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Table C.1:

Cluster physical parameters.

Cluster 		R500 $Y_{\rm X}$ $Y_{\rm sph}(R_{2500})$ $Y_{\rm sph}(R_{500})$ P500 P0 c500 $\alpha$ $\gamma$ $\chi^2/{\rm d.o.f.}$
  (Mpc) $(10^{14}~{M_{\odot}}~\rm keV)$ $(10^{-5}~{\rm Mpc^2})$ $(10^{-5}~{\rm Mpc^2})$ $(10^{-3}~\rm keV~{\rm cm}^{-3})$          
RXC J0003.8+0203 0.879 $ 0.763\pm0.030$ $ 0.410\pm0.009$ $ 0.990\pm0.036$ 1.466 3.93 1.33 1.41 0.567 0.3/9
RXC J0006.6-3443 1.075 $ 2.35\pm0.13$ $ 1.030\pm0.050$ $ 3.06\pm0.16$ 2.292 3.27 1.10 1.41 0.408 0.0/1
RXC J0020.7-2542 1.056 $ 2.253\pm0.072$ $ 1.419\pm0.034$ $ 2.80\pm0.11$ 2.331 20.26 2.16 1.37 0.035 3.7/7
RXC J0049.4-2931 0.800 $ 0.477\pm0.022$ $ 0.277\pm0.010$ $ 0.630\pm0.037$ 1.254 8.58 1.31 1.07 0.422 0.2/4
RXC J0145.0-5300 1.112 $ 2.819\pm0.097$ $ 1.193\pm0.029$ $ 3.89\pm0.18$ 2.461 9.73 1.06 1.06 0.000 1.1/4
RXC J0211.4-4017 0.684 $ 0.203\pm0.006$ $ 0.101\pm0.003$ $ 0.267\pm0.010$ 0.902 8.97 1.04 0.93 0.267 3.0/6
RXC J0225.1-2928 0.683 $ 0.185\pm0.014$ $ 0.087\pm0.004$ $ 0.237\pm0.017$ 0.832 19.28 1.19 0.88 0.000 5.4/5
RXC J0345.7-4112 0.685 $ 0.188\pm0.009$ $ 0.109\pm0.003$ $ 0.227\pm0.009$ 0.836 3.68 1.65 1.67 0.690 1.1/7
RXC J0547.6-3152 1.148 $ 3.59\pm0.11$ $ 1.976\pm0.037$ $ 4.54\pm0.14$ 2.799 8.52 1.74 1.51 0.260 3.8/6
RXC J0605.8-3518 1.059 $ 2.285\pm0.070$ $ 1.264\pm0.025$ $ 3.13\pm0.14$ 2.338 4.23 0.88 0.96 0.659 1.1/6
RXC J0616.8-4748 0.947 $ 1.194\pm0.044$ $ 0.515\pm0.014$ $ 1.627\pm0.060$ 1.784 4.06 1.16 1.43 0.234 1.4/3
RXC J0645.4-5413 1.302 $ 7.291\pm0.248$ $ 3.60\pm0.11$ $ 9.93\pm0.47$ 3.722 11.10 0.94 0.89 0.265 2.5/5
RXC J0821.8+0112 0.753 $ 0.325\pm0.017$ $ 0.171\pm0.007$ $ 0.400\pm0.019$ 1.053 1.72 1.37 2.01 0.860 1.5/1
RXC J0958.3-1103 1.076 $ 2.64\pm0.25$ $ 1.72\pm0.11$ $ 3.42\pm0.40$ 2.553 4.13 1.77 2.07 0.719 0.0/3
RXC J1044.5-0704 0.939 $ 1.189\pm0.024$ $ 0.732\pm0.010$ $ 1.550\pm0.051$ 1.820 7.08 1.27 1.05 0.644 13.7/7
RXC J1141.4-1216 0.893 $ 0.879\pm0.018$ $ 0.491\pm0.007$ $ 1.199\pm0.046$ 1.597 4.42 1.08 1.08 0.652 15.3/6
RXC J1236.7-3354 0.758 $ 0.335\pm0.011$ $ 0.162\pm0.003$ $ 0.479\pm0.020$ 1.062 47.76 0.72 0.61 0.000 3.2/4
RXC J1302.8-0230 0.850 $ 0.625\pm0.020$ $ 0.305\pm0.007$ $ 0.800\pm0.039$ 1.349 3.63 1.09 1.21 0.519 14.8/6
RXC J1311.4-0120 1.351 $ 9.27\pm0.17$ $ 5.610\pm0.084$ $ 11.60\pm0.30$ 4.169 23.13 1.16 0.78 0.399 17.1/7
RXC J1516+0005 1.010 $ 1.689\pm0.050$ $ 0.927\pm0.013$ $ 2.211\pm0.083$ 2.035 4.48 1.52 1.65 0.474 4.1/5
RXC J1516.5-0056 0.932 $ 1.105\pm0.038$ $ 0.479\pm0.015$ $ 1.494\pm0.054$ 1.740 2.57 1.09 1.51 0.465 1.2/4
RXC J2014.8-2430 1.176 $ 4.133\pm0.097$ $ 2.293\pm0.056$ $ 5.59\pm0.23$ 2.971 4.94 0.75 0.82 0.684 8.8/7
RXC J2023.0-2056 0.740 $ 0.281\pm0.014$ $ 0.149\pm0.005$ $ 0.358\pm0.016$ 0.968 4.00 1.36 1.41 0.515 0.2/2
RXC J2048.1-1750 1.095 $ 2.782\pm0.084$ $ 1.104\pm0.024$ $ 3.73\pm0.12$ 2.542 4.34 1.33 1.76 0.000 10.7/3
RXC J2129.8-5048 0.903 $ 0.856\pm0.043$ $ 0.357\pm0.016$ $ 1.147\pm0.051$ 1.508 9.21 0.94 1.00 0.000 0.2/0
RXC J2149.1-3041 0.891 $ 0.864\pm0.024$ $ 0.429\pm0.009$ $ 1.135\pm0.051$ 1.585 9.96 0.71 0.71 0.446 3.3/6
RXC J2157.4-0747 0.753 $ 0.311\pm0.012$ $ 0.122\pm0.005$ $ 0.411\pm0.015$ 1.007 1.46 1.24 2.54 0.491 0.1/1
RXC J2217.7-3543 1.031 $ 2.023\pm0.050$ $ 1.079\pm0.021$ $ 2.611\pm0.077$ 2.260 27.70 1.18 0.81 0.133 0.2/5
RXC J2218.6-3853 1.147 $ 3.51\pm0.14$ $ 1.796\pm0.049$ $ 4.94\pm0.29$ 2.751 27.29 1.06 0.82 0.000 1.0/4
RXC J2234.5-3744 1.307 $ 7.22\pm0.17$ $ 4.300\pm0.075$ $ 8.82\pm0.25$ 3.647 25.04 2.01 1.23 0.000 10.6/5
RXC J2319.6-7313 0.793 $ 0.445\pm0.018$ $ 0.194\pm0.004$ $ 0.612\pm0.026$ 1.207 338.9 0.17 0.33 0.065 1.9/5

Notes. Columns (2), (3): R500 is the radius corresponding to a density contrast of 500, estimated iteratively from the $M_{500} - Y_{\rm X}$ relation (Eq. (2)), where $Y_{\rm X}=M_{\rm g,500}T_{\rm X}$ is the product of the gas mass within R500 and the spectroscopic temperature $T_{\rm X}$. Columns (4) and (5): spherically integrated Compton parameter within R2500 and R500, respectively. Column (6): P500 as defined by Eq. (5). Columns (7) to (10) give the best fitting GNFW parameters for the pressure profiles (Eq. (11)). The external slope parameter $\beta $ has been fixed to 5.49 (see text). Redshift z and $M_{\rm 500}$ values can be found in Table 1 of Pratt et al. (2010).


Source LaTeX | All tables | In the text

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