Table 2: Same as Table 1 for the 12 $M_{\odot }$ models. The non-rotating model starts Ne-burning off-centre and the burning never reaches the centre. The unburnt Ne-O core is given by $M_{\rm {Ne-O}}$ .
Initial model properties

$M_{\rm {ZAMS}}$ 12 12

$\upsilon_{\rm {ZAMS}}$ 0 300

Lifetime of burning stages

$\tau_{\rm {H}}$ 1.56 (7) 2.01 (7)

$\tau_{\rm {He}}$ 2.08 (6) 1.58 (6)

$\tau_{\rm {C}}$ 6.47 (3) 6.09 (3)

$\tau_{\rm {Ne}}$ - 1.138

$\tau_{\rm {O}}$ - 4.346

End of calculation

$M_{\rm {total}}$ 11.524 10.199

$M_{\alpha}^{75}$ 3.141 3.877

$M_{\rm {CO}}^{\rm {int}}$ 1.803 2.258

$M_{\rm {CO}}^{01}$ 1.723 2.077

$M_{\rm {Si}}^{50}$ 0.805 1.340

$M_{\rm {Ne-O}}$ 0.096 -

**Table 2:** Same as Table 1 for the 12 $M_{\odot }$ models. The non-rotating model starts Ne-burning off-centre and the burning never reaches the centre. The unburnt Ne-O core is given by $M_{\rm {Ne-O}}$ .
Initial model properties
$M_{\rm {ZAMS}}$	12	12
$\upsilon_{\rm {ZAMS}}$	0	300
Lifetime of burning stages
$\tau_{\rm {H}}$	1.56 (7)	2.01 (7)
$\tau_{\rm {He}}$	2.08 (6)	1.58 (6)
$\tau_{\rm {C}}$	6.47 (3)	6.09 (3)
$\tau_{\rm {Ne}}$	-	1.138
$\tau_{\rm {O}}$	-	4.346
End of calculation
$M_{\rm {total}}$	11.524	10.199
$M_{\alpha}^{75}$	3.141	3.877
$M_{\rm {CO}}^{\rm {int}}$	1.803	2.258
$M_{\rm {CO}}^{01}$	1.723	2.077
$M_{\rm {Si}}^{50}$	0.805	1.340
$M_{\rm {Ne-O}}$	0.096	-

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