All Tables

Table 1: Parameters of the six simulations performed: Mach number M, emission weighted temperature of the ambient $T_{\rm ew}$ , jet power $L_{\rm j}$ , injected energy $E_{\rm j}/E_{\rm th}$ , size of the domain $l_{\rm domain}$ , size of the domain in unit of the virial radius $l_{\rm domain}/R_{\rm vir}$ , number of grid points $n_{\rm domain}$ and final time of the simulations $\tau _{\rm fin} = t/t_0$ .
Table 2: Parameters of the three test simulations performed: mach number M, density ratio $\nu = \rho _{\rm j}/\rho _0$ , kinetic jet power $L_{\rm j}$ , active phase $t_{\rm life}$ , number of grid points $n_{\rm domain}$ and final time of the simulations $\tau _{\rm fin} = t/t_0$ . All these simulations have as initial condition an atmosphere with $T_{\rm ew} = 0.5$ keV.
Table 3: Average energy per particle dissipated by jets of different power $L_{\rm j}$ in the three clusters characterized by $T_{\rm ew}$ = 0.5, 1, 2 kev. Reported are the average energy per particle dissipated inside the entire domain (first value) and inside the cluster core $R < r_{\rm s}$ (second value) at the end of the simulations.