b 71 1
151 SRBY 3 MoC 18 04.2 -21 46           ~ 4 0
152 2S 1803-245 LXB 18 06 50.72 -24 35 28.6           ~ 70 0
153 [KRL2007b] 304 LXB 18 06 59.8 -29 24 30           ~ 196 0
154 SRBY 14 MoC 18 07.9 -20 19           ~ 4 0
155 V* V4580 Sgr LXB 18 08 27.54 -36 58 44.3   16.81 16.51     ~ 861 0
156 XTE J1810-189 LXB 18 10 20.86 -19 04 11.2           ~ 44 0
157 V* V4722 Sgr LXB 18 10 44.47 -26 09 01.2   21.5       ~ 79 0
158 V* V5512 Sgr LXB 18 14 31.55 -17 09 26.7           K5III 347 0
159 V* NP Ser LXB 18 16 01.389 -14 02 10.62   18.8       K 597 2
160 [KRL2007b] 312 LXB 18 17 43.537 -33 01 07.80           ~ 136 0
161 SAX J1818.6-1703 HXB 18 18 37.8990045305 -17 02 47.970872274     17.4 17.4   ~ 95 0
162 V* V4641 Sgr HXB 18 19 21.6342721789 -25 24 25.849323550     13.654   13.092 B9III 382 1
163 [KRL2007b] 314 HXB 18 20 29.5 -14 34 24           O9.5-B0Ve 55 1
164 2MASS J18211975-1318388 HXB 18 21 19.7677353711 -13 18 39.091923453           B0V-O9I 29 0
165 SRBY 59 MoC 18 22.9 -14 03           ~ 3 0
166 NGC 6624 GlC 18 23 40.51 -30 21 39.7           ~ 763 1
167 X Sgr X-4 LXB 18 23 40.57 -30 21 40.6   19.06 18.81     ~ 898 1
168 4U 1823-00 LXB 18 25 22.02 -00 00 43.0   23.00 22     ~ 81 0
169 V* V691 CrA LXB 18 25 46.8186056396 -37 06 18.529015318 14.30 15.20 15.1     ~ 398 0
170 V* V479 Sct HXB 18 26 15.0561532140 -14 50 54.249464136 12.02 12.23 11.27 11.04   ON6V((f))z 488 2
171 SRBY 80 MoC 18 28.6 -10 47           ~ 4 0
172 V* V4634 Sgr LXB 18 29 28.2 -23 47 49 18.90 19.40 19     ~ 285 0
173 SRBY 89 MoC 18 30.7 -09 35           ~ 4 0
174 SRBY 85 MoC 18 30.8 -09 56           ~ 4 0
175 X Sct X-1 HXB 18 35 25.8244599405 -07 36 50.413463588           ~ 67 0
176 NAME RX J1832-33 LXB 18 35 43.649 -32 59 26.77     18.9     ~ 83 1
177 NGC 6652 GlC 18 35 45.63 -32 59 26.6   10.64 9.75     ~ 340 1
178 SRBY 116 MoC 18 36.7 -07 29           ~ 5 0
179 SRBY 122 MoC 18 38.5 -06 31           ~ 4 0
180 SRBY 128 MoC 18 39.1 -06 19           ~ 5 0
181 V* MM Ser LXB 18 39 57.56 +05 02 09.6   19.2 19.2     ~ 317 0
182 [KRL2007b] 332 HXB 18 41 00.43 -05 35 46.5           B1Ib 115 1
183 SRBY 151 MoC 18 43.3 -04 10           ~ 4 0
184 SRBY 152 MoC 18 43.3 -03 50           ~ 5 0
185 SRBY 158 MoC 18 44.1 -03 29           ~ 4 0
186 [KRL2007b] 335 HXB 18 45 01.5 -04 33 58   16.24 14.06 12.71 11.42 O9Ia 77 0
187 2MASS J18453684+0051474 HXB 18 45 36.8356137141 +00 51 47.438374606     20.6     B0-2IV-Ve 103 0
188 SRBY 162 Mas 18 46 03.6 -02 39 26           ~ 31 1
189 SNR G030.8-00.0 SNR 18 47 32 -01 56.5           ~ 430 0
190 1A 1845-024 X 18 48 12 -02 25.6           ~ 4 0
191 IGR J18483-0311 HXB 18 48 17.2064881183 -03 10 16.876608322 23.702 25.162 21.884 17.888 15.88 B0.5Ia 108 0
192 EXO 1846-031 LXB 18 49 17.1 -03 03 44           ~ 56 0
193 SRBY 191 MoC 18 52.8 +00 54           ~ 4 0
194 NGC 6712 GlC 18 53 04.32 -08 42 21.5   9.85 8.69     ~ 462 0
195 4U 1850-086 LXB 18 53 04.89 -08 42 19.7 20.40 21.20 21.0     ~ 229 1
196 SRBY 193 MoC 18 53.5 +01 13           ~ 4 0
197 2MASS J18553040-0236167 HXB 18 55 30.4059836401 -02 36 16.737233178           B0Iaep 81 0
198 SRBY 201 MoC 18 55.9 +01 58           ~ 3 0
199 SRBY 206 MoC 18 58.1 +03 02           ~ 4 0
200 SRBY 214 MoC 19 04.8 +06 04           ~ 4 0
201 SRBY 217 MoC 19 07.2 +07 13           ~ 4 0
202 4U 1857+01 LXB 19 08 26.97 +00 10 07.7 20.50 21.00 20.5     ~ 123 0
203 [KRL2007b] 353 HXB 19 08 53.080 +09 23 04.84           ~ 85 0
204 4U 1907+09 HXB 19 09 37.9 +09 49 49   19.41 16.35 14.40 12.53 O8.5Iab 307 1
205 4U 1908+075 HXB 19 10 48.2141670291 +07 35 51.715745251           O7.5-9.5sg 103 0
206 V* V1333 Aql LXB 19 11 16.05 +00 35 05.8 15.00 15.40 14.8     ~ 1000 0
207 SS 433 HXB 19 11 49.5645897701 +04 58 57.824087535   16.3 13.0     A7Ib: 1909 3
208 INTEGRAL1 111 HXB 19 14 04.2269997048 +09 52 58.398334234   18.6 16.4     B0.5I 88 0
209 Granat 1915+105 LXB 19 15 11.54938 +10 56 44.7585           ~ 2250 0
210 V* V1405 Aql LXB 19 18 47.871 -05 14 17.09 20.90 21.40 21.0     ~ 437 0
211 2MASS J19493548+3012317 HXB 19 49 35.4840244577 +30 12 31.775034731   15.16 14.22 13.53 12.88 B0Ve 128 1
212 HD 226868 HXB 19 58 21.6758193269 +35 12 05.782512305 9.38 9.72 8.91 8.42   O9.7Iabpvar 3878 0
213 V* V1408 Aql LXB 19 59 24.0077707935 +11 42 29.856991417 18.40 18.97 18.95 18.70 18.66 ~ 165 0
214 2MASS J20002185+3211232 HXB 20 00 21.8553545166 +32 11 23.130273069   17.6   16.1   BV/BIII 27 0
215 V* QZ Vul HXB 20 02 49.58 +25 14 11.3   19.64 18.2     K3V-K6V 396 0
216 V* V404 Cyg HXB 20 24 03.820 +33 52 01.90 14.50 14.20 12.7     K0IV 1071 0
217 V* V2246 Cyg HXB 20 32 15.2744631713 +37 38 14.839930326   22.16 19.41 17.32 15.18 B0Ve 374 0
218 V* V1521 Cyg HXB 20 32 25.78 +40 57 27.9           WN4/5-6/7 1753 2
219 GRO J2058+42 HXB 20 58 47.5371693693 +41 46 37.180557326   15.97 14.74 14.74 13.35 O9.5-B0IV-Ve 58 0
220 GSC 03588-00834 HXB 21 03 35.7101268891 +45 45 05.568943629   15.34 14.20 13.49 12.75 B0Ve 146 0
221 4U 2129+12 LXB 21 29 58.3124 +12 10 02.670 14.50 15.70 15.8     ~ 301 1
222 V* V1727 Cyg LXB 21 31 26.2132551598 +47 17 24.514506031 16.75 17.05 16.4     ~ 229 0
223 V* V490 Cep HXB 21 39 30.6903601561 +56 59 10.421972716   15.2       B1.5Ve 127 1
224 V* V1341 Cyg LXB 21 44 41.1544523872 +38 19 17.065856122 15.00 15.13 14.68 15.00   A9III 1065 1
225 BD+53 2790 HXB 22 07 56.2368407539 +54 31 06.405811141 9.4 10.11 9.84 9.64 9.43 O9.5Vep 171 0
226 2E 4673 HXB 23 01 08.14 +58 52 44.5           ~ 578 1
227 NAME Galactic Ridge ? ~ ~           ~ 416 1
228 NAME Galactic Bulge reg ~ ~           ~ 3297 0

    Equat.    Gal    SGal    Ecl

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2020.02.17-20:09:26

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