\begin{table}%t7 
\caption{\label{parameterfits}The best-fit parameters for the 15 investigated CCT versus parameter. The parameters were fit to CCT = CCT$_{0}$ (${\rm parameter})^{\Gamma}$.}
\small
%\centerline
{
\begin{tabular}{l c c c c c c}
\hline
\hline
Parameter & $\Gamma$ & CCT$_{0}$       	   & $\Gamma$ & CCT$_{0}$           & $\Gamma$  & CCT$_{0}$ \\ 
          &  All     & All                 &  SCC~    & SCC~                & WCC+NCC~  & WCC+NCC~\\
          &          & $h_{71}^{-1/2}$~Gyr &          & $h_{71}^{-1/2}$~Gyr &           & $h_{71}^{-1/2}$~Gyr \\
(1) & (2) & (3) & (4) & (5) & (6) & (7) \\
\hline
$K_{0}/(100\; h_{71}^{-1/3}\;\rm{keV}\;\rm{cm}^2)$        &  1.085~$\pm$~0.036 & 4.3~$\pm$~0.6     &  0.843~$\pm$~0.109 & 2.7~$\pm$~0.8   &  1.278~$\pm$~0.073 & 3.9~$\pm$~1.3 \\
$\Sigma_{0}/(10^{-6}$ photons cm$^{-2}$ s$^{-1}$ arcsec$^{-2})$
                                                          & --0.894~$\pm$~0.061 & 2.6~$\pm$~0.3     &  0.991~$\pm$~0.737  						      &$\rm 0.090^{+0.110}_{-0.063}$ & --0.830~$\pm$~0.073 & 3.3~$\pm$~0.4 \\
$r_{\rm c}/(r_{500}$10$^{-2})$				  &  0.932~$\pm$~0.060 & 1.6~$\pm$~0.2     &  0.378~$\pm$~0.068 & 0.63~$\pm$~0.06 &  0.698~$\pm$~0.085 & 2.8~$\pm$~0.5 \\
$n_{0}/(10^{-2}\; h_{71}^{1/2}\;\rm{cm}^{-3})$            & --1.194~$\pm$~0.051 & 3.5~$\pm$~0.2     & --0.860~$\pm$~0.151 & 1.8~$\pm$~0.4   & --1.016~$\pm$~0.046 & 4.1~$\pm$~0.2 \\
$K_{\rm BIAS}/(100\; h_{71}^{-1/3}\;\rm{keV}\;\rm{cm}^2)$ &  0.975~$\pm$~0.062 & 4.7~$\pm$~1.2     &  0.501~$\pm$~0.081 & 1.5~$\pm$~0.3   &  1.314~$\pm$~0.166 & 4.4~$\pm$~3.3 \\
exp[Cooling Radius/(10$^{-2}$ $r_{\rm vir}$)]$^\dagger$   & --0.350~$\pm$~0.025 & 11.1~$\pm$~1.1    & --0.584~$\pm$~1.055  							      & $\rm 70.46^{+653.06}_{-70.45}$ & --0.336~$\pm$~0.026 & 12.2~$\pm$~1.0 \\
$(\dot{M}_{\rm Spec}$/$M_{500})$/(10$^{-14}$ $h_{71}$~yr$^{-1}$) 
		   & --0.598~$\pm$~0.121 & 1.5~$\pm$~0.4     & --0.996~$\pm$~1.313 & 0.78~$\pm$~0.33 & --0.404~$\pm$~0.163 & 4.0~$\pm$~0.9 \\
$(\dot{M}_{\rm Classical}$/$M_{500})$/(10$^{-14}$ $h_{71}^{-1}$~yr$^{-1}$)
					  & --0.816~$\pm$~0.742 & $\rm 1.1^{+2.3}_{-1.0}$ &  0.966~$\pm$~0.675 & $\rm 0.018^{+0.040}_{-0.016}$ & --0.280~$\pm$~0.163 & 4.1~$\pm$~1.3 \\
exp$[\alpha$]$^{\dagger}$                                 & --3.726~$\pm$~0.198 &  34~$\pm$~6       & --1.610~$\pm$~0.268 & 2.8~$\pm$~0.9   & --3.589~$\pm$~0.345 & 35~$\pm$~7  \\
$L_{\rm X}/(10^{32} h_{71}^{1/2}\; {\rm ergs}\; {\rm s}^{-1}\; {\rm keV}^{-1}\; {M}_{\odot}^{-1}) $ 
                                                          & --3.057~$\pm$~0.250 & 0.41~$\pm$~0.07   & --1.114~$\pm$~0.167 & 0.43~$\pm$~0.04 & --3.795~$\pm$~0.699 & 0.24~$\pm$~0.14 \\
exp[$T_{0}$/$T_{\rm vir}$]$^{\dagger}$	          &  4.931~$\pm$~0.365 & 0.043~$\pm$~0.013 & --0.102~$\pm$~0.290 & 0.76~$\pm$~0.10 &  5.047~$\pm$~2.421 & $\rm 0.041^{+0.099}_{-0.037}$ \\
exp[Slope of $T$-profile]$^{\dagger}$			  &  6.908~$\pm$~1.209 & 5.2~$\pm$~1.0     & --1.208~$\pm$~0.271 & 0.32~$\pm$~0.04 & 17.48~$\pm$~16.60  & 8.4~$\pm$~4.2 \\
exp[$T_{0}$(0.5-2.0 keV)/$T_{0}$(2.0-7.0 keV)]$^{\dagger}$          
                                                          & --3.469~$\pm$~3.389 & $\rm 28^{+75}_{-26}$ & --1.027~$\pm$~0.586 & 1.0~$\pm$~0.5   & --3.957~$\pm$~2.316 & $\rm 125^{+215}_{-64}$ \\
$M_{\rm gas}$/($10^{-3}$ $h_{71}^{-3/2}$ $M_{500}$)	  & --1.997~$\pm$~0.136 & 0.58~$\pm$~0.10   & 0.894~$\pm$~0.229  & 0.49~$\pm$~0.06 & --1.832~$\pm$~0.171 & 0.93~$\pm$~0.20 \\
$(\dot{M}_{\rm Spec2}$/$M_{500})$/(10$^{-14}$ $h_{71}$~yr$^{-1}$)
							  & --0.375~$\pm$~0.028 & 3.3~$\pm$~0.4     & --0.708~$\pm$~0.248 & 4.3~$\pm$~3.5   & --0.347~$\pm$~0.058 & 6.3~$\pm$~0.8 \\
$\Sigma_{0}/($kT$ 10^{-7}$ photons cm$^{-2}$ s$^{-1}$ keV$^{-1})$	  
							  & --0.892~$\pm$~0.039 & 5.5~$\pm$~0.4     & --0.630~$\pm$~0.221 & 2.5~$\pm$~1.6   & --0.914~$\pm$~0.063 & 5.7~$\pm$~0.4 \\
$M_{\rm gas}$/($10^{-4}$ $kT$ $M_{500}$ keV$^{-1}$)	  & --1.654~$\pm$~0.089 & 2.9~$\pm$~0.2     & --0.805~$\pm$~0.138 & 1.02~$\pm$~0.17 & --1.458~$\pm$~0.127 & 3.6~$\pm$~0.4 \\
\hline\end{tabular}}
%\smallskip
 \tablefoot{Columns:  (1)~the parameter name; (2)~the fitted slope ($\Gamma$) including all clusters; (3)~the fitted normalization (CCT$_{0}$) including all clusters; (4)~$\Gamma$~for the SCC~clusters; (5)~CCT$_{0}$ for the SCC~clusters; (6)~$\Gamma$ for WCC~and NCC~clusters and (7)~CCT$_{0}$ for the WCC~and NCC~clusters. \\
$^\dagger$For this parameter the fitting function was CCT = CCT$_{0}$ (exp$[{\rm parameter}]$)$^{\Gamma}$.}
\end{table}