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Table 4

Final color and surface properties of the computed models.

End of mass loss phase: Tc ≥ 109 K

MZAMS = 15 M MZAMS = 20 M
η ID R [ R ] log 10(L/L) log 10(Teff/ [ K ]) color η ID R [ R ] log 10(L/L) log 10(Teff/ [ K ]) color

0.1 V-dJ 911 5.06 3.55 RSG 0.1 V-dJ 992 5.27 3.58 RSG
V-NJ 911 5.06 3.55 RSG V-NJ 992 5.27 3.58 RSG
V-vL 927 5.06 3.54 RSG V-vL 996 5.27 3.58 RSG
K-dJ 914 5.06 3.55 RSG K-dJ 987 5.27 3.58 RSG
K-NJ 914 5.06 3.55 RSG K-NJ 989 5.27 3.58 RSG
K-vL 930 5.06 3.54 RSG K-vL 991 5.27 3.58 RSG


0.33 V-dJ 916 5.05 3.54 RSG 0.33 V-dJ 998 5.27 3.58 RSG
V-NJ 916 5.05 3.54 RSG V-NJ 999 5.27 3.58 RSG
V-vL 968 5.05 3.53 RSG V-vL 985 5.27 3.58 RSG
K-dJ 920 5.06 3.54 RSG K-dJ 998 5.27 3.58 RSG
K-NJ 921 5.06 3.54 RSG K-NJ 998 5.27 3.58 RSG
K-vL 959 5.06 3.54 RSG K-vL 991 5.27 3.58 RSG


1.0 V-dJ 895 5.02 3.54 RSG 1.0 V-dJ 950 5.28 3.59 RSG
V-NJ 896 5.02 3.54 RSG V-NJ 956 5.28 3.59 RSG
V-vL 630 5.02 3.62 YSG V-vL 672 5.28 3.67 YSG
K-dJ 947 5.05 3.54 RSG K-dJ 972 5.27 3.59 RSG
K-NJ 949 5.05 3.54 RSG K-NJ 976 5.27 3.58 RSG
K-vL 644 5.05 3.62 YSG K-vL 712 5.27 3.65 YSG

MZAMS = 25 M MZAMS = 30 M
η ID R [ R ] log 10(L/L) log 10(Teff/ [ K ]) color η ID R [ R ] log 10(L/L) log 10(Teff/ [ K ]) color

0.1 V-dJ 899 5.41 3.64 YSG 0.1 V-dJ 698 5.50 3.72 YSG
V-NJ 900 5.42 3.64 YSG V-NJ 697 5.51 3.72 YSG
V-vL 902 5.42 3.64 YSG V-vL 696 5.51 3.72 YSG
K-dJ 891 5.43 3.64 YSG K-dJ 705 5.53 3.72 YSG
K-NJ 891 5.44 3.65 YSG K-NJ 704 5.53 3.72 YSG
K-vL 893 5.43 3.64 YSG K-vL 708 5.52 3.72 YSG


0.33 V-dJ 926 5.42 3.63 YSG 0.33 V-dJ 670 5.54 3.73 YSG
V-NJ 924 5.41 3.63 YSG V-NJ 670 5.54 3.73 YSG
V-vL 932 5.42 3.63 YSG V-vL 675 5.55 3.73 YSG
K-dJ 896 5.42 3.64 YSG K-dJ 719 5.53 3.72 YSG
K-NJ 897 5.42 3.64 YSG K-NJ 717 5.52 3.71 YSG
K-vL 899 5.43 3.64 YSG K-vL 711 5.53 3.72 YSG


1.0 V-dJ 797 5.43 3.67 YSG 1.0 V-dJ 614 5.56 3.76 YSG
V-NJ 811 5.43 3.67 YSG V-NJ 628 5.56 3.75 YSG
V-vL 782 5.43 3.67 YSG V-vL 610 5.55 3.76 YSG
K-dJ 874 5.42 3.65 YSG K-dJ 755 5.54 3.71 YSG
K-NJ 878 5.42 3.65 YSG K-NJ 758 5.55 3.71 YSG
K-vL 857 5.42 3.65 YSG K-vL 723 5.53 3.72 YSG

MZAMS = 35 M
η ID R [ R ] log 10(L/L) log 10(Teff/ [ K ]) color


0.1 V-dJ 860 5.53 3.68 YSG
V-NJ 861 5.53 3.68 YSG
V-vL 920 5.52 3.66 YSG
K-dJ 726 5.59 3.73 YSG
K-NJ 730 5.59 3.73 YSG
K-vL 755 5.58 3.72 YSG

0.33 V-dJ 529 5.62 3.80 BSG
V-NJ 531 5.62 3.80 BSG
V-vL 569 5.61 3.79 YSG
K-dJ 539 5.62 3.80 BSG
K-NJ 541 5.62 3.80 BSG
K-vL 595 5.62 3.78 YSG

1.0 V-dJ-NL 258 5.53 3.94 WR
V-NJ-NL 255 5.66 3.97 WR
V-vL 398 5.66 3.88 BSG
K-dJ-NL 167 5.75 4.09 WR
K-NJ-NL 168 5.73 4.08 WR
K-vL 313 5.67 3.93 BSG
V-dJ-H 253 5.60 3.96 WR
V-NJ-H 260 5.65 3.97 WR
K-dJ-H 157 5.72 4.09 WR
K-NJ-H 158 5.72 4.09 WR

Notes. We follow the definitions of Georgy (2012) to classify models as RSGs, YSGs, or BSGs (see also text). WR stars have Xs ≤ 0.4, regardless of their surface temperature. The first and second columns indicate the wind efficiency and the mass loss algorithm combination, respectively. The WR stars are computed twice, once with the NL mass loss algorithm (see Sect. A.6) and once with the H algorithm (see Sect. A.7).

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