Table 3: Total energy release and masses of burning products at $t=5.0~{\rm s}$ for the simulations shown in Fig. 2.
$C_{{\rm e}}$ $E_{{\rm nuc}}~[10^{51}~{\rm erg}]$ $E_{{\rm kin}}~[10^{51}~{\rm erg}]$ $M_{{\rm Ni}}/M_{\odot}$ $M_{{\rm Mg}}/M_{\odot}$

$\rho_{9}^{\ast}=0.01$ 10² 0.985 0.478 0.523 0.201

$\rho_{9}^{\ast}=0.01$ $5\times 10^{3}$ 1.274 0.766 0.715 0.188

$\rho_{9}^{\ast}=0.01$ 10⁵ 1.165 0.657 0.647 0.184

$C^{\ast }=1.0$ 10² 1.095 0.587 0.545 0.293

$C^{\ast }=1.0$ $5\times 10^{3}$ 1.328 0.821 0.701 0.280

$C^{\ast }=1.0$ 10⁵ 1.246 0.738 0.645 0.286

**Table 3:** Total energy release and masses of burning products at $t=5.0~{\rm s}$ for the simulations shown in Fig. 2.
	$C_{{\rm e}}$	$E_{{\rm nuc}}~[10^{51}~{\rm erg}]$	$E_{{\rm kin}}~[10^{51}~{\rm erg}]$	$M_{{\rm Ni}}/M_{\odot}$	$M_{{\rm Mg}}/M_{\odot}$
$\rho_{9}^{\ast}=0.01$	10²	0.985	0.478	0.523	0.201
$\rho_{9}^{\ast}=0.01$	$5\times 10^{3}$	1.274	0.766	0.715	0.188
$\rho_{9}^{\ast}=0.01$	10⁵	1.165	0.657	0.647	0.184
$C^{\ast }=1.0$	10²	1.095	0.587	0.545	0.293
$C^{\ast }=1.0$	$5\times 10^{3}$	1.328	0.821	0.701	0.280
$C^{\ast }=1.0$	10⁵	1.246	0.738	0.645	0.286

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