\begin{table}%t1
%%\centering
\par
\caption{\label{tab:BAT}BAT energy spectra (15--150~keV) in the seven distinct time intervals of the prompt emission.}
\par
\begin{tabular}{llllll}
\hline \hline\noalign{\smallskip}
\# & $T_{\rm start}$ &  $T_{\rm stop}$ &  $\Gamma$ & Fluence & $\chi^2$/d.o.f. \\
& (s) &   (s) & & ($10^{-7}$~erg~cm$^{-2}$) &\\
\hline 
1  & $0.00$ & $4.66$ & $1.97\pm0.29$ &    $1.0\pm0.2$     &  $11.63/7$  \\
2  & $4.66$ & $8.59$ & $1.15\pm0.06$ &    $6.8\pm0.25$    & $47.44/47$  \\
3  & $8.59$         & $11.71$         & $1.33\pm0.06$ &    $5.5\pm0.22$    & $41.20/41$   \\
4  & $11.71$         & $16.66$           & $1.21\pm0.05$ &    $9.0\pm0.3$     & $35.80/47$  \\
5  & $16.66$           & $21.76$           & $2.4\pm0.7$   &    $0.54\pm0.19$   & $0.05/1$    \\
6  & $21.76$           & $24.00$         & $1.26\pm0.08$ &    $3.8\pm0.2$     & $46.43/43$  \\
7  & $24.00$ & $975.3$  & $2.5\pm1.0$ & $2.8\pm1.5$ & $3.33/4$   \\
total & 0.0 & 28.0 & $1.36\pm0.04$ & $27.6\pm0.6$ & $46.8/46$ \\
\hline
\end{tabular}
\tablefoot{Each interval is fit with a power law ($\Gamma$ is the photon index). Times are referred to the revised BAT trigger time ($T_0 = T_{\rm BAT}-12.96$~s). Uncertainties are 1$\sigma$.}
\end{table}