\begin{table}%t3
%\centering
\par
\caption{\label{tab:abstract}Summary of the sets of state-to-state~(STSR) $R(j'_1 \tau'_1 j'_2 \rightarrow j_1 \tau_1 j_2)(T)$  and effective rate coefficients~(ER) $\hat{R}_{j_2}(j_1 \tau_1 \rightarrow j'_1 \tau'_1)(T)$ available in BASECOL. Column~1 labels the set of state-to-state rate coefficients.  $T_{\min}$(K) and $T_{\max}$(K) indicate the lowest and highest temperatures
at which calculations and fits have been performed for the relevant sets of data. The column ``Transition'' indicates the number of levels among which rate coefficients are provided. T1, T2, T3, T4~indicate the expected accuracy: T1 for the 20~first levels of o-H$_2$O, T2 from the 21st to the 30th~level, T3 from the~31st to the 40th, T4~from the 41st to the 45th. A1 means ``20\% at most for the most significant rates, i.e. larger than $10^{-14}$'', A2~means ``not good but contribute only~4\%  to effective rate coefficients'', the  notation $X(Z)Y$ means $X$\% accuracy below a temperature of $T = Z$ Kelvin and $Y$\% accuracy above $T = Z$ Kelvin.}
\small \begin{tabular}{ccccccccccc}
\hline\hline\noalign{\smallskip}
Set  & &  &  & $T_{\min}$(K) & $T_{\max}$ (K) & Transitions & T1 & T2 & T3 & T4 \\
(1)  & $j_2 = 0$  & $j'_2 = 0$ & STSR   & 5 & 1500 &  45~levels &  5\%  & 10\% & 20(100)10 & 
50(100)10 \\
\noalign{\smallskip}\hline\noalign{\smallskip}
(2) &  & $j'_2 = 2$ & STSR   & 5 & 1500 &  45~levels & A1 & & & \\
    &     & $j'_2 = 4$ & STSR   & -- & -- & none & & &  &\\
    &     & $\sum_{j'2}$ & ER & 5 & 1500 &  45 levels & 5\%  & 15\%  &  20(100)15& 50(100)15 \\
(3) & $j_2 = 2$  & $j'_2 = 0$ & STSR   & 5 & 1500 &  45 levels & A1  & & & \\
(4) & & $j'_2 = 2$ & STSR   & 5 & 1500 &  45~levels & 10\% & 25(10)15 & 40(10)20& 50--100(300)25 \\
 (5)   &  & $j'_2 = 4$ & STSR   & 1000 & 1500 & 10 levels &  A2 & & & \\
 & & $\sum_{j'2}$ & ER & 5 & 1500 &  45 levels & 10\% & 25(10)15 & 40(10)20 & 50--100(300)25 \\
    &    $j_2 = 4$  & $j'_2 = 0$ & STSR   & -- & -- & none &  \\
(6) &         & $j'_2 = 2$ & STSR   & 1000 & 1500 & 10 levels & A2  & & & \\
(7) &         & $j'_2 = 4$ & STSR   & 5 & 1500 &  10 levels & 40\% & & & \\
    &         & $\sum_{j'2}$ & ER & 5 & 1500 &  10 levels &  40\% & & & \\
\noalign{\smallskip}
\hline
\end{tabular}
\end{table}