Table 1: Ignition density and maximum central temperature reached during the captures on ²⁴Mg and ²⁴Na, for several initial abundances of ²⁴Mg. The cases whose central densities are marked with an asterisk correspond to off-centre explosions. In all the calculations, the Ledoux convective criterion has been adopted.
X(²⁴Mg) $T_{\rm max,c}$ $\rho_{\rm ign,c}$

(10⁸ K) (10⁹ g cm^-3)

0.00 - 9.410

0.01 3.282 9.412

0.02 3.561 9.422

0.03 3.841 9.431

0.04 3.957 9.682

0.06 4.605 9.847

0.08 5.261 10.221

0.10 5.957 10.409

0.15 7.484 8.310 $^\star$

0.20 9.118 5.228 $^\star$

0.25 20.000 4.514

**Table 1:** Ignition density and maximum central temperature reached during the captures on ²⁴Mg and ²⁴Na, for several initial abundances of ²⁴Mg. The cases whose central densities are marked with an asterisk correspond to off-centre explosions. In all the calculations, the Ledoux convective criterion has been adopted.
X(²⁴Mg)	$T_{\rm max,c}$	$\rho_{\rm ign,c}$
	(10⁸ K)	(10⁹ g cm^-3)
0.00	-	9.410
0.01	3.282	9.412
0.02	3.561	9.422
0.03	3.841	9.431
0.04	3.957	9.682
0.06	4.605	9.847
0.08	5.261	10.221
0.10	5.957	10.409
0.15	7.484	8.310 $^\star$
0.20	9.118	5.228 $^\star$
0.25	20.000	4.514

Source LaTeX | All tables | In the text

	1 Introduction
	2 Input physics and initial model
	3 The effects of the abundance of ²⁴Mg
	4 Explosions induced by ¹²C
	5 Effects of the Urca pairs ²³Na-²³Ne and ²⁵Mg-²⁵Na
	6 Conclusions
	References