Table 1: Parameters of the seven simulations performed: Mach number M, density ratio $\nu =\rho _{\rm j}/\rho (0)$ , kinetic jet power $L_{\rm j}/L_{\rm k}=M^3\nu$ and final time of the simulation $\tau _{\rm fin}=t_{\rm fin}/t_0$ .
M $\nu$ L_j/L_k $\tau_{\rm fin}$

10 0.1 10² 1.38

60 0.001 $2.16 \times 10^2$ 1.22

60 0.01 $2.16 \times 10^3$ 0.49

60 0.1 $2.16 \times 10^4$ 0.15

120 0.001 $1.73 \times 10^3$ 0.76

120 0.01 $1.73 \times 10^4$ 0.25

120 0.1 $1.73 \times 10^5$ 0.07

**Table 1:** Parameters of the seven simulations performed: Mach number M, density ratio $\nu =\rho _{\rm j}/\rho (0)$ , kinetic jet power $L_{\rm j}/L_{\rm k}=M^3\nu$ and final time of the simulation $\tau _{\rm fin}=t_{\rm fin}/t_0$ .
M	$\nu$	L_j/L_k	$\tau_{\rm fin}$
10	0.1	10²	1.38
60	0.001	$2.16 \times 10^2$	1.22
60	0.01	$2.16 \times 10^3$	0.49
60	0.1	$2.16 \times 10^4$	0.15
120	0.001	$1.73 \times 10^3$	0.76
120	0.01	$1.73 \times 10^4$	0.25
120	0.1	$1.73 \times 10^5$	0.07

Source LaTeX | All tables | In the text