Table 2: Parameters and results of the cluster models.
Model IMF $M_{\rm Nor}$ $\tau_1$ $\tau_2$ B $\nu$ IMLR $\frac{M_{\rm gal}}{L_{\rm tot}}$ $\frac{M_{\rm GW}}{M_{\rm gal}}$ $\frac{M_{\rm ICM}}{L_{\rm tot}}$ $\frac{X_{\rm Fe,ICM}}{X_{\rm Fe,\odot}}$ [O/Fe]

A PNJ 3.e13 0.15 2.6 0.13 0.31 0.0058 5.6 1.56 32.8 0.096 -0.061

AS Salpeter 3.e13 0.10 3.0 0.10 0.30 0.0013 7.1 0.72 38.8 0.019 -0.085

M1 PNJ 5.e12 0.10 2.3 0.15 0.08 0.0042 4.4 1.53 29.9 0.076 -0.064

A PNJ 3.e13 0.15 2.6 0.13 0.31 0.0058 5.6 1.56 32.8 0.096 -0.061

M2 PNJ 1.e14 0.10 0.9 0.80 0.25 0.0067 6.3 1.57 32.4 0.113 -0.058

M3 PNJ 3.e14 0.01 0.8 0.50 0.29 0.0074 7.0 1.58 35.7 0.114 -0.037

AfY PNJ( $z_{\rm for}=15$ ) 3.e13 0.10 3.4 0.09 1.50 0.0184 8.2 2.26 40.6 0.247 0.163

M2fY PNJ( $z_{\rm for}=15$ ) 1.e14 0.10 1.6 0.35 1.25 0.0215 9.4 2.29 39.2 0.299 0.164

Fig. 8 PNJ 3.e13 input GFH as in Fig. 8 0.0061 5.8 1.56 30.7 0.108 -0.060

**Table 2:** Parameters and results of the cluster models.
Model	IMF	$M_{\rm Nor}$	$\tau_1$	$\tau_2$	B	$\nu$	IMLR	$\frac{M_{\rm gal}}{L_{\rm tot}}$	$\frac{M_{\rm GW}}{M_{\rm gal}}$	$\frac{M_{\rm ICM}}{L_{\rm tot}}$	$\frac{X_{\rm Fe,ICM}}{X_{\rm Fe,\odot}}$	[O/Fe]
A	PNJ	3.e13	0.15	2.6	0.13	0.31	0.0058	5.6	1.56	32.8	0.096	-0.061
AS	Salpeter	3.e13	0.10	3.0	0.10	0.30	0.0013	7.1	0.72	38.8	0.019	-0.085
M1	PNJ	5.e12	0.10	2.3	0.15	0.08	0.0042	4.4	1.53	29.9	0.076	-0.064
A	PNJ	3.e13	0.15	2.6	0.13	0.31	0.0058	5.6	1.56	32.8	0.096	-0.061
M2	PNJ	1.e14	0.10	0.9	0.80	0.25	0.0067	6.3	1.57	32.4	0.113	-0.058
M3	PNJ	3.e14	0.01	0.8	0.50	0.29	0.0074	7.0	1.58	35.7	0.114	-0.037
AfY	PNJ( $z_{\rm for}=15$ )	3.e13	0.10	3.4	0.09	1.50	0.0184	8.2	2.26	40.6	0.247	0.163
M2fY	PNJ( $z_{\rm for}=15$ )	1.e14	0.10	1.6	0.35	1.25	0.0215	9.4	2.29	39.2	0.299	0.164
Fig. 8	PNJ	3.e13	input GFH as in Fig. 8	0.0061	5.8	1.56	30.7	0.108	-0.060

Source LaTeX | All tables | In the text