Free Access

Table A.3

Iteration cycles for the wind from a rotating O5–V main-sequence star with Vrot = 300 km s-1 at the pole (see upper table) and at the equator (see lower tables) considering the stellar distortion and the effects of gravity darkening.

Step v log    v ∞,   fit β γ fit δ fit
no. [km s-1] [M/yr] [km s-1]

–1 2020 –5.500 1.0000
0 5815 –5.583 2298 0.8836 0.7672 0.5874 1.0009 1.0072 1.0182
1 4363 –6.078 3707 0.8154 0.6308 0.7506 1.0015 1.0090 1.0109
2 3164 –6.202 4231 0.8061 0.6123 0.8630 0.9978 1.0103 1.0118
3 2955 –6.137 3856 0.8277 0.6554 0.9134 0.9937 1.0104 1.0125
4 3371 –6.078 3633 0.8280 0.6559 0.8794 0.9982 1.0100 1.0127
5 3390 –6.098 3741 0.8181 0.6361 0.8646 0.9990 1.0100 1.0123
6 3080 –6.110 3725 0.8415 0.6830 0.9181 0.9930 1.0101 1.0122
7 3590 –6.080 3621 0.8345 0.6690 0.8870 0.9997 1.0099 1.0127
8 3493 –6.124 3857 0.8159 0.6318 0.8596 1.0001 1.0100 1.0123
9 3214 –6.136 3874 0.8191 0.6383 0.8873 0.9976 1.0102 1.0122
10 3251 –6.109 3785 0.8175 0.6350 0.8685 0.9977 1.0102 1.0124
11 3023 –6.099 3660 0.8431 0.6862 0.9255 0.9922 1.0101 1.0123
12 3263 –6.072 3502 0.8602 0.7205 0.9264 0.9933 1.0099 1.0128
13 3592 –6.087 3607 0.8534 0.7068 0.8978 0.9974 1.0098 1.0128
Step v log    v ∞,   fit β γ fit δ fit
no. [km s-1] [M/yr] [km s-1]

–1 4000 –6.000 1.1000
0 6210 –6.241 3761 0.9279 0.8558 0.6448 1.0022 1.0077 1.0161
1 5992 –6.509 6284 0.7568 0.5137 0.4524 1.0042 1.0096 1.0118
2 6342 –6.624 6825 0.6393 0.2787 0.4487 1.0051 1.0110 1.0110
3 1495 –6.704 5275 0.6231 0.2463 0.9999 1.0063 1.0115 1.0116
4 2085 –6.277 3789 0.6321 0.2642 0.5015 1.0024 1.0122 1.0123
5 2212 –6.122 3641 0.6521 0.3042 0.4549 0.9980 1.0105 1.0111
6 2422 –6.058 3451 0.6795 0.3590 0.4598 0.9965 1.0101 1.0109
7 2566 –6.057 3398 0.6984 0.3967 0.4858 0.9968 1.0099 1.0108
8 2776 –6.076 3544 0.6981 0.3962 0.4722 0.9987 1.0098 1.0108
9 2795 –6.116 3738 0.6854 0.3708 0.4600 1.0001 1.0099 1.0108
10 2500 –6.140 3752 0.6829 0.3658 0.4824 0.9983 1.0101 1.0109
11 3177 –6.111 3883 0.6557 0.3114 0.4021 1.0029 1.0101 1.0110
12 2303 –6.186 4011 0.6543 0.3086 0.4602 0.9991 1.0102 1.0107
13 2718 –6.105 3839 0.6464 0.2928 0.4014 1.0017 1.0102 1.0110
14 2380 –6.123 3823 0.6509 0.3018 0.4323 0.9993 1.0102 1.0107
15 2396 –6.082 3584 0.6720 0.3440 0.4563 0.9972 1.0101 1.0108
16 2671 –6.064 3533 0.6791 0.3581 0.4500 0.9994 1.0100 1.0109
17 2422 –6.094 3576 0.6986 0.3973 0.4875 0.9943 1.0100 1.0108
18 2833 –6.077 3537 0.6978 0.3956 0.4669 0.9992 1.0099 1.0110

Notes. The variable stellar and wind parameters at each iteration step until convergence. For the fixed stellar parameters L   (θ), Teff   (θ), R   (θ), M, and Γ   (θ) at the pole and the equator, respectively, see upper part of Table 3 (the first two columns) in Sect. 4. The line acceleration parameters γfit (or equivalently β), δfit and , and the terminal velocity v∞,   fit, were determined by (a simplified version of) fitting formula Eq. (71), applied to the results from a numerical calculation of the line acceleration at the pole (θ = 0) or at the equator (θ = π/2), respectively. The parameter (in the β velocity law, Eq. (64)) and the sonic radius are output values from ISA-Wind, whereas log    is the improved estimated mass-loss rate numerically obtained (by MC-Wind and Eq. (74)); see also description of the converging iteration process in Table A.1.

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.