\begin{table}
\caption{Rotational deexcitation rates of CO in collision with
    ortho-H$_2$ ($j_2=1$). The conventions are the same as for the
    para case.}
  \label{ortho}
  %\centering
\par
  \begin{tabular}{c c c c c} 
    \hline\hline
    I & F & Flower & This work \\
    \hline
    &&Temp.: 10 K \\
    1 &   0 &      0.388 &      0.379 \\ 
    2 &   0 &      0.596 &      0.559  \\ 
    3 &   0 &      0.105 &      0.071  \\ 
    4 &   0 &      0.083 &      0.061  \\ 
    5 &   0 &      0.015 &      0.016  \\ 
    2 &   1 &      0.730 &      0.712  \\ 
    3 &   1 &      0.842 &      0.831  \\ 
    4 &   1 &      0.159 &      0.124  \\ 
    5 &   1 &      0.124 &      0.105  \\ 
    3 &   2 &      0.801 &      0.748  \\ 
    4 &   2 &      0.862 &      0.894  \\ 
    5 &   2 &      0.188 &      0.150  \\ 
    4 &   3 &      0.827 &      0.786  \\ 
    5 &   3 &      0.896 &      0.972  \\ 
    5 &   4 &      0.871 &      0.695  \\ 
      \end{tabular}
  \begin{tabular}{c c c c c} 
    \hline
    I & F & Flower & This work \\
    \hline
    &&Temp.: 70 K \\
    1 &   0 &      0.402 &      0.350 \\ 
    2 &   0 &      0.629 &      0.468 \\ 
    3 &   0 &      0.114 &      0.090 \\ 
    4 &   0 &      0.079 &      0.063 \\ 
    5 &   0 &      0.027 &      0.028 \\ 
    2 &   1 &      0.684 &      0.620 \\ 
    3 &   1 &      0.858 &      0.728 \\ 
    4 &   1 &      0.199 &      0.174 \\ 
    5 &   1 &      0.124 &      0.111 \\ 
    3 &   2 &      0.732 &      0.686 \\ 
    4 &   2 &      0.871 &      0.808 \\ 
    5 &   2 &      0.236 &      0.216 \\ 
    4 &   3 &      0.757 &      0.711 \\ 
    5 &   3 &      0.880 &      0.844 \\ 
    5 &   4 &      0.779 &      0.719 \\ 
    \hline
  \end{tabular}
\end{table}