2019MNRAS.486.4098I


C.D.S. - SIMBAD4 rel 1.7 - 2019.10.21CEST05:55:37

2019MNRAS.486.4098I - Mon. Not. R. Astron. Soc., 486, 4098-4113 (2019/July-1)

Wide binary companions to massive stars and their use in constraining natal kicks.

IGOSHEV A.P. and PERETS H.B.

Abstract (from CDS):

The origin of ultrawide massive binaries (orbital separations 103-2 x 105 au) and their properties are neither well characterized nor understood. Here we use the second Gaia data release to search for wide astrometric companions to Galactic O-B5 stars which share similar parallax and proper motion with the primaries. Using the data we characterize the frequency and properties of such binaries. We find an ultrawide multiplicity fraction of 4.4 ± 0.5 per cent, to our completeness limit (up to ≃17 mag; down to G-stars at distances of 0.3-2 kpc, excluding stars in clusters). The secondary mass-function is generally consistent with a Kroupa initial stellar function; if extrapolated to lower mass companion stars we then might expect a wide-binary fraction of ∼27±5 per cent. In addition we use these data as a verification sample to test the existence of ultrawide binaries among neutron stars (NSs) and black holes (BHs). We propose that the discovery of such binary can provide unique constraints on the weakest natal kicks possible for NSs/BHs. If a compact object is formed in an ultrawide binary and receives a very low natal kick, such a binary should survive as a common proper motion pair. We therefore use Gaia data to search for ultrawide companions to pulsars (normal and millisecond ones) and X-ray binaries. We find no reliable pairs. Future data could potentially provide stringent constraints through this method.

Abstract Copyright: © 2019 The Author(s) Published by Oxford University Press on behalf of the Royal Astronomical Society

Journal keyword(s): astrometry - stars: neutron - supernovae: general - X-rays: binaries

Status in Simbad:  being processed

Simbad objects: 181

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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 - 2019
#notes
1 HD 225190 * 00 04 21.2960727324 +54 16 28.525361502 7.13 7.70 7.79     B3V 23 0
2 PSR B0031-07 Psr 00 34 08.86 -07 21 53.4           ~ 267 0
3 BD+60 73 HXB 00 37 09.6358465128 +61 21 36.485521705 9.79 10.14 9.66     B1Ib 61 0
4 AX J0048.2-7309 HXB 00 48 14.0 -73 09 39     15.3     Be 8 0
5 SXP 4.78 HXB 00 51 38.7739800334 -72 17 04.797056212 14.63 15.66 15.63   15.44 B0V-B1Ve 34 0
6 NAME NGC 300 X-1 HXB 00 55 09.990 -37 42 12.16     22.44     WNE 99 1
7 PSR B0052+51 Psr 00 55 45.378 +51 17 24.97           ~ 35 0
8 * gam Cas Be* 00 56 42.5317 +60 43 00.265 1.18 2.29 2.39 2.32 2.40 B0.5IVpe 1122 2
9 PSR B0059+65 Psr 01 02 32.958 +65 37 13.40           ~ 38 0
10 PSR B0105+65 Psr 01 08 22.64 +66 08 34.0           ~ 64 0
11 EM* AS 14 HXB 01 15 59.0545903431 +59 09 14.210372542   11.79 11.36     B2 14 0
12 PSR B0136+57 Psr 01 39 19.744 +58 14 31.73           ~ 132 0
13 PSR B0144+59 Psr 01 47 44.6597 +59 22 03.216           ~ 49 0
14 BD+50 377 * 01 51 41.7786093928 +50 50 27.596570330   11.02 10.51     B5 1 0
15 PSR B0154+61 Psr 01 57 49.930 +62 12 25.90           ~ 104 0
16 2MASS J01581848+6713234 HXB 01 58 18.4910576029 +67 13 23.459737878 15.74 15.65 14.43 13.44 12.55 B2IVe+ 23 0
17 HD 237121 * 03 20 44.8052911479 +58 51 20.030504849 10.527 9.33 8.99     B0.5V 34 0
18 HD 20508 V* 03 20 53.5694725268 +60 01 49.266498132 9.986 8.75 8.41     B1.5IV 28 0
19 PSR B0320+39 Psr 03 23 26.618 +39 44 52.90           ~ 105 0
20 HD 21650 Em* 03 31 15.6787296829 +41 43 35.238468792   7.36 7.33     B5 28 0
21 PSR B0329+54 Psr 03 32 59.3462817079 +54 34 45.047901390           ~ 557 1
22 PSR J0337+1715 Psr 03 37 43.82589 +17 15 14.8280           ~ 61 0
23 TYC 3728-530-1 * 03 41 41.1578272773 +58 29 16.873630141 14.314 12.11 11.78     B5 4 0
24 HD 24190 SB* 03 52 18.9579246399 +34 13 19.610461532 6.84 7.46 7.45     B2V 81 0
25 PSR B0355+54 Psr 03 58 53.7165 +54 13 13.727           ~ 379 1
26 LB 3357 * 04 25 15.1247963357 -67 08 35.145038438     12.534     B2V 6 0
27 PSR J0437-47 Psr 04 37 15.7976203608 -47 15 08.536908257           DC 720 0
28 HD 282430 * 04 46 34.5903838377 +30 36 56.078977370   11.00 10.56     B5 3 0
29 PSR B0450+55 Psr 04 54 07.709 +55 43 41.51           ~ 143 0
30 2MASS J05065551-0321132 TT* 05 06 55.5165285839 -03 21 13.326596208 13.54 13.65 12.84 12.18 11.42 B3e 31 1
31 HD 33090 * 05 08 46.6188727694 +21 29 44.344681122   8.52 8.36     B5 17 0
32 HD 34921 HXB 05 22 35.2312215793 +37 40 33.640277173 6.78 7.64 7.48     B0IVpe 112 0
33 NAME LMC G 05 23 34.6 -69 45 22     0.4     ~ 14325 1
34 V* CM Tau Psr 05 34 31.93830 +22 00 52.1758           F 4710 1
35 HD 245770 HXB 05 38 54.5749436467 +26 18 56.839215267 9.30 9.84 9.39 8.77 8.30 O9/B0III/Ve 856 0
36 HD 248903 * 05 54 35.7461971367 +31 09 55.301282866   9.70 9.66     B3 9 0
37 HD 249179 HXB 05 55 55.0408711373 +28 47 06.429887265   10.11 10.00     B5ne 31 1
38 PSR B0559-05 Psr 06 01 58.9821 -05 27 50.560           ~ 75 0
39 HD 252532 * 06 09 54.9943649347 +22 30 01.320593993   11.52 11.68     B5 5 0
40 PSR B0613-02.0 Psr 06 13 43.9759 -02 00 47.228           ~ 192 1
41 PSR B0611+22 Psr 06 14 17.25 +22 30 37.4           ~ 233 0
42 HD 45677 Be* 06 28 17.4219761127 -13 03 11.130589443 7.86 8.52 8.50 8.11 8.01 B2IV/V[e] 299 0
43 PSR B0626+24 Psr 06 29 05.728 +24 15 43.30           ~ 88 0
44 PSR B0628-28 Psr 06 30 49.478 -28 34 43.13           ~ 260 0
45 HD 49798 HXB 06 48 04.7000758397 -44 18 58.432035331 6.758 8.017 8.287 8.391 8.543 sdO6 276 0
46 PSR B0656+14 Psr 06 59 48.183 +14 14 21.54   24.85 24.90     ~ 737 1
47 HD 52533 SB* 07 01 27.0485530401 -03 07 03.281136257 6.66 7.57 7.68     O8.5IVn 102 0
48 PSR B0727-18 Psr 07 29 32.351 -18 36 42.75           ~ 71 0
49 HD 63666 HXB 07 47 23.5848135213 -53 19 56.823858254   7.60 7.60     B7IV/V 25 0
50 PSR J0751+1807 Psr 07 51 09.1539 +18 07 38.335           ~ 243 1
51 V* V572 Pup HXB 08 12 28.3576629560 -31 14 52.138780764 12.14 13.03 12.74 12.44   B0.2IVe 59 0
52 PSR B0809+74 Psr 08 14 59.500 +74 29 05.70           ~ 355 0
53 PSR B0818-13 Psr 08 20 26.3670 -13 50 55.490           ~ 175 0
54 SS 188 HXB 08 26 13.6545166609 -37 37 11.871329102   13.47 12.33     OB 11 0
55 PSR B0823+26 Psr 08 26 51.4 +26 37 23           ~ 453 1
56 HD 74194 HXB 08 40 47.7915105936 -45 03 30.231146034 7.05 7.77 7.55 8.70   O8.5Ib-II(f)p 174 0
57 V* GP Vel HXB 09 02 06.8610736194 -40 33 16.896402010 6.85 7.37 6.87 6.31 6.05 B0.5Ia 1351 0
58 CD-49 4263 * 09 15 52.7894836956 -50 00 43.781933957 11.88 12.03 11.05 10.78   O7.5V((f)) 15 0
59 PSR B0919+06 Psr 09 22 14.008 +06 38 22.84           ~ 240 0
60 PSR B0950+08 Psr 09 53 09.3 +07 55 36           ~ 678 2
61 [KRL2007b] 84 HXB 10 09 46 -58 17.5     15.27     B0e 166 0
62 PSR J1012+5307 Psr 10 12 33.4341531837 +53 07 02.564526788     19.5     DA 308 1
63 PSR J1022+10 Psr 10 22 58.011 +10 01 52.85           ~ 170 2
64 PSR J1023+0038 LXB 10 23 47.6840307966 +00 38 41.006983532     17.31     GV 287 0
65 PSR J1024-0719 Psr 10 24 38.697 -07 19 19.07           ~ 176 0
66 LS 1698 HXB 10 37 35.3144388592 -56 47 55.866836619   12.00 11.48 11.38   B0III/V:e 91 0
67 WRAY 15-793 HXB 11 20 57.1736252056 -61 55 00.165172193 12.81 13.06 12.12     O9.5III/Ve 169 0
68 V* GU Mus HXB 11 26 26.5947467816 -68 40 32.888148788   13.60 13.3     K3V-K7V 668 1
69 HD 100199 HXB 11 31 06.9123810954 -62 56 48.929152927 7.33 8.147 8.17 8.98   B0/1(III)n(e) 86 0
70 PSR B1133+16 Psr 11 36 03.180 +15 51 09.62           ~ 593 0
71 UCAC2 4813819 HXB 11 44 00.2944630617 -61 07 36.482240268     13.4     B2III/B0V 44 0
72 V* BP Cru HXB 12 26 37.5607088371 -62 46 13.259605389   12.70 10.66     B1.5Iaeq 593 0
73 V* RT Cru Sy* 12 34 53.74 -64 33 56.0           ~ 76 0
74 V* V934 Cen LXB 12 36 08.1513117461 -33 44 46.105500706   9.47 7.85     M2III 10 0
75 PSR B1237+25 Psr 12 39 40.386 +24 53 49.87           ~ 399 0
76 PSR B1257+12 Psr 13 00 03.1075 +12 40 55.155           ~ 463 1
77 CPD-63 2495 HXB 13 02 47.6541729595 -63 50 08.625922862 10.34 10.72 9.98 10.03   O9.5Ve 655 1
78 PSR B1322+83 Psr 13 21 46.180 +83 23 38.92           ~ 53 0
79 PSR J1455-3300 Psr 14 55 47.9624 -33 30 46.360           ~ 106 1
80 PSR B1508+55 Psr 15 09 25.7 +55 31 33           ~ 260 1
81 PSR B1530+27 Psr 15 32 10.364 +27 45 49.40           ~ 94 0
82 PSR B1541+09 Psr 15 43 38.815 +09 29 16.50           ~ 175 0
83 V* IL Lup HXB 15 47 08.2766679321 -47 40 10.284971214   15.50 14.9     A2V 406 1
84 PSR B1556-44 Psr 15 59 41.535 -44 38 46.11           ~ 111 0
85 PSR J1600-3053 Psr 16 00 51.90403 -30 53 49.3190           ~ 112 0
86 PSR B1604-00 Psr 16 07 12.1034 -00 32 40.830           ~ 197 0
87 V* IS Nor ** 16 10 19.9952 -54 23 29.611   12.00 11.63 11.75   B4 4 0
88 PSR J1614-2230 Psr 16 14 36.5070 -22 30 31.207           ~ 250 1
89 CXOU J162046.2-513006 HXB 16 20 46.2655398336 -51 30 06.046848280   18.9   16.28 13.4 B8IIIe 56 0
90 HD 328064 * 16 21 30.6899170302 -45 05 17.206370978   10.44 10.30     B5 2 0
91 PSR B1620-09 Psr 16 23 17.676 -09 08 49.20           ~ 41 0
92 EM* VRMF 55 HXB 16 32 39.9394558656 -49 42 13.686750210     15     OB 10 0
93 PSR J1643-1224 Psr 16 43 38.15583 -12 24 58.7200           ~ 153 1
94 PSR B1642-03 Psr 16 45 02.0414 -03 17 58.320           ~ 315 0
95 HD 328907 * 16 48 40.7290020309 -44 35 59.914274618   10.09 9.76     B5 2 0
96 HD 329213 * 16 57 47.7627035052 -44 51 05.358388749 9.5 9.98 9.79     B3 13 0
97 CD-44 11306 * 16 57 47.8355327410 -44 49 11.690319229   11.42 11.10     B5: 4 0
98 V* HZ Her LXB 16 57 49.8110797681 +35 20 32.487435684 11.90 14.89 13.63 13.88   B3/6ep 1902 0
99 2MASS J17002524-4219003 HXB 17 00 25.244 -42 19 00.30   9.58 9.15     Be 31 1
100 PSR B1700-18 Psr 17 03 51.088 -18 46 15.80           ~ 44 0
101 HD 154538 Be* 17 08 31.5706865546 -49 28 03.944220178   8.76 8.62     B3V 15 0
102 PSR J1713+0447 Psr 17 13 49.53053 +07 47 37.5264           ~ 347 1
103 HD 155606 * 17 14 47.9906304545 -44 50 58.404420367   10.36 10.19     B5Ib 4 0
104 HD 157020 * 17 22 54.2895710423 -43 55 17.861749168   9.47 9.39     B3III/IV 5 0
105 HD 158724 * 17 32 24.9495726416 -36 41 54.127643814   8.49 8.47     B5 6 0
106 PSR J1732-5049 Psr 17 32 47.7671 -50 49 00.110           ~ 53 0
107 PSR J1738+0333 Psr 17 38 53.96317 +03 33 10.8390           ~ 108 1
108 AX J1739.1-3020 HXB 17 39 11.5521531365 -30 20 37.783172824   17.0 14.8     O8.5Iab(f) 141 0
109 PSR J1741+1351 Psr 17 41 32 +13 51.3           ~ 59 0
110 PSR J1744-1134 Psr 17 44 29.4103 -11 34 54.727           ~ 196 1
111 HD 162540 * 17 52 35.8046523109 -27 05 32.503569442   8.76 8.78     B5III 6 0
112 HD 162418 * 17 52 43.7628211456 -38 38 33.470297820 7.05 7.75 7.76 9.00   B2II 22 0
113 PSR B1753+52 Psr 17 54 22.92 +52 01 12.3           ~ 27 0
114 IGR J17544-2619 HXB 17 54 25.2724584579 -26 19 52.578788584   14.71 12.94 12.10 10.38 O9Ib 162 0
115 HD 163393 * 17 57 15.0199461305 -30 39 16.408233703   8.99 9.02     B5III 5 0
116 HD 164950 Em* 18 04 39.5829694155 -26 01 07.263765871   9.37 9.100     B3/5II 10 0
117 HD 312640 * 18 09 15.5452565853 -18 58 26.023034499   10.36 10.34     B5 2 0
118 HD 314057 * 18 13 49.0670684951 -21 03 52.856160757   9.1 10.69 9.40 9.40 B2.5V 3 0
119 HD 167474 * 18 16 08.2117047350 -16 50 39.573250114   9.27 9.22     B5II/III 3 0
120 V* V4641 Sgr HXB 18 19 21.6342721789 -25 24 25.849323550     13.654   13.092 B9III 375 1
121 PSR B1818-04 Psr 18 20 52.607 -04 27 38.12           ~ 186 0
122 V* V479 Sct HXB 18 26 15.0561532140 -14 50 54.249464136 12.02 12.23 11.27 11.04   ON6V((f))z 483 2
123 HD 170051 * 18 26 29.2213215052 +26 27 39.632799596 6.4 6.975 7.083     B2V 24 0
124 HD 169675 * 18 26 38.7368224359 -18 13 50.797815841   10.14 10.04     B5/7V 3 0
125 PSR B1831-03 Psr 18 33 41.914 -03 39 04.33           ~ 59 0
126 HD 171348 Be* 18 35 20.4718599797 -22 05 27.370493105 7.42 8.13 8.00 8.90   B2Vnne 45 0
127 PSR B1839+56 Psr 18 40 44.608 +56 40 55.47           ~ 85 0
128 PSR J1843-1113 Psr 18 43 41.2622 -11 13 31.052           ~ 39 0
129 [KRL2007b] 348 HXB 18 58 43 +03 26.3   19.63 18.01     Be? 66 0
130 PSR J1901-0906 Psr 19 01 53.015 -09 06 10.80           ~ 30 0
131 PSR J1903+0327 Psr 19 03 05.7937 +03 27 19.222           ~ 119 1
132 HD 177648 Be* 19 04 38.5047900504 +23 19 45.416015352 6.85 7.321 7.233     B2Ve 45 0
133 PSR J1909-3744 Psr 19 09 47.43788 -37 44 14.3240           ~ 187 2
134 PSR J1910+1256 Psr 19 10 09.7004 +12 56 25.528           ~ 54 1
135 V* V1333 Aql LXB 19 11 16.05 +00 35 05.8 15.00 15.40 14.8     ~ 988 0
136 HD 179126 * 19 11 20.0493641130 +00 42 56.566026753   9.18 8.82     B5III 5 0
137 PSR B1911+13 Psr 19 13 24.3574 +14 00 52.720           ~ 57 0
138 PSR J1918-0642 Psr 19 18 48.0363 -06 42 34.800           ~ 65 0
139 HD 344313 Be* 19 24 45.7713258315 +22 46 28.637032340 9.65 9.95 9.45     B2V:pe 34 0
140 HD 183058 V* 19 26 58.8718622882 +21 06 22.916571162 6.62 7.28 7.10     B5 23 0
141 PSR B1929+10 Psr 19 32 13.79 +10 59 33.2           ~ 682 0
142 V* V1671 Cyg Ro* 19 35 32.0098691225 +31 16 35.931218814 6.44 7.29 7.44     B2V 116 0
143 PSR B1935+25 Psr 19 37 01.2659 +25 44 13.680           ~ 44 0
144 HD 185418 * 19 38 27.4810594267 +17 15 26.046198639 7 7.639 7.485     B0.5V 113 0
145 HD 186363 * 19 43 52.5885189986 +00 49 05.102237541   9.28 9.17     B5/7III 4 0
146 4U 1954+31 HXB 19 55 42.3379574888 +32 05 49.039923678   12.02 9.97     M4/5III 99 0
147 HD 226609 * 19 55 47.1996307997 +38 13 51.388027523   10.53 10.34     B5 4 0
148 HD 226868 HXB 19 58 21.6758193269 +35 12 05.782512305 9.38 9.72 8.91 8.42   O9.7Iabpvar 3845 0
149 PSR B2003-08 Psr 20 06 16.367 -08 07 01.90           ~ 65 0
150 PSR B2016+28 Psr 20 18 03.9004752640 +28 39 54.932845661           ~ 326 0
151 PSR B2020+28 Psr 20 22 37.0671 +28 54 23.104           ~ 277 1
152 PSR B2021+51 Psr 20 22 49.8730 +51 54 50.233           ~ 237 1
153 [MT91] 213 Be* 20 32 13.1248987067 +41 27 24.343749507 13.12 13.08 11.266     B0Vp 199 0
154 PSR J2043+1711 Psr 20 43 20.8828 +17 11 28.941           ~ 67 1
155 PSR B2045-16 Psr 20 48 35.446 -16 16 43.00           ~ 281 0
156 PSR B2053+36 Psr 20 55 31.3552 +36 30 21.489           ~ 85 0
157 GRO J2058+42 HXB 20 58 47.5371693693 +41 46 37.180557326   15.97 14.74 14.74 13.35 O9.5-B0IV-Ve 57 0
158 GSC 03588-00834 HXB 21 03 35.7101268891 +45 45 05.568943629   15.34 14.20 13.49 12.75 B0Ve 145 0
159 PSR B2110+27 Psr 21 13 04.3895 +27 54 02.290           ~ 88 0
160 PSR B2111+46 Psr 21 13 24.2 +46 44 09           ~ 182 1
161 PSR J2124-3358 Psr 21 24 43.8464 -33 58 44.961           ~ 235 1
162 HD 235523 * 21 29 53.8293754071 +51 51 03.380137932   9.55 9.29     B5 2 0
163 V* V1727 Cyg LXB 21 31 26.2132551598 +47 17 24.514506031 16.75 17.05 16.4     ~ 227 0
164 PSR J2144-3939 Psr 21 44 12.10 -39 33 55.2           ~ 87 0
165 PSR B2145-07.8 Psr 21 45 50.47 -07 50 18.3           ~ 211 0
166 PSR B2148+63 Psr 21 49 58.59 +63 29 43.5           ~ 77 0
167 PSR B2154+40 Psr 21 57 01.840 +40 17 45.89           ~ 126 0
168 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
169 TYC 3986-3080-1 * 22 22 03.2781748985 +54 34 31.139125027   12.34 12.03     B5 2 0
170 PSR J2222-0137 Psr 22 22 05.96345 -01 37 15.6270           ~ 24 0
171 PSR B2223+65 Psr 22 25 52.36 +65 35 33.8           ~ 276 0
172 HD 213023A * 22 26 52.362 +63 43 04.87   9.729 9.047     O7.5Vz 4 0
173 4U 2238+60 HXB 22 39 20.8444678371 +61 16 26.607919757   16.26 14.80 13.89 12.92 Be 42 0
174 [D75b] Em* 22-115 Em* 22 54 03.7760650984 +58 54 01.550381081     12.6     B2e 6 0
175 HD 217086 Y*O 22 56 47.19030 +62 43 37.6487 7.88 8.30 7.66     O7Vnn((f))z 238 0
176 HD 217817 V* 23 02 25.1760093765 +59 51 09.652705591   6.964 6.994     B0 21 0
177 PSR B2303+30 Psr 23 05 58.324 +31 00 01.76           ~ 174 0
178 PSR B2310+42 Psr 23 13 08.5976 +42 53 12.987           ~ 115 0
179 HD 220598 * 23 24 43.3878514661 +36 21 43.829911601 6.12 6.89 7.02     B2V 23 0
180 PSR J2347-0612 Psr 23 46 50.454 -06 09 59.50           ~ 35 0
181 PSR B2351+61 Psr 23 54 04.724 +61 55 46.79           ~ 87 0

    Equat.    Gal    SGal    Ecl

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2019.10.21-05:55:37

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