\begin{table}%t6
\caption{Pumped channels in ions other than Fe~II.\label{tab6}}
%\centerline
{\begin{tabular}{llcr} 
\hline\hline
Pumping line & Pumped element & Pumped transition & $\lambda^{a}$ (\AA)   \\  \hline
O IV] $\lambda$1401.16 & S I     & 3p$^{4}$ $^{3}$P$_{2}$--($^{4}$S)5s $^{3}$S$_{1}$     & 1401.51 \\
N V $\lambda$1242.78   & N I     & 2p$^{3}$ $^{2}$D$_{5/2}$--($^{1}$D)3s $^{2}$D$_{5/2}$ & 1243.18 \\
N V $\lambda$1242.78   & Co II   & 4s a$^{5}$F$_{3}$--4s4p $y^{5}$P$_{3}$                & 1242.49 \\
H I $\lambda$1215.67   & Co II   & 3d$^{8}$ a$^{3}$P$_{2}$--($^{4}$F)5p $^{5}$D$_{3}$    & 1213.26 \\
H I $\lambda$1215.67   & Fe III  & 3d$^{6}$ $^{5}$D$_{4}$--($^{6}$S)4p $^{7}$P$_{3}$     & 1214.57 \\
H I $\lambda$1215.67   & Fe III  & 3d$^{6}$ $^{5}$D$_{4}$--($^{6}$S)4p $^{7}$P$_{4}$     & 1213.45 \\
continuum$^{b}$        & Co II   & 3d$^{8}$ $^{3}$F$_{4}$--4p $v^{3}$D$_{3}$             & 1187.42 \\ \hline
\end{tabular}}
\par
\smallskip
 $^{a}$ Wavelength of the pumped channel. \\
 $^{b}$ Absorption at 1187 \AA\ is observed, which explains the presence of emission from  the 
Co II $v^{3}$D$_{3}$ level.
\end{table}