Table 1: Scaling assumptions for the analyzed clusters.
RXCJ D_l plate cluster center $kT_{\rm ew}$ r₅₀₀ other

name z Mpc scale RA, Dec keV Mpc names

kpc/ $^\prime$ FK5 (Eq.J2000)

0014.3-3022 0.3066 933 271 00:14:19.288 -30:23:07.41 $8.3\pm0.4$ 1.11 A2744, AC118

0043.4-2037 0.2924 903 263 00:43:24.446 -20:37:30.72 $6.8\pm0.4$ 1.01 A2813

0232.2-4420 0.2836 884 257 02:32:18.561 -44:20:48.40 $7.6\pm0.4$ 1.07

0307.0-2840 0.2578 825 240 03:07:02.084 -28:40:00.21 $6.6\pm0.3$ 1.01 A3088

0528.9-3927 0.2839 885 257 05:28:52.731 -39:28:24.82 $7.7\pm0.6$ 1.08

0532.9-3701 0.2747 864 251 05:32:56.043 -37:01:33.52 $7.8\pm0.6$ 1.09

0658-5557 0.2965 912 265 06:58:31.453 -55:56:16.74 $12.3\pm0.3$ 1.37 1ES0657-558

1131.9-1955 0.3075 935 272 11:31:55.742 -19:55:42.82 $7.4\pm0.5$ 1.05 A1300

2337.6+0016 0.2779 871 253 23:37:38.323 +00:16:05.07 $7.5\pm0.4$ 1.07 A2631

**Table 1:** Scaling assumptions for the analyzed clusters.
RXCJ		D_l	plate	cluster center	$kT_{\rm ew}$	r₅₀₀	other
name	z	Mpc	scale	RA, Dec	keV	Mpc	names
			kpc/ $^\prime$	FK5 (Eq.J2000)
0014.3-3022	0.3066	933	271	00:14:19.288 -30:23:07.41	$8.3\pm0.4$	1.11	A2744, AC118
0043.4-2037	0.2924	903	263	00:43:24.446 -20:37:30.72	$6.8\pm0.4$	1.01	A2813
0232.2-4420	0.2836	884	257	02:32:18.561 -44:20:48.40	$7.6\pm0.4$	1.07
0307.0-2840	0.2578	825	240	03:07:02.084 -28:40:00.21	$6.6\pm0.3$	1.01	A3088
0528.9-3927	0.2839	885	257	05:28:52.731 -39:28:24.82	$7.7\pm0.6$	1.08
0532.9-3701	0.2747	864	251	05:32:56.043 -37:01:33.52	$7.8\pm0.6$	1.09
0658-5557	0.2965	912	265	06:58:31.453 -55:56:16.74	$12.3\pm0.3$	1.37	1ES0657-558
1131.9-1955	0.3075	935	272	11:31:55.742 -19:55:42.82	$7.4\pm0.5$	1.05	A1300
2337.6+0016	0.2779	871	253	23:37:38.323 +00:16:05.07	$7.5\pm0.4$	1.07	A2631

Source LaTeX | All tables | In the text

	1 Introduction
	2 Analysis
	3 Results
	4 Discussion and summary
	References
	Online Material