\begin{table}%t2 \caption{\label{Tab:sum2}Temporal behavior of the X-ray afterglow light curves in the case of $1\max\{\nu_{\rm c}^{\rm f},~\nu_{\rm m}^{\rm f}\}$ & $t^2$ & $t^{0}$\\ $t\max\{\nu_{\rm c}^{\rm r},~\nu_{\rm m}^{\rm r}\}$ & $t^{-3(2-p)/8}$ & $t^{0}$ \\ $tt_{\rm p}$ &$\nu_{_{\rm X}}>\max\{\nu_{\rm c}^{\rm f},~\nu_{\rm m}^{\rm f}\}$ & $t^{-(10+3p)/16}$ & ${t^{-(6+p)/8}}$ \\ $t>t_{\rm p}$ & $\nu_{\rm c}^{\rm f}<\nu_{_{\rm X}}<\nu_{\rm m}^{\rm f}$ & $t^{-(22-9p)/16}$ & ${t^{-(12-5p)/8}}$ \\ $t>t_{\rm p}$ & $\nu_{\rm m}^{\rm f}<\nu_{_{\rm X}}<\nu_{\rm c}^{\rm f}$ & ${t^{-(6+3p)/16}}$ & ${t^{-(8+p)/8}}$ \\[2pt] \hline Late FS emission (jet) & & & \\ $t>t_{\rm j}$ &$\nu_{_{\rm X}}>\max\{\nu_{\rm c}^{\rm f},~\nu_{\rm m}^{\rm f}\}$ & $t^{-(p+6)/4}$ & $t^{-(p+6)/4}$\\ $t>t_{\rm j}$ & $\nu_{\rm c}^{\rm f}<\nu_{_{\rm X}}<\nu_{\rm m}^{\rm f}$ & ${t^{(3p-10)/4}}$ & ${t^{(3p-10)/4}}$ \\ $t>t_{\rm j}$ & $\nu_{\rm m}^{\rm f}<\nu_{_{\rm X}}<\nu_{\rm c}^{\rm f}$ & $t^{-(p+6)/4}$ & $t^{-(p+6)/4}$ \\[2pt] \hline \end{tabular}} \medskip Note. Observationally the crossing time $t_\times$ marks the beginning of the late sharp decline, denoting such a timescale by $t_{\rm p}$. $t_{\rm j}$ is the jet break time. \end{table}