EDP Sciences logo
Subscriber Authentication Point
Search
Menu
Home All issues Volume 628 (August 2019) A&A, 628 (2019) A19 Full HTML
Free Access

Table B.1.

Summary table of our computed binary evolution models.

Model MCC, init Ṁwind Minit log(Linit) Teff; init log(ℒinit) Rinit YS; init Pinit tX LX; Edd LX; max Mfinal log(Lfinal) Teff; final log(ℒfinal) Rfinal YS; final Pfinal
[M⊙] [M⊙ yr−1] [M⊙] [L⊙] [kK] [ℒ⊙] [R⊙] [d] [kyr] [erg s−1] [erg s−1] [M⊙] [L⊙] [kK] [ℒ⊙] [R⊙] [d]
a1bh0 10 – 0.04 50.0 5.88 24 4.18 49 0.26 14.1 13 2.5 × 1039 1.9 × 1040 38.4 5.29 38 3.70 10 0.48 1.5
b1bh0 10 – 0.04 42.5 5.85 22 4.22 53 0.28 17.9 484 2.5 × 1039 7.5 × 1040 30.9 5.79 45 4.30 13 0.80 2.5
c1bh0 10 – 0.04 36.5 5.80 41 4.24 16 0.58 3.2 152 2.5 × 1039 7.9 × 1040 31.7 5.73 52 4.23 9 0.80 1.4
d1bh0 10 – 0.04 33.5 5.75 50 4.23 10 0.72 1.7 29 2.5 × 1039 8.0 × 1040 31.8 5.70 53 4.20 8 0.80 1.3
e1bh0 10 – 0.04 30.5 5.69 53 4.20 8 0.80 1.3 20 7.2 × 1038 7.2 × 1038 30.0 5.65 53 4.17 8 0.80 1.2
a1ns0 2 – 0.04 50.0 5.88 24 4.18 49 0.26 11.0 7 3.1 × 1038 4.2 × 1038 49.3 5.73 30 4.04 26 0.26 4.0
b1ns0 2 – 0.04 42.5 5.85 22 4.22 53 0.28 13.9 9 3.1 × 1038 1.5 × 1039 41.5 5.75 33 4.13 23 0.32 3.7
c1ns0 2 – 0.04 36.5 5.80 41 4.24 16 0.58 2.5 8 3.1 × 1038 5.6 × 1038 36.3 5.77 43 4.21 14 0.58 1.9
d1ns0 2 – 0.04 33.5 5.75 50 4.23 10 0.72 1.3 10 1.4 × 1037 1.4 × 1037 33.5 5.75 50 4.22 10 0.73 1.2
e1ns0 2 – 0.04 30.5 5.69 53 4.20 8 0.80 1.0 15 4.1 × 1036 4.1 × 1036 30.5 5.68 53 4.20 8 0.80 1.0
a2bh0 10 – 0.4 50.0 5.83 27 4.13 35 0.26 8.7 13 2.5 × 1039 3.0 × 1039 45.4 5.49 31 3.83 19 0.26 3.4
b2bh0 10 – 0.4 42.5 5.79 22 4.16 52 0.26 17.3 17 2.5 × 1039 2.8 × 1040 33.7 5.61 35 4.08 17 0.27 3.6
c2bh0 10 – 0.4 36.5 5.76 19 4.20 66 0.26 27.5 674 2.6 × 1039 4.9 × 1039 32.7 5.86 26 4.34 40 0.55 14.1
d2bh0 10 – 0.4 33.5 5.74 26 4.22 36 0.27 11.7 665 2.6 × 1039 4.5 × 1039 32.5 5.86 30 4.35 31 0.59 9.8
e2bh0 10 – 0.4 30.5 5.69 53 4.20 8 0.80 1.3 20 7.1 × 1038 7.1 × 1038 30.0 5.65 53 4.17 8 0.80 1.2
a2ns0 2 – 0.4 50.0 5.83 27 4.13 35 0.26 6.8 8 3.1 × 1038 3.1 × 1038 49.8 5.78 29 4.09 30 0.26 4.9
b2ns0 2 – 0.4 42.5 5.79 22 4.16 52 0.26 13.4 9 3.1 × 1038 3.1 × 1038 41.2 6.11 47 4.49 17 0.26 2.3
c2ns0 2 – 0.4 36.5 5.76 19 4.20 66 0.26 21.3 13 2.8 × 1038 2.8 × 1038 35.2 5.59 32 4.04 20 0.26 3.3
d2ns0 2 – 0.4 33.5 5.74 26 4.22 36 0.27 9.1 264 3.1 × 1038 2.5 × 1040 32.1 5.76 49 4.25 10 0.74 1.4
e2ns0 2 – 0.4 30.5 5.69 53 4.20 8 0.80 1.0 15 2.1 × 1036 2.1 × 1036 30.5 5.68 53 4.19 8 0.80 1.0
a2bhc 10 10−6 0.4 50.0 5.83 27 4.13 35 0.26 8.7 16 3.5 × 1038 3.5 × 1038 48.0 5.74 30 4.06 27 0.26 5.7
b2bhc 10 10−6 0.4 42.5 5.79 22 4.16 52 0.26 17.3 16 2.5 × 1039 3.9 × 1040 33.4 5.62 36 4.10 17 0.27 3.4
c2bhc 10 10−6 0.4 36.5 5.76 19 4.20 66 0.26 27.5 652 1.5 × 1039 1.5 × 1039 32.7 5.86 25 4.34 42 0.54 16.4
d2bhc 10 10−6 0.4 33.5 5.74 26 4.22 36 0.27 11.7 637 1.3 × 1039 1.2 × 1039 32.6 5.86 29 4.34 32 0.59 11.4
e2bhc 10 10−6 0.4 30.5 5.69 53 4.20 8 0.80 1.3 21 4.3 × 1038 4.3 × 1038 29.9 5.64 53 4.17 8 0.80 1.2
a2bhv 10 Vink 0.4 50.0 5.83 27 4.13 35 0.26 8.7 16 3.4 × 1038 3.3 × 1038 47.7 5.73 30 4.05 26 0.26 5.5
b2bhv 10 Vink 0.4 42.5 5.79 22 4.16 52 0.26 17.3 14 2.5 × 1039 1.2 × 1041 25.9 5.80 47 4.39 12 0.80 3.6
c2bhv 10 Vink 0.4 36.5 5.76 19 4.20 66 0.26 27.5 50 2.5 × 1039 4.8 × 1041 28.2 5.85 45 4.40 14 0.80 22.6
e2bhv 10 Vink 0.4 30.5 5.69 53 4.20 8 0.80 1.3 59 1.0 × 1038 4.7 × 1037 28.5 5.62 52 4.16 8 0.80 1.2
a2nsc 2 10−6 0.4 50.0 5.83 27 4.13 35 0.26 6.8 12 8.7 × 1037 8.5 × 1037 49.9 5.82 28 4.12 34 0.26 6.1
b2nsc 2 10−6 0.4 42.5 5.79 22 4.16 52 0.26 13.4 8 4.1 × 1038 4.1 × 1038 42.0 5.71 26 4.08 33 0.26 6.4
c2nsc 2 10−6 0.4 36.5 5.76 19 4.20 66 0.26 21.3 13 4.3 × 1038 3.9 × 1038 35.3 5.63 30 4.08 23 0.26 4.2
d2nsc 2 10−6 0.4 33.5 5.74 26 4.22 36 0.27 9.1 639 1.3 × 1039 5.3 × 1039 32.3 5.87 38 4.36 20 0.67 4.9
e2nsc 2 10−6 0.4 30.5 5.69 53 4.20 8 0.80 1.0 18 2.1 × 1038 2.1 × 1038 30.3 5.63 54 4.15 7 0.80 0.9
a2nsv 2 Vink 0.4 50.0 5.83 27 4.13 35 0.26 6.8 11 7.4 × 1037 7.1 × 1037 49.9 5.83 27 4.13 36 0.26 6.7
b2nsv 2 Vink 0.4 42.5 5.79 22 4.16 52 0.26 13.4 7 4.2 × 1038 4.0 × 1038 41.7 5.69 27 4.07 30 0.26 5.7
c2nsv 2 Vink 0.4 36.5 5.76 19 4.20 66 0.26 21.3 14 1.1 × 1039 6.2 × 1038 35.1 5.64 30 4.10 24 0.26 4.4
e2nsv 2 Vink 0.4 30.5 5.69 53 4.20 8 0.80 1.0 85 2.8 × 1037 8.3 × 1035 28.8 5.61 53 4.15 8 0.80 0.9
d2bh0 cons. 10 – 0.4 33.5 5.74 26 4.22 36 0.27 11.7 664 4.8 × 1039 4.8 × 1039 32.5 5.86 30 4.34 31 0.59 9.7
d2ns0 cons. 2 – 0.4 33.5 5.74 26 4.22 36 0.27 9.1 431 9.1 × 1039 9.1 × 1039 31.8 5.77 48 4.27 11 0.80 1.6

Notes. All models assume Eddington limited accretion and isotropic re-emission, except for the last two models, which are computed assuming conservative mass transfer. The first column indicates the name of the binary model (cf., Fig. 8), and Mcc, init is the initial mass of the compact companion. Ṁwind indicates the adopted wind mass loss recipe, measures the helium gradient within the donor star. M, L, and Teff refer to the donor’s mass, luminosity and effective temperature, and , R is the donor’s radius, YS is its surface helium abundance, P is the binary’s orbital period, tX is the X-ray lifetime, and LX,Edd and LX,max are the X-ray luminosities in the middle of the mass-transfer phase assuming Eddington limited accretion or conservative mass transfer onto the compact object, respectively (see text). Subscripts init and final refer to the times of the onset of mass transfer, and the end of the calculations, respectively.

Current usage metrics show cumulative count of Article Views (full-text article views including HTML views, PDF and ePub downloads, according to the available data) and Abstracts Views on Vision4Press platform.

Data correspond to usage on the plateform after 2015. The current usage metrics is available 48-96 hours after online publication and is updated daily on week days.

Initial download of the metrics may take a while.