Table 1: Main features of the models.
Model Ignition Ea $M \left(^{56}{\rm Ni}\right)$ $t_{\rm last}$ I $\Delta E^{{b}}$ $\Delta p^{{c}}$ $\Delta L^{{d}}$
    (1051 erg) ($M_{\odot}$) (s) (Time steps) (1051 erg) (109 $M_{\odot}$ cm s-1) (1017 $M_{\odot}$ cm2 s-1)
DDT3DA Central volume 0.75 0.54 7.9 7400 0.01 $4\times10^{-8}$ $2\times10^{-8}$
DDT3DB 30 bubbles 0.81 0.63 463. 21 200 -0.008 $1\times10^{-8}$ 10-8
a Final energy (gravitational+internal+kinetic) of the ejected mass at the last computed time, $t_{\rm last}$.
b Accumulated error in the total energy at the last computed model, after I time steps.
c Total momentum at the last computed model, normalized taking a characteristic velocity of the ejecta of 109 cm s-1.
d Total angular momentum at the last computed model, normalized taking a characteristic velocity of the ejecta of 109 cm s-1, and a characteristic radius of 108 cm.

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