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 $\tau _{\rm fin} = t/t_0$ .
M $T_{\rm ew}$ (keV) $L_{\rm j}$ (erg s^-1) $E_{\rm j}/E_{\rm th}$ $l_{\rm domain}$ (kpc) $l_{\rm domain}/R_{\rm vir}$ $n_{\rm domain}$ $\tau_{\rm fin}$

105 2 10⁴⁶ 0.068 819.2 0.55 2048 3.8

150 1 10⁴⁶ 0.39 819.2 0.77 2048 3.9

211 0.5 10⁴⁶ 2.2 744.5 1 1860 2

180 2 $5\times10^{46}$ 0.34 819.2 0.55 2048 2

255 1 $5\times10^{46}$ 1.9 819.2 0.77 2048 1.95

361 0.5 $5\times10^{46}$ 10.9 744.5 1 1860 0.85

**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 $\tau _{\rm fin} = t/t_0$ .
M	$T_{\rm ew}$ (keV)	$L_{\rm j}$ (erg s^-1)	$E_{\rm j}/E_{\rm th}$	$l_{\rm domain}$ (kpc)	$l_{\rm domain}/R_{\rm vir}$	$n_{\rm domain}$	$\tau_{\rm fin}$
105	2	10⁴⁶	0.068	819.2	0.55	2048	3.8
150	1	10⁴⁶	0.39	819.2	0.77	2048	3.9
211	0.5	10⁴⁶	2.2	744.5	1	1860	2
180	2	$5\times10^{46}$	0.34	819.2	0.55	2048	2
255	1	$5\times10^{46}$	1.9	819.2	0.77	2048	1.95
361	0.5	$5\times10^{46}$	10.9	744.5	1	1860	0.85

Source LaTeX | All tables | In the text

	1 Introduction
	2 The baseline model
	3 The simulations
	4 The energy balance
	5 Entropy evolution
	6 Hydrostatic equilibrium
	7 Tests on numerical resolution and jet parameters
	8 Discussion and conclusions
	References