SIMBAD references

2019MNRAS.485.5394K - Mon. Not. R. Astron. Soc., 485, 5394-5410 (2019/June-1)

Stellar binaries that survive supernovae.

KOCHANEK C.S., AUCHETTL K. and BELCZYNSKI K.

Abstract (from CDS):

The number of binaries containing black holes (BH) or neutron stars (NS) depends critically on the fraction of binaries that survive supernova (SN) explosions. We searched for surviving star plus remnant binaries in a sample of 49 supernova remnants (SNR) containing 23 previously identified compact remnants and three high-mass X-ray binaries (HMXB), finding no new interacting or non-interacting binaries. The upper limits on any main-sequence stellar companion are typically ≲0.2 M_☉and are at worst ≲3 M_☉. This implies that f < 0.1 of core-collapse SNRs contain a non-interacting binary, and f = 0.083 (0.032 < f < 0.17) contain an interacting binary at 90 per cent confidence. We also find that the transverse velocities of HMXBs are low, with a median of only 12 km s–1 for field HMXBs, so surviving binaries will generally be found very close to the explosion centre. We compare the results to a 'standard' StarTrack binary population synthesis (BPS) model, finding reasonable agreement with the observations. In particular, the BPS models predict that 6 per cent of initial binaries leave a star plus remnant binary, or 5 per cent of SNRs assuming an 84 per cent binary fraction.

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

Journal keyword(s): stars: binaries - stars: massive - supernovae: general

Status at CDS : Tables of objects will be appraised for possible ingestion in SIMBAD.

CDS comments: SNR G343.0-0.60 is not in Simbad (not enough information) // In table 3, the IDs Gaia DR2 620657678322625920 and 84497471323752064 are erroneous; they do not exist in Gaia DR2.

Simbad objects: 118

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2020.09.20-20:21:24

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