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Table 2.

Summary of progenitor and ejecta properties.

Model Mf R MHe, c MH, e Mej Vm Ve(H) M56Ni0 MCSM
[M] [R] [M] [M] [M] [Mm s−1] [Mm s−1] [M] [M]
x1p5 13.75 586.7 4.27 9.48 12.12 3.16 1.52 0.056 0.0
x2p0 13.48 582.2 4.24 9.24 11.87 3.19 1.52 0.036 0.0
x3p0 12.66 582.2 4.18 8.48 11.12 3.29 1.58 0.018 0.0
x4p0 10.89 610.5 4.07 6.82 9.35 3.59 1.99 0.024 0.0
x5p0 10.07 598.5 4.05 6.02 8.57 3.75 2.12 0.031 0.0
x6p0 9.09 633.0 4.05 5.04 7.57 3.99 2.47 0.020 0.0
x7p0 8.16 651.8 4.04 4.12 6.67 4.25 2.78 0.036 0.0
x8p0 7.22 658.5 3.99 3.23 5.80 4.56 3.36 0.007 0.0
x9p0 6.05 656.7 4.05 2.00 4.53 5.16 4.20 0.036 0.0
x1e1 4.96 680.8 4.05 0.91 3.36 5.99 5.83 0.022 0.0

x1p5 13.75 586.7 4.27 9.48 12.12 3.16 1.52 0.060 0.0
x1p5ext3 13.75 586.7 4.27 9.48 12.12 3.16 1.52 0.053 0.246

x3p0 12.66 582.2 4.18 8.48 11.12 3.29 1.58 0.018 0.0
x3p0ext1 12.66 582.2 4.18 8.48 11.12 3.29 1.74 0.018 0.022
x3p0ext2 12.66 582.2 4.18 8.48 11.12 3.29 1.77 0.018 0.049
x3p0ext3 12.66 582.2 4.18 8.48 11.12 3.29 1.75 0.018 0.213
x3p0ext4 12.66 582.2 4.18 8.48 11.12 3.29 1.84 0.018 0.496
x3p0ext5 12.66 582.2 4.18 8.48 11.12 3.29 1.83 0.018 0.937
x3p0ext6 12.66 582.2 4.18 8.48 11.12 3.29 1.76 0.018 1.973

Notes. All models start with the same mass of 15 M on the zero age main sequence. All ejecta have a kinetic energy of 1.2 × 1051 erg. Vm is equal to . Ve(H) corresponds to the innermost ejecta velocity above which the H mass fraction is greater than 0.3 (this depends both on the progenitor structure and the adopted mixing) (see Sect. 3 for discussion).

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