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Table 2

Some model properties.

Tc,f τH τf Mf MHe − Core MCO − Core Ys,TAMS Ys,f log Xs,C log Xs,N log Xs,O log Jf jCO,f Mode
[108 K] [106 yr] [106 yr] [M] [M] [M] [erg s] [cm2   s-1]

m10vk00 16.53 24.76 26.11 10.00 2.76 2.08 0.24 0.24  −∞  −∞  −∞  −∞ 0.00 NE
m10vk02 12.76 25.14 26.58 10.00 2.64 2.00 0.25 0.30  −13.57  −11.67  −13.43 51.78 0.63 NE
m10vk04 12.37 25.84 27.41 9.84 2.35 1.78 0.29 0.32  −12.71  −10.85  −12.64 51.95 0.51 NE
m10vk06 12.38 32.79 34.27 9.41 2.60 1.95 0.36 0.38  −12.78  −10.95  −12.75 51.89 0.60 NE
m10vk08 11.15 34.20 35.76 9.11 2.40 1.80 0.35 0.38  −12.98  −11.15  −12.95 51.88 0.53 NE

m15vk00 13.28 13.64 14.35 15.00 5.26 3.65 0.24 0.24  −∞  −∞  −∞  −∞ 0.00 NE
m15vk02 22.93 14.58 15.28 15.00 5.31 3.72 0.27 0.27  −13.20  −11.07  −12.64 52.11 1.70 NE
m15vk04 18.89 15.81 16.52 14.45 4.76 3.44 0.31 0.31  −12.86  −10.76  −12.36 52.16 1.52 NE
m15vk06 14.71 24.08 24.68 11.51 11.51 9.46 0.96 0.42  −1.69  −2.64  −0.26 51.43 61.05 CHE

m20vk00 10.85 9.65 10.20 20.00 7.73 5.89 0.24 0.24  −∞  −∞  −∞  −∞ 0.00 NE
m20vk02 9.59 10.02 10.56 20.00 7.14 5.55 0.27 0.27  −12.47  −10.38  −11.98 52.34 3.11 NE
m20vk03 8.82 11.84 12.33 19.41 8.46 6.61 0.39 0.39  −11.45  −9.41  −11.05 52.23 4.02 NE
m20vk04 16.46 14.72 15.20 15.93 15.93 13.52 0.97 0.31  −0.78  −2.71  −0.29 51.71 101.61 CHE
m20vk06 13.35 15.79 16.30 15.19 15.19 12.40 0.97 0.36  −1.74  −2.76  −0.21 51.71 98.81 CHE

m30vk00 23.05 6.37 6.82 30.00 12.42 11.18 0.24 0.24  −∞  −∞  −∞  −∞ 0.00 NE
m30vk02 14.75 6.66 7.11 29.76 12.74 11.17 0.27 0.28  −11.64  −9.66  −11.31 52.56 7.07 NE
m30vk03 20.78 8.77 9.17 24.45 24.45 21.47 0.96 0.25  −1.62  −2.86  −0.14 52.03 153.40 CHE
m30vk04 19.13 9.10 9.51 23.45 23.45 20.31 0.97 0.28  −1.83  −2.89  −0.16 52.01 146.09 CHE
m30vk06 17.55 9.64 10.06 22.31 22.31 19.32 0.97 0.23  −1.61  −2.94  −0.13 51.97 142.41 CHE

m60vk00 12.79 3.88 4.22 60.00 30.14 28.49 0.24 0.24  −∞  −∞  −∞  −∞ 0.00 NE
m60vk02 11.74 4.45 4.76 56.42 37.78 35.32 0.59 0.62  −10.26  −8.32  −10.03 52.43 21.80 NE
m60vk03 19.79 4.82 5.14 46.79 46.79 42.85 0.97 0.15  −1.35  −3.70  −0.10 52.41 211.63 CHE
m60vk04 20.00 4.95 5.28 44.79 44.79 40.87 0.97 0.16  −1.34  −3.90  −0.11 52.39 209.16 CHE
m60vk06 20.40 5.19 5.52 42.11 42.11 38.49 0.97 0.17  −1.39  −3.86  −0.11 52.35 205.64 CHE

Notes. Each column has the following meaning. Tc: central temperature at the end of the calculation, τH: duration for core hydrogen burning, τf: evolutionary time from the beginning to the end of the calculation, Mf: final mass, MHe − Core: size of the helium core at the end of the calculation (the upper boundary is defined as the location where the hydrogen mass fraction becomes less than 0.01), MCO − Core: size of the carbon-oxygen core at the end of the calculation (the upper boundary is defined as the location where the helium mass fraction becomes less than 0.01), Ys,TAMS: surface helium mass fraction at the terminal age of the main sequence, Ys,f: surface helium mass fraction at the end of the calculation, Xs,C: surface carbon mass fraction at the end of the calculation, Xs,N: surface nitrogen mass fraction at the end of the calculation, Xs,O: surface oxygen mass fraction at the end of the calculation, Jf: total angular momentum at the end of the calculation, j3M,f: mean specific angular momentum of the innermost 3   M at the end of the calculation, jCO,f: mean specific angular momentum of the carbon-oxygen core at the end of the calculation. The different modes of evolution are indicated by NE (normal evolution), TE (transitionary evolution) and CHE (chemically homogeneous evolution), as defined in Sect. 3.

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