2016A&A...586A..81H


Query : 2016A&A...586A..81H

2016A&A...586A..81H - Astronomy and Astrophysics, volume 586A, 81-81 (2016/2-1)

High-mass X-ray binaries in the Small Magellanic Cloud.

HABERL F. and STURM R.

Abstract (from CDS):

The last comprehensive catalogue of high-mass X-ray binaries in the Small Magellanic Cloud (SMC) was published about ten years ago. Since then new such systems were discovered, mainly by X-ray observations with Chandra and XMM-Newton. For the majority of the proposed HMXBs in the SMC no X-ray pulsations were discovered as yet, and unless other properties of the X-ray source and/or the optical counterpart confirm their HMXB nature, they remain only candidate HMXBs. From a literature search we collected a catalogue of 148 confirmed and candidate HMXBs in the SMC and investigated their properties to shed light on their real nature. Based on the sample of well-established HMXBs (the pulsars), we investigated which observed properties are most appropriate for a reliable classification. We defined different levels of confidence for a genuine HMXB based on spectral and temporal characteristics of the X-ray sources and colour-magnitude diagrams from the optical to the infrared of their likely counterparts. We also took the uncertainty in the X-ray position into account. We identify 27 objects that probably are misidentified because they lack an infrared excess of the proposed counterpart. They were mainly X-ray sources with a large positional uncertainty. This is supported by additional information obtained from more recent observations. Our catalogue comprises 121 relatively high-confidence HMXBs (the vast majority with Be companion stars). About half of the objects show X-ray pulsations, while for the rest no pulsations are known as yet. A comparison of the two subsamples suggests that long pulse periods in excess of a few 100s are expected for the ``non-pulsars'', which are most likely undetected because of aperiodic variability on similar timescales and insufficiently long X-ray observations. The highest X-ray variability together with the lowest observed minimum fluxes for short-period pulsars indicate that in addition to the eccentricity of the orbit, its inclination against the plane of the Be star circum-stellar disc plays a major role in determining the outburst behaviour. The large population of HMXBs in the SMC, in particular Be X-ray binaries, provides the largest homogeneous sample of such systems for statistical population studies.

Abstract Copyright:

Journal keyword(s): Magellanic Clouds - galaxies: stellar content - stars: emission-line, Be - stars: neutron - X-rays: binaries - catalogs

VizieR on-line data: <Available at CDS (J/A+A/586/A81): table5.dat>

Simbad objects: 181

goto Full paper

goto View the references in ADS

Number of rows : 181
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 RX J0032.9-7348 HXB 00 32 56.1 -73 48 19           ~ 14 0
2 XMMU J004208.0-734502 HXB 00 42 07.769 -73 45 03.44           ~ 9 1
3 XMMU J004315.8-732439 HX? 00 43 15.9 -73 24 39           ~ 2 0
4 XMMU J004500.2-734246 HX? 00 45 00.2 -73 42 47           ~ 2 0
5 SK 6 Em* 00 45 35.8586907528 -73 14 12.565751928 12.163 12.974 13.016   13.02 B2 16 0
6 RX J0045.6-7313 HXB 00 45 37.9 -73 13 54   18.3       Be 16 1
7 [MA93] 114 Em* 00 45 42.7 -73 13 43     17.2     ~ 6 0
8 [MA93] 172 HXB 00 47 23.3388222768 -73 12 27.370134648   15.85 15.85   16.00 B1-B1.5V 49 0
9 SXP 11.87 HXB 00 48 13.47 -73 22 03.1   14.54 14.66     ~ 13 0
10 OGLE J004814.06-732203.5 Be? 00 48 14.06 -73 22 03.5 13.96 14.90 15.02   15.25 ~ 4 0
11 SXP 25.5 HXB 00 48 14.1209478096 -73 10 03.933642936 15.06 15.56 15.30   15.51 B1.5e 26 1
12 MQS J004818.65-732100.1 QSO 00 48 18.6544401408 -73 21 00.134221356   16.43 16.57   16.69 ~ 10 0
13 [SG2005] SMC 40 HXB 00 48 33.4 -73 23 55     17.7     ~ 2 0
14 LIN 110 HXB 00 48 34.1207019888 -73 02 31.309413396 14.00 14.79 14.84 14.66 14.833 B1.5e 20 0
15 LIN 124 HX? 00 48 49.3187447328 -73 16 24.388849524   14.50 14.56   14.352 ~ 7 0
16 OGLE SMC720.11.013342 HXB 00 48 55.3601859864 -73 49 45.696652248   14.64 14.69     O9.5V 17 0
17 2MASS J00490253-7327043 HX? 00 49 02.5720331568 -73 27 04.219151400           ~ 2 0
18 RX J0049.0-7250 HXB 00 49 03.3 -72 50 52   17.01 16.92   16.68 B3:V 48 0
19 SXP 18.3 HXB 00 49 11.4583157496 -72 49 37.499240568 15.16 15.80 15.61 15.42 15.525 ~ 38 0
20 RX J0049.2-7311 HXB 00 49 13.6255324536 -73 11 37.869710892   16.52 16.51   16.21 B1e 46 1
21 CXOU J004922.2-732006 HX? 00 49 22.2 -73 20 06           ~ 2 0
22 [MA93] 300 HXB 00 49 29.848 -73 10 58.33 15.36 15.85 15.66 15.38   B1e 20 1
23 [MA93] 302 HXB 00 49 30.6276397872 -73 31 04.758499164   14.6 14.655   14.5 ~ 15 0
24 LIN 139 HXB 00 49 42.0078068952 -73 23 14.676382752 14.09 15.00 14.98   14.70 O9.5-B0.5III-V 70 0
25 CXOU J005004.4-731426 HX? 00 50 04.4 -73 14 26           ~ 2 0
26 SXP 214 HXB 00 50 11.2696971720 -73 00 25.972319016   15.22 15.33 15.47 15.47 B9(II) 15 0
27 [MA93] 341 HX? 00 50 12.4133237808 -73 11 56.442950268   15.47 15.31   15.099 ~ 4 0
28 CXOU J005035.5-731401 HX? 00 50 35.5 -73 14 01           ~ 2 0
29 [MA93] 374 HX? 00 50 36.1127114784 -73 17 39.610077000   15.69 15.61     ~ 3 0
30 V* DZ Tuc HXB 00 50 44.7079466208 -73 16 05.430164196 14.46 15.37 15.44   15.31 B0-B0.5V 73 0
31 [MA93] 393 HXB 00 50 47.6264758680 -73 32 38.843472156 14.96 15.64 15.61   15.42 B1-5(III)e? 12 0
32 CXOU J005047.8-731736 HX? 00 50 47.8 -73 17 36           ~ 2 0
33 SXP 292 HXB 00 50 47.9893238880 -73 18 18.049820796   15.352 15.303 15.30 15.087 B0 13 0
34 [MA93] 413 HXB 00 50 56.9992401408 -72 13 34.582439136   14.97 15.05     B0.5III-V 57 0
35 [MA93] 414 HXB 00 50 57.1198007064 -73 10 08.171604840   14.43 14.35     B0.5e 23 0
36 CXOU J005105.7-731312 HX? 00 51 05.7 -73 13 12           ~ 2 0
37 [MA93] 447 Em* 00 51 16.2196788072 -72 50 43.260621900     16.3     ~ 6 0
38 [MA93] 448 HX? 00 51 17.1110725632 -73 16 06.920455476   15.18 15.00   14.941 ~ 5 0
39 RX J0051.3-7250 HXB 00 51 18.93 -72 50 36.5           Be 10 0
40 XMMU J005133.2-733012 HX? 00 51 33.272 -73 30 12.22           ~ 2 0
41 SXP 4.78 HXB 00 51 38.7742234656 -72 17 04.796861748 14.63 15.66 15.63   15.44 B0V-B1Ve 47 0
42 RX J0051.7-7341 HXB 00 51 42.7 -73 41 51           ~ 5 0
43 XMMU J005146.1-730704 HX? 00 51 46.1 -73 07 04           ~ 2 0
44 LIN 193 HXB 00 51 52.0250520000 -73 10 34.140066780 13.39 14.38 14.45 14.24 14.28 O9.5-B0V 69 0
45 AzV 102 HXB 00 51 53.1358981896 -72 31 48.721904580 13.66 14.79 14.38   14.40 B0-5(II) 69 0
46 RX J0051.9-7255 HXB 00 51 54.20 -72 55 36.0           Be 10 0
47 XMMU J005156.7-734152 X 00 51 56.712 -73 41 52.33           ~ 2 0
48 [MA93] 521 Em* 00 51 59.8349464104 -72 55 23.257688916   15.08 15.4     Be 9 0
49 2MASS J00520059-7329255 HXB 00 52 00.6114898320 -73 29 25.666037340   15.18 15.18     O8V/B0III 11 0
50 LIN 198 HXB 00 52 05.6251611744 -72 26 04.228773036 13.86 14.91 14.91 14.91   B0-5(II)e 143 0
51 [MA93] 537 Em* 00 52 06.69 -72 20 44.6     17.0     ~ 10 0
52 CXOU J005207.5-722126 HXB 00 52 07.8 -72 21 26           ~ 3 0
53 SXP 82.4 HXB 00 52 08.9591015832 -72 38 03.307691544 14.33 15.15 15.23   14.83 B1-5(II)e 35 0
54 LIN 203 HXB 00 52 13.9956976512 -73 19 18.812945496   14.66 14.67   14.534 O9.5IIIe/B0Ve 81 0
55 OGLE SMC-SC6 99991 Be? 00 52 15.4016778096 -73 19 15.474869796   15.817 15.916   15.951 ~ 9 0
56 2MASS J00523620-7225173 HX? 00 52 36.2133413352 -72 25 17.425133364           ~ 2 0
57 LIN 210 HX? 00 52 37.2894027816 -72 27 32.424924384   14.90 15.0     ~ 6 0
58 NAME SMC G 00 52 38.0 -72 48 01   2.79 2.2     ~ 10392 1
59 AzV 129 * 00 52 38.6810243160 -72 21 03.500615016   14.07 14.19     B1 9 0
60 CXOU J005245.0-722844 HXB 00 52 45.0973434864 -72 28 43.786264152   14.55 14.65     O9/B0e 7 0
61 SXP 327 HXB 00 52 52.2273385944 -72 17 15.106259724 15.83 16.41 16.62 16.43 16.82 ~ 22 0
62 AzV 138 HXB 00 52 52.3001881056 -72 48 30.214927584 13.35 14.32 14.37   14.24 O2((f))+OBe 26 0
63 LIN 221 HXB 00 52 55.2656173752 -71 58 06.287817144 14.37 15.47 15.53   15.34 B0-B1III-V 47 0
64 XMMU J005259.4-725402 HX? 00 52 59.467 -72 54 02.14           ~ 3 0
65 CXOU J005314.6-721848 HX? 00 53 14.813 -72 18 47.62           ~ 3 0
66 XMMU J005318.5-721617 HX? 00 53 18.515 -72 16 17.60           ~ 2 0
67 RX J0053.4-7227 HXB 00 53 23.8589408040 -72 27 15.445929456 15.06 16.11 16.19   16.14 B1-B2IV-V 30 0
68 SXP 95.2 HXB 00 53 26.4 -72 49 16           ~ 17 1
69 LIN 242 HX? 00 53 29.3056107912 -72 33 48.345864732   14.63 14.62     ~ 5 0
70 CXOU J005331.8-721845 X 00 53 31.8 -72 18 45           ~ 2 0
71 XMMU J005334.6-720842 AG? 00 53 34.6 -72 08 42           ~ 2 0
72 OGLE J005342.19-725309.4 HXB 00 53 42.1994697120 -72 53 09.700517796   14.695 14.737   14.46 B0Ve 8 0
73 [MA93] 717 HXB 00 53 52.14 -72 26 38.9     13.7     ~ 5 0
74 SXP 144 HXB 00 53 53.0 -72 26 42           ~ 15 1
75 RX J0053.9-7226 HXB 00 53 55.181 -72 26 44.88   14.65 14.72     B1III 88 0
76 SXP 342 HXB 00 54 03.8561131320 -72 26 32.965087524 13.82 14.95 14.94 14.80 14.79 ~ 17 0
77 XMMU J005408.6-723207 HX? 00 54 08.7 -72 32 08           ~ 2 0
78 LHA 115-S 18 Em* 00 54 09.5410003368 -72 41 43.289017440 12.94 13.48 13.82   12.55 B[e] 80 0
79 CXOU J005419.2-722049 X 00 54 19.2 -72 20 49           ~ 2 0
80 XMMU J005425.9-715824 HX? 00 54 25.990 -71 58 24.09           ~ 2 0
81 [SG2005] SMC 36 HXB 00 54 32.2 -72 18 09     16.6     ~ 3 0
82 X SMC X-2 HXB 00 54 33.43 -73 41 01.3 13.77 16.40 16.38   14.67 O9.5III-V 121 0
83 [SG2005] SMC 41 HXB 00 54 41.1 -72 17 20     15.7     ~ 2 0
84 [MA93] 798 HXB 00 54 46.3702539288 -72 25 22.795778784 14.39 15.50 15.36   15.25 B1e 22 0
85 LIN 268 HXB 00 54 55.8845128080 -72 45 10.958407380 13.83 14.73 15.0 14.73   B1e 46 0
86 [MA93] 810 HXB 00 54 56.1754603176 -72 26 47.859057060 14.17 15.24 15.28   15.11 O9V 70 0
87 XMMU J005504.2-722231 AG? 00 55 04.224 -72 22 31.21           ~ 3 0
88 [SHP2012] J005507.25-720825.7 HX? 00 55 07.250 -72 08 25.70           ~ 3 0
89 [M2002] SMC 32449 HXB 00 55 07.8072783168 -72 22 41.078385588   14.19 14.29     B1.5III 7 0
90 RX J0055.2-7238 HXB 00 55 18.4407888192 -72 38 52.029653424   16.02 15.87     O9.5V 33 0
91 RX J0055.4-7210 HXB 00 55 27.746 -72 10 58.74           ~ 32 2
92 Gaia DR3 4689059652423009024 * 00 55 28.4615006136 -72 10 56.693035920   16.66 16.78     B2-B3IV-V 10 0
93 XMMU J005535.0-713340 HX? 00 55 35.0 -71 33 41           ~ 2 0
94 SXP 645 HXB 00 55 35.1438131544 -72 29 06.635018364 13.60 14.65 14.69 14.21 14.67 ~ 18 0
95 OGLE SMC105.7 15537 EB* 00 55 49.8361255008 -72 51 26.863490628   16.57 16.60 16.68 16.59 ~ 9 0
96 XMMU J005605.8-720012 HXB 00 56 05.481 -72 00 11.11           B2-B3Ve 5 1
97 [MA93] 904 HXB 00 56 05.5347974352 -72 21 59.452153740   15.84 15.88     B1V 31 0
98 2dFS 5088 Be* 00 56 13.8406873152 -72 30 00.914479236 13.49 14.53 14.52   14.38 B0.5V(Be-Fe) 12 0
99 LIN 301 HXB 00 56 14.6498456760 -72 37 55.371919332   14.618 14.568   14.219 B1-5(II) 14 0
100 [MA93] 928 Be* 00 56 17.88 -72 15 05.9 15.18 16.06 16.13   16.12 B2III-IV 6 0
101 [SG2005] SMC 38 HXB 00 56 18.853 -72 28 02.71     15.3     ~ 6 0
102 NGC 330 Cl* 00 56 20.59 -72 27 12.5 9.37 9.76 9.55   8.89 ~ 390 0
103 SXP 5.05 HXB 00 57 02.1884332608 -72 25 55.431870600 14.77 15.76 15.96   15.75 B0.5e 32 0
104 2dFS 1224 HXB 00 57 23.9556115104 -72 23 56.636867472 13.60 14.64 14.71   14.92 B1.5e 13 1
105 RX J0057.4-7325 HXB 00 57 27.000 -73 25 19.55 14.56 15.62 15.67 15.43 15.67 B3-B5Ib-II? 33 0
106 [MA93] 1020 HXB 00 57 36.0162576624 -72 19 34.056483744 14.89 15.95 15.97 15.79 15.791 B0/4e 40 0
107 [MA93] 1036 HXB 00 57 49.5745148088 -72 02 35.873596896   15.52 15.64     B0-B2III-V 53 0
108 [MA93] 1038 HXB 00 57 50.3868809664 -72 07 56.130650112 14.63 15.64 15.69   15.47 B1-2(Be-Fe) 40 0
109 LIN 327 Em* 00 57 56.9568028848 -71 56 20.569827444   14.53 14.9     ~ 6 0
110 RX J0057.9-7156 HXB 00 57 58.2 -71 56 26   17.1       ~ 9 0
111 SXP 7.92 HXB 00 57 58.4 -72 22 30           ~ 18 0
112 OGLE J005758.52-722228.7 * 00 57 58.5236957520 -72 22 28.983943560     15.794     ~ 2 0
113 RX J0058.2-7231 HXB 00 58 12.5869662000 -72 30 48.759613812 13.91 14.98 14.87   14.62 B0IIIe 59 0
114 RX J0059.2-7138 HXB 00 59 12.7444006824 -71 38 44.962383408   14.07 14.01 14.36   B1-B1.5II-III 81 0
115 SXP 202 HXB 00 59 21.0398312736 -72 23 17.305459368 13.81 14.96 14.97   15.07 B0-B1V 39 0
116 [MA93] 1147 HXB 00 59 28.6840366080 -72 37 04.202082408 14.55   15.31     B0-5(III)e 14 0
117 RX J0100.2-7204 HXB 01 00 15.752 -72 04 43.40   22.39 21.32     ~ 10 0
118 LIN 365 HXB 01 00 30.0419190960 -72 20 33.457757496   14.53 14.6     B1.5e 20 0
119 [SG2005] SMC 39 HX? 01 00 37.3 -72 13 17   16.62 16.7     B2V 6 0
120 OGLE SMC-SC9 32977 HX? 01 00 55.9686881352 -72 23 21.627129156   18.02 15.61   15.799 B1-5(III)e 6 0
121 [MA93] 1240 HXB 01 01 02.8880678424 -72 06 58.964665824   15.68 15.72 15.52   B0-B2III-V 46 0
122 [MA93] 1257 HXB 01 01 20.6635900032 -72 11 18.965108724 14.41 15.36 15.49   15.53 B0.5-B2IV-V 46 0
123 RX J0101.6-7204 HXB 01 01 29.80 -72 04 02.0   16.4 17.7     Be 16 0
124 [MA93] 1277 Em* 01 01 36.8929963272 -72 04 15.009765564   15.42 16.3     B1V 8 0
125 2XMM J010137.5-720419 QSO 01 01 37.52 -72 04 18.9     19.31   18.51 ~ 5 0
126 LIN 384 HXB 01 01 47.9034089160 -71 55 51.133004508 13.26 14.40 14.47   14.30 B0e 21 0
127 LIN 389 HXB 01 01 52.2957451944 -72 23 34.045082376 13.84 14.57 14.94 15.48 14.85 O9-B0III 37 0
128 AzV 285 HXB 01 01 55.8081003144 -72 32 36.404929536 12.72 13.93 14.02   14.01 O6.5-7.5Ve 16 0
129 XMMU J010155.8-721027 HX? 01 01 55.892 -72 10 27.89           ~ 2 0
130 AzV 294 HXB 01 02 06.6797731272 -71 41 16.119360960 13.54 14.52 14.60 15.20 14.42 B0-B0.5III-V 29 0
131 2XMM J010247.4-720449 HXB 01 02 47.5 -72 04 51           ~ 10 0
132 SXP 6.85 HXB 01 02 53.3180253744 -72 44 35.166214716   14.51 14.59     O9.5-B0IV-V 56 0
133 [MA93] 1367 HXB 01 03 13.9173060552 -72 09 14.258500452   14.70 14.79 15.0   B0.5IV-V 90 2
134 OGLE J010328.46-720653.6 EB* 01 03 28.5 -72 06 51   16.69 16.67   16.86 ~ 4 0
135 2dFS 1777 HX? 01 03 31.5097256352 -73 01 43.688390808 14.09 15.17 15.41   15.65 B0(V) 9 0
136 XMMU J010333.6-720417 HX? 01 03 33.6 -72 04 17           ~ 2 0
137 [MA93] 1393 HXB 01 03 37.5349856136 -72 01 33.204096336   14.54 14.65     B0III-V 65 0
138 XMMU J010338.0-720215 HX? 01 03 38.003 -72 02 15.49           ~ 2 0
139 NGC 376 Cl* 01 03 50.21 -72 49 33.5 10.83 11.16 10.90   10.17 ~ 52 0
140 XMMU J010355.0-724952 HX? 01 03 55.1 -72 49 53           ~ 2 0
141 SNR B0102-72.3 SNR 01 04 01.2 -72 01 52           ~ 377 1
142 [HFP2000] 264 X 01 04 29.3 -72 31 43           ~ 3 0
143 [M2002] SMC 59367 HXB 01 04 29.419 -72 31 36.54 14.52 15.38 15.45 15.51   B1V 11 0
144 [MA93] 1470 HXB 01 04 35.4414218664 -72 21 48.461878224 14.07 15.18 15.13   14.98 B1.5e 16 0
145 SXP 11.5 HXB 01 04 42.28 -72 54 03.7   14.81 14.81     O8.5-9.5IIIe 29 1
146 XMMU J010448.5-714541 HX? 01 04 48.5 -71 45 42           ~ 2 0
147 NAME SMC Bar PoG 01 05 -72.6           ~ 217 0
148 [MA93] 1506 Em* 01 05 02.5419373680 -72 10 56.214484680 14.57 15.57 15.64   15.65 B1-5(II)e 12 0
149 [MA93] 1517 Em* 01 05 07.6763630472 -72 11 49.381956276     15.7     ~ 6 0
150 RX J0105.1-7211 HXB 01 05 09.941 -72 11 47.00   15.62 15.63 18.3   B1-B2III-V 52 1
151 XMMU J010519.6-724939 AG? 01 05 19.686 -72 49 39.67           ~ 3 0
152 [MA93] 1557 HXB 01 05 55.4 -72 03 49 14.63 15.61 15.63 15.54   ~ 24 0
153 XMMU J010600.7-723303 HX? 01 06 00.779 -72 33 03.73           ~ 2 0
154 XMMU J010620.0-724049 AG? 01 06 19.4743718376 -72 40 46.634788344           ~ 3 0
155 [MA93] 1592 HXB 01 06 32.9764342128 -73 15 42.895355328   14.62 14.57 15.11 14.85 B0.5/1Ve 7 0
156 2E 0105.7-7251 HXB 01 07 09.9 -72 35 35   15.4 16.6     Be 13 0
157 SXP 65.8 HXB 01 07 12.6098206008 -72 35 33.884245680 14.72 15.52 15.64 15.5 15.73 B1-B1.5II-III 23 0
158 [MA93] 1640 HXB 01 07 43.4217378576 -71 59 53.946595104     16.3     B2IV-Ve 11 0
159 [MA93] 1641 HXB 01 07 44.2313511480 -72 27 41.104980828   15.402 15.482   15.255 ~ 13 0
160 [MCS2008] 206 AGN 01 07 44.51 -72 27 41.7   19.93 19.8     ~ 3 0
161 XMMU J010820.1-721347 HX? 01 08 20.2 -72 13 47           ~ 3 0
162 RX J0111.2-7317 HXB 01 11 08.5770101712 -73 16 46.308129384 14.40 15.42 15.52   15.29 B0.5-1Ve 71 0
163 XMMU J011503.5-732819 X 01 15 03.5 -73 28 19           ~ 2 0
164 SK 160 HXB 01 17 05.1457288392 -73 26 36.014808156 12.23 13.00 13.15   13.17 O9.7Ia+ 829 0
165 [MA93] 1845 HXB 01 17 40.1630558064 -73 30 50.523690888 13.30 14.14 14.18   14.09 B1-3(II)e 52 0
166 XMMU J011903.4-731221 AG? 01 19 03.497 -73 12 21.13           ~ 2 0
167 [MA93] 1867 HXB 01 19 39.0129715152 -73 30 11.585646468   15.77 15.8 15.99 15.54 B1.5-B2III-Ve 11 1
168 AzV 503 HXB 01 21 40.6223488848 -72 57 30.906717444   14.23 14.3     B0-5(II)e 38 0
169 RX J0123.4-7321 HXB 01 23 27.4174969608 -73 21 22.239773604 14.48 15.39 15.45 15.42 15.4 B1-3(III) 11 0
170 SXP 1062 HXB 01 27 45.9424650912 -73 32 56.376382920   14.32 14.36     B0.5(III)e 72 1
171 SXP 265 HXB 01 32 51.4609387944 -74 25 45.309455832           ~ 3 0
172 IGR J01572-7259 HXB 01 57 16.2115944744 -72 58 32.493128592   15.5   15.5   ~ 18 0
173 IGR J02048-7315 HX? 02 04 49.0 -73 15 27           ~ 2 0
174 [DI91] 286 HXB 02 06 45.1771801848 -74 27 47.607216840   14.95 15.00 15.09 14.81 B1III 8 0
175 RX J0209.6-7427 HXB 02 09 34.5371983752 -74 27 11.819042136     14.45     Be 29 0
176 IGR J02220-7558 HX? 02 22 01.0 -75 57 59           ~ 2 0
177 NAME Magellanic Clouds GrG 03 00 -71.0           ~ 6426 1
178 NAME Magellanic Bridge HI 03 11 -77.5           ~ 396 1
179 IGR J03144-7404 HX? 03 14 23.0 -74 04 23           ~ 2 0
180 NAME LMC G 05 23 34.6 -69 45 22     0.4     ~ 16281 1
181 SPH 3 TT* 07 21 52.4 -26 30 23           ~ 3 0

To bookmark this query, right click on this link: simbad:objects in 2016A&A...586A..81H and select 'bookmark this link' or equivalent in the popup menu


2022.10.06-14:56:31

© Université de Strasbourg/CNRS

    • Contact