\documentstyle{article}
\def\ArI{Ar\,{\sc i}}
\def\CIII{C\,{\sc iii}}
\def\CIV{C\,{\sc iv}}
\def\CI{C\,{\sc i}}
\def\CO{\hbox{CO}}
\def\FeIII{Fe\,{\sc iii}}
\def\FeII{Fe\,{\sc ii}}
\def\HI{H\,{\sc i}}
\def\HeII{He\,{\sc ii}}
\def\MnII{Mn\,{\sc ii}}
\def\NIII{N\,{\sc iii}}
\def\NII{N\,{\sc ii}}
\def\NIV{N\,{\sc iv}}
\def\NI{N\,{\sc i}}
\def\NV{N\,{\sc v}}
\def\OVI{O\,{\sc vi}}
\def\OV{O\,{\sc v}}
\def\PIII{P\,{\sc iii}}
\def\PII{P\,{\sc ii}}
\def\PV{P\,{\sc v}}
\def\SII{N\,{\sc ii}}
\def\SiIV{Si\,{\sc iv}}
\def\htwoo{\hbox{H$_2$O}}
\def\htwo{\hbox{H$_2$}}
\def\ntwo{\hbox{N$_2$}}
\begin{document}
\setcounter{table}{2}
\begin{table}
\caption[]{Line identification for the FUV region used for spectrum synthesis}
\begin{center}
\begin{tabular}[t]{cllll}\hline
 & & & & \\
  Wave. & Ion & Transition & f-value & interst. \\
 & & & & \\
\hline
 & & & & \\
      933.4 & S\,{\sc vi}&3s $^2$S -- 3p $^2$P$^{\rm o}$&0.44&\htwo\  \\
      944.5&S\,{\sc vi}&3s $^2$S -- 3p $^2$P$^{\rm o}$&0.22&\htwo\ \& \ntwo\ \\
      948.1&C\,{\sc iv}&3s $^2$S -- 4p $^2$P$^{\rm o}$&1.30e$-$1&\htwo\ \\
      948.2&C\,{\sc iv}&3s $^2$S -- 4p $^2$P$^{\rm o}$&6.50e$-$2&\htwo, \CO\ \& \PV\ s. \\
      948.3&N\,{\sc iv}&3p $^3$P$^{\rm o}$ -- 4d $^3$D&3.75e$-$1&\htwo\ \\
      949.7&H\,{\sc i}&1s $^2$S -- 5p $^2$P$^{\rm o}$&1.40e$-$2&\htwo\ \& \HI\ \\
      955.3&N\,{\sc iv}&2p $^1$P$^{\rm o}$ -- 2p$^2$ $^1$S&1.43e$-$1&\htwo\ \& \ntwo\ \\
      957.0&Cr\,{\sc vi}&4p $^2$P$^{\rm o}$ -- 4d $^2$D&9.17e$-$1&\htwo\ \\
      958.7&He\,{\sc ii}&2p $^2$P$^{\rm o}$ -- 9d $^2$D&5.38e$-$3&\htwo\ \\
      963.4&Ar\,{\sc v}&3d $^1$F$^{\rm o}$ -- 4p $^1$D&1.13e$-$1&\htwo\ \\
      966.3&O\,{\sc v}&3d $^3$D -- 3d $^3$D$^{\rm o}$&1.01e$-$1&\htwo\ \\
      968.9&O\,{\sc v}&3s $^1$S -- 3s $^1$P$^{\rm o}$&5.60e$-$1&\htwo\ \& \FeIII\ \\
      971.3&S\,{\sc vi}&4p $^2$P$^{\rm o}$ -- 5s $^2$S&1.70e$-$1&\NIII\ \\
      972.2&He\,{\sc ii}&2p $^2$P$^{\rm o}$ -- 8d $^2$D&8.00e$-$3&\htwo\ \\
      972.5&H\,{\sc i}&1s $^2$S -- 4p $^2$P$^{\rm o}$&2.90e$-$2&\htwo\ \& \HI\ \\
      974.3&O\,{\sc iv}&3p $^2$P$^{\rm o}$ -- 3p $^2$S&1.28e$-$2&\htwo\ \\
      975.7&S\,{\sc vi}&4p $^2$P$^{\rm o}$ -- 5s $^2$S&1.73e$-$1&\htwo\ \\
      977.0&C\,{\sc iii}&2s$^2$ $^1$S -- 2p $^1$P$^{\rm o}$&0.76&\htwo\ \& \CIII\ \\
      979.8&N\,{\sc iii}&2p$^2$ $^2$D -- 2p$^2$ $^2$D$^{\rm o}$&1.60e$-$1&\htwo\ \& \CO\ blend \\
      982.0&Ar\,{\sc vii}&3p $^1$P$^{\rm o}$ -- 3p$^2$ $^3$P&1.37e$-$3&\htwo\ \\
      983.7&O\,{\sc iv}&3s $^2$P$^{\rm o}$ -- 3p $^2$S&5.67e$-$3&\htwo\ \\
      986.2&Fe\,{\sc vi}&4s $^4$F -- 4p $^2$H$^{\rm o}$&5.00e$-$3&\htwo\ \\
      986.3&O\,{\sc iv}&3s $^2$P$^{\rm o}$ -- 3p $^2$S&1.12e$-$2&\htwo\ \\
      986.3&O\,{\sc vi}&4s $^2$S -- 5p $^2$P$^{\rm o}$&2.95e$-$1&\htwo\ \\
      989.1&O\,{\sc v}&3p $^3$P$^{\rm o}$ -- 3p $^3$S&5.35e$-$2&\htwo\ \& air glow \\
      989.8&Ar\,{\sc vi}&3d $^2$D$^{\rm o}$ -- 4p $^2$D&1.60e$-$3&\htwo\ \& air glow \\
      989.8&N\,{\sc iii}&2p $^2$P$^{\rm o}$ -- 2p$^2$ $^2$D&0.18&\htwo\ \& air glow \\
      991.0&N\,{\sc iii}&2p $^2$P$^{\rm o}$ - 2p$^2$ $^2$D&0.16&\htwo\ \& air glow \\
      992.4&He\,{\sc ii}&2p $^2$P$^{\rm o}$ -- 7d $^2$D&1.25e$-$2&\htwo\ \\
      994.8&O\,{\sc iv}&3p $^4$D -- 4s $^4$P$^{\rm o}$&8.26e$-$2&\htwo\ \& \FeIII\ \\
      997.1&Ar\,{\sc vi}&3d $^2$D$^{\rm o}$ -- 4p $^2$D&2.90e$-$3&\htwo\ \& \FeIII\ \\
      998.4&Ar\,{\sc vi}&3p $^2$P$^{\rm o}$ -- 3p$^2$ $^4$P&1.22e$-$5&\htwo\ \& \PIII\ \\
      999.6&S\,{\sc vi}&4d $^2$D -- 5f $^2$F$^{\rm o}$&1.34&\htwo\ \\
      1000.2&Ar\,{\sc vi}&3p $^2$P$^{\rm o}$ - 3p$^2$ $^4$P&2.67e$-$5&\htwo\ \\
      1000.9&Fe\,{\sc vi}&4s $^4$F -- 4p $^2$D$^{\rm o}$&9.28e$-$3&\htwo\ \\
      1006.0&N\,{\sc iii}&2p$^2$ $^2$S -- 2p$^3$ $^2$P$^{\rm o}$&0.12&\htwo\ \& \NIII\ \\
      1008.6&Ar\,{\sc vi}&3d $^2$P$^{\rm o}$ -- 4p $^2$D&1.83e$-$3&\htwo\ \\
      1011.3&Ar\,{\sc v}&3d $^1$F$^{\rm o}$ -- 3d $^1$F&3.60e$-$3&\htwo\ \\
      1012.7&Ar\,{\sc vi}&3p $^2$P$^{\rm o}$ -- 3p$^2$ $^4$P&6.83e$-$6&\htwo\ \\
      1013.3&Ar\,{\sc vi}&3d $^2$P$^{\rm o}$ -- 4p $^2$D&2.50e$-$3&\htwo\ \\
      1019.3&N\,{\sc v}&4p $^2$P$^{\rm o}$ -- 6d $^2$D&1.38e$-$1&\htwo\ \\
      1023.8&N\,{\sc iv}&3p $^3$P$^{\rm o}$ -- 4s $^3$S&5.13e$-$2&\htwo\ \\
      1025.3&He\,{\sc ii}&2p $^2$P$^{\rm o}$ -- 6d $^2$D&2.25e$-$2&\htwo\ \& \HeII\ \\
      1025.7&H\,{\sc i}&1s $^2$S -- 3p $^2$P$^{\rm o}$&7.90e$-$2&\htwo\ \& \HI\ \\
      1031.9&O\,{\sc vi}&2s $^2$S -- 2p $^2$P$^{\rm o}$&0.13&\htwo\ \& \OVI\ \\
      1036.2&N\,{\sc iv}&3d $^3$D -- 4f $^3$F$^{\rm o}$&9.44e$-$1&\htwo\ \& \OVI\  \\
      1037.6&O\,{\sc vi}&2s $^2$S -- 2p $^2$P$^{\rm o}$&6.48e$-$2&\htwo\ \& \OVI\ \\
      1040.4&Ni\,{\sc vi}&4s $^6$D -- 4p $^4$F$^{\rm o}$&2.30e$-$3&\htwo\ \\
      1042.4&Ni\,{\sc vi}&4s $^6$D -- 4p $^4$F$^{\rm o}$&7.67e$-$3&\htwo\  \\
      1044.7&Ni\,{\sc vi}&4s $^6$D -- 4p $^4$F$^{\rm o}$&3.00e$-$4&\htwo\ \\
      1045.4&O\,{\sc iv}&3p $^2$P$^{\rm o}$ -- 4s $^2$S&3.00e$-$2&\htwo\ \\
      1046.3&O\,{\sc iv}&3p $^2$P$^{\rm o}$ -- 4s $^2$S&6.00e$-$2&\htwo\ \\
      1047.6&O\,{\sc iv}&3s $^2$S -- 3s $^2$P$^{\rm o}$&4.65e$-$2&\htwo\ \\
      1047.9&O\,{\sc v}&3d $^1$F$^{\rm o}$ -- 5g $^1$G&2.49e$-$1&\htwo\ \\
      1048.2&N\,{\sc v}&4d $^2$D -- 6f $^2$F$^{\rm o}$&1.90e$-$1&\htwo\ \& \ArI\ \\
      1048.3&Mn\,{\sc v}&4p $^4$G$^{\rm o}$ -- 4d $^2$F&1.36e$-$3&\htwo\ \\
      1049.7&N\,{\sc v}&4f $^2$F$^{\rm o}$ -- 6g $^2$G&1.86e$-$1&\htwo\ \\
      1050.6&N\,{\sc iv}&3p $^1$P$^{\rm o}$ -- 3p $^1$D&1.8e$-$2&\htwo\ \\
 & & & & \\
\hline
\end{tabular}
\end{center}
\end{table}

\begin{table}
\caption[]{Line identification for the FUV region used for spectrum synthesis}
\begin{center}
\begin{tabular}[t]{cllll}\hline
 & & & & \\
  Wave. & Ion & Transition & f-value & interst. \\
 & & & & \\
\hline
 & & & & \\
      1054.5&O\,{\sc v}&3p $^1$S -- 5p $^1$P$^{\rm o}$&1.10e$-$1&\htwo\ \\
      1054.8&Fe\,{\sc vi}&4s $^2$F -- 4p $^4$P$^{\rm o}$&9.17e$-$3&\htwo\ \\
      1055.5&O\,{\sc v}&3p $^3$P$^{\rm o}$ -- 3p $^3$D&7.22e$-$2&\htwo\  \& \FeII\ \\
      1057.1&Fe\,{\sc vi}&4s $^2$F -- 4p $^4$P$^{\rm o}$&1.33e$-$2&\htwo\ \\
      1057.7&N\,{\sc v}&4d $^2$D -- 6p $^2$P$^{\rm o}$&7.80e$-$3&\htwo\ \& CO \\
      1059.3&O\,{\sc v}&3p $^3$P$^{\rm o}$ -- 3p $^3$D&6.89e$-$2&  \\
      1060.1&Ar\,{\sc vii}&3d$^2$ $^3$P -- 4d $^3$D$^{\rm o}$&1.44e$-$3&\htwo\ \\
      1060.4&O\,{\sc v}&3p $^3$P$^{\rm o}$ -- 3p $^3$D&1.33e$-$2&\htwo\ \\
      1060.4&Ar\,{\sc vii}&3d$^2$ $^3$P -- 4d $^3$D$^{\rm o}$&3.22e$-$3&\htwo\ \\
      1063.5&Ar\,{\sc vii}&3p $^1$P$^{\rm o}$ -- 3p$^2$ $^1$D&1.13e$-$1&\htwo\ \& CO \\
      1066.6&Si\,{\sc iv}&3d $^2$D -- 4f $^2$F$^{\rm o}$&9.50e$-$1&\htwo\ \& \ArI\ \\
      1067.4&Ar\,{\sc vii}&3d$^2$ $^1$D -- 4d $^1$D$^{\rm o}$&1.00e$-$2&\htwo\ \\
      1067.9&O\,{\sc iv}&3d $^2$D -- 4f $^2$F$^{\rm o}$&8.23&\htwo\ \\
      1071.7&Mn\,{\sc v}&4p $^4$D$^{\rm o}$ - 4d $^4$P&0.20&\htwo\ \\
      1072.1&Fe\,{\sc vi}&4s $^2$D -- 4p $^4$P$^{\rm o}$&1.08e$-$3&\htwo\ \\
      1073.9&Ni\,{\sc vi}&4s $^4$D -- 4p $^4$D$^{\rm o}$&3.75e$-$2& CO \\
      1075.8&Ni\,{\sc vi}&4s $^4$D -- 4p $^4$D$^{\rm o}$&2.50e$-$2& CO \\
      1078.6&Fe\,{\sc vi}&4s $^2$F -- 4p $^2$D$^{\rm o}$&5.92e$-$3&\htwo\ \\
      1078.7&N\,{\sc iv}&3d $^1$D -- 3d $^1$F$^{\rm o}$&6.4e$-$1&\htwo\ \\
      1079.1&O\,{\sc iv}&3p $^2$P$^{\rm o}$ -- 3p $^2$D&4.00e$-$2&\htwo\ \\
      1080.0&Ni\,{\sc vi}&4s $^4$D -- 4p $^4$D$^{\rm o}$&1.31e$-$1&\htwo\ \\
      1081.0&O\,{\sc iv}&4p $^2$P$^{\rm o}$ -- 3p $^2$D&2.33e$-$2&\htwo\ \\
      1081.3&O\,{\sc vi}&4p $^2$P$^{\rm o}$ -- 5d $^2$D&5.35e$-$1&\htwo\ \\

      1082.0&O\,{\sc iv}&4p $^2$P$^{\rm o}$ -- 3p $^2$D&4.67e$-$3&\htwo\ \& \FeII\ \\
      1084.3&Ni\,{\sc vi}&4s $^4$D -- 4p $^4$D$^{\rm o}$&1.49e$-$1&\NII\ \\
      1085.0&He\,{\sc ii}&2p $^2$P$^{\rm o}$ -- 5d $^2$D&4.50e$-$2&\htwo\ \& \NII\ \\
      1087.8&Fe\,{\sc vi}&4s $^2$F -- 4p $^2$D$^{\rm o}$&7.00e$-$3& CO\ \\
      1088.2&Ni\,{\sc vi}&4s $^6$D -- 4p $^6$D$^{\rm o}$&3.67e$-$2& CO \\
      1088.5&O\,{\sc v}&3p $^1$P$^{\rm o}$ -- 3p $^1$P&1.73e$-$1&\htwo\ \\
      1090.6&Ni\,{\sc vi}&4s $^6$D -- 4p $^6$D$^{\rm o}$&1.03e$-$1&  \\
      1091.7&Fe\,{\sc vi}&4s $^2$F -- 4p $^4$D$^{\rm o}$&3.71e$-$4&\htwo\ \\
      1093.0&N\,{\sc iv}&3d $^3$D -- 3d $^3$P$^{\rm o}$&3.59e$-$2&\htwo\ \\
      1093.2&Fe\,{\sc iv}&4s $^4$P -- 4p $^2$P$^{\rm o}$&1.58e$-$3&\htwo\ \\
      1097.3&Ni\,{\sc vi}&4s $^6$D -- 4p $^6$D$^{\rm o}$&2.57e$-$2&\htwo\ \& \FeII\  \\
      1102.0&Fe\,{\sc vi}&4s $^2$F -- 4p $^2$F$^{\rm o}$&8.00e$-$4& \SII\ \\
      1103.1&Ar\,{\sc v}&3d $^1$F$^{\rm o}$ -- 3d $^1$G&4.29e$-$3&\htwo\ \\
      1105.0&Ni\,{\sc vi}&4s $^6$D -- 4p $^6$D$^{\rm o}$&1.27e$-$2&\htwo\ \& \CI\ \& CO \\
      1105.7&Fe\,{\sc vi}&4s $^2$P -- 4p $^2$P$^{\rm o}$&1.13e$-$3& \htwo\ \& \CI\ \& CO \\
      1106.9 & O\,{\sc iv} & 3p $^4$P -- 4s $^4$P$^{\rm o}$ & 2.75e$-$2 & \htwo\ \& \CI\ \& CO \\
      1107.7&Ni\,{\sc vi}&4s $^6$D -- 4p $^6$D$^{\rm o}$&1.33e$-$2&\htwo\ \& \CI\ \& CO \\
      1107.8&C\,{\sc iv}&3p $^2$P$^{\rm o}$ -- 4d $^2$D&5.53e$-$1&\htwo\ \& CO\ \& \PV\ s. \\
      1110.5 & O\,{\sc iv} & 3p $^4$P -- 4s $^4$P$^{\rm o}$ & 1.51e$-$1 & \htwo\ \\
      1110.7&Fe\,{\sc vi}&4s $^2$F -- 4p $^4$D$^{\rm o}$&5.92e$-$3&\htwo\ \& \FeII\ \\
      1112.6 & N\,{\sc iv} & 3p $^1$P$^{\rm o}$ -- 4s $^1$S & 8.67e$-$2 & \htwo\ \& \htwoo\ \& \CI\ \\
      1114.0 & Mn\,{\sc v} & 4p $^4$D$^{\rm o}$ -- 4d $^4$P & 0.20 & \htwo\ \& \htwoo\ \& \CI\ \\
      1115.1&Fe\,{\sc vi}&4s $^2$D -- 4p $^2$D$^{\rm o}$&9.00e$-$3&\htwoo\ \& CO \\
      1115.1 & Fe\,{\sc v} & 4s $^5$F -- 4p $^5$D$^{\rm o}$ & 2.1e$-$3 & \htwoo\ \& \CI\ \\
      1115.6&Fe\,{\sc vi}&4s $^2$D -- 4p $^2$D$^{\rm o}$&1.20e$-$3&\htwo\ \& \htwoo\ \\
      1116.0&N\,{\sc iv}&3p $^3$P$^{\rm o}$ -- 3p $^3$P&4.41e$-$2&\htwo\ \& \htwoo\ \\
      1116.1 & Fe\,{\sc v} & 4s $^5$F -- 4p $^5$D$^{\rm o}$ & 5.7e$-$4 & \htwo\ \& \htwoo\ \\
      1116.3 &N\,{\sc iv}&3p $^3$P$^{\rm o}$ -- 3p $^3$P&2.44e$-$2&\htwo\ \& \htwoo\ \\
 & & & & \\
\hline
\end{tabular}
\end{center}
\end{table}


\begin{table}
\caption[]{Line identification in the FUV region used for spectrum synthesis}
\begin{center}
\begin{tabular}[t]{cllll}\hline
 & & & & \\
  Wave. & Ion & Transition & f-value & interst. \\
 & & & & \\
\hline
 & & & & \\
      1117.8&Ni\,{\sc vi}&4s $^6$D -- 4p $^6$D$^{\rm o}$&8.00e$-$3&\htwo\  \& \CI\ \& \htwoo\ \\
      1117.9&S\,{\sc vi}&4f $^2$F$^{\rm o}$ -- 5g $^2$G&1.40&\htwo\ \& \CI\ \& \htwoo\ \\
      1117.9&N\,{\sc iv}&3d $^1$D -- 3d $^1$P$^{\rm o}$&1.25&\htwo\ \& \CI\ \& \htwoo\ \\
      1118.0 & P\,{\sc v} & 3s $^2$S -- 3p $^2$P$^{\rm o}$ & 4.70e$-$1 & \htwo \& \CI\ \& \htwoo\ \\
      1119.1 & Fe\,{\sc vi} & 4s $^2$D -- 4p $^2$D$^{\rm o}$ & 2.00e$-$3 & \CI\ \& \htwoo\ \\
      1119.2 & Fe\,{\sc v} & 4s $^5$F -- 4p $^5$D$^{\rm o}$ & 1.5e$-$3 & \CI\ \& \htwoo\ \\
      1121.0&Fe\,{\sc vi}&4s $^2$F -- 4p $^2$F$^{\rm o}$&2.54e$-$2&\htwo\ \& \CI\ \\
      1122.3&O\,{\sc vi}&4d $^2$D -- 5f $^2$F$^{\rm o}$&8.85e$-$1&\htwo\ \& \CI\ \\
      1122.5 & Si\,{\sc iv} & 3p $^2$P$^{\rm o}$ -- 3d $^2$D & 8.5e$-$1 & \htwo\ \& \CI\ \& \ntwo\ \\
      1124.9&O\,{\sc vi}&4f $^2$F$^{\rm o}$ -- 5g $^2$G&1.32&\ntwo\ \\
      1125.3&Ni\,{\sc vi}&4s $^6$D -- 4p $^6$D$^{\rm o}$&1.97e$-$3&\htwo\ \& \FeIII\ \& \htwoo\ \\
      1128.0 & P\,{\sc v} & 3s $^2$S -- 3p $^2$P$^{\rm o}$ & 4.70e$-$2 & \htwo\ \& \CI\ \\
      1128.3 & Si\,{\sc iv} & 3p $^2$P$^{\rm o}$ -- 3d $^2$D & 2.95 & \htwoo \& \CI\ \\
      1131.1 & Ni\,{\sc vi} & 4s $^6$D -- 4p $^6$D$^{\rm o}$ & 6.67e$-$3 & \htwo\ \\
      1133.1&N\,{\sc iv}&3s $^3$S -- 3s $^3$P$^{\rm o}$&1.89e$-$1&\htwo\ \& CO \\
      1135.3 & N\,{\sc iv} & 3s $^3$S -- 3s $^3$P$^{\rm o}$ & 8.00e$-$2 & \NI\ \\
      1136.7&Ar\,{\sc vii}&3p $^1$P -- 4d $^1$P$^{\rm o}$&3.13e$-$1&\htwo\ \\
      1144.3&Ni\,{\sc vi}&4s $^6$D -- 4p $^6$F$^{\rm o}$&1.27e$-$1&\ntwo\  \\
      1146.9&O\,{\sc vi}&4d $^2$D -- 5p $^2$P$^{\rm o}$&3.65e$-$2& \\
      1148.9&Ni\,{\sc vi}&4s $^6$D -- 4p $^6$P$^{\rm o}$&1.93e$-$2&\FeII\ \\
      1151.3&Ni\,{\sc vi}&4s $^6$D -- 4p $^6$P$^{\rm o}$&1.57e$-$1&\FeII\ \\
      1152.8 & Fe\,{\sc vi} & 4s $^2$G -- 4p $^2$P$^{\rm o}$ & 1.06e$-$1 & \FeII\ \& \PII\ \\
      1152.8 & Ni\,{\sc vi} & 4s $^6$D -- 4p $^6$P$^{\rm o}$ & 1.90e$-$1 & \FeII\ \& \PII\  \\
      1155.8 & Fe\,{\sc vi} & 4s $^2$F -- 4p $^4$S$^{\rm o}$ & 1.29e$-$4 & \CI\ \\
      1157.6&Ni\,{\sc vi}&4s $^6$D -- 4p $^6$P$^{\rm o}$&3.67e$-$2&\CI\ \\
      1158.4&Ar\,{\sc vi}&3d $^2$D$^{\rm o}$ -- 4p $^2$P&2.50e$-$3&\CI\ \\
      1158.8 & O\,{\sc iv} & 3s $^2$P$^{\rm o}$ -- 5s $^2$S & 6.33e$-$4 & \CI\ \& \PII\ \\
      1160.5 & Fe\,{\sc vi} & 4s $^2$P -- 4p $^2$P$^{\rm o}$ & 3.17e$-$1 & \htwo\ \\
      1162.0&Ni\,{\sc vi}&4s $^6$D -- 4p $^6$F$^{\rm o}$&5.00e$-$2&\ntwo\ \& \MnII\ \\
      1163.3&Ni\,{\sc vi}&4s $^6$D -- 4p $^6$P$^{\rm o}$&6.67e$-$2& \\
      1164.5&Ar\,{\sc vi}&3d $^2$D$^{\rm o}$ -- 4p $^2$P&4.30e$-$3&\NI\ \\
      1165.1&Ni\,{\sc vi}&4s $^6$D -- 4p $^F$P$^{\rm o}$&2.40e$-$2& \\
      1165.7 & Fe\,{\sc vi} & 4s $^2$P -- 4p $^2$P$^{\rm o}$ & 2.00e$-$1 & \\
      1167.7 & Fe\,{\sc vi} & 4s $^2$G -- 4p $^2$P$^{\rm o}$ & 1.28 & \\
      1167.8&Ni\,{\sc vi}&4s $^6$D -- 4p $^6$F$^{\rm o}$&2.73e$-$2& \\
      1167.9 & Fe\,{\sc vi} & 4s $^2$G -- 4p $^2$P$^{\rm o}$ & 8.89e$-$3 & \\
      1168.6 & N\,{\sc iv} & 3d $^3$D -- 3d $^3$D$^{\rm o}$ & 5.00e$-$2 & \NI\  \\
      1168.8 & C\,{\sc iv} & 3d $^2$D -- 4f $^2$F${\rm o}$ & 4.10e$-$1 & \NI\ \\
      1169.0 & N\,{\sc iv} & 3d $^3$D -- 3d $^3$D$^{\rm o}$ & 5.87e$-$3 & \NI\ \\
      1169.0 & C\,{\sc iv} & 3d $^2$D -- 4f $^2$F${\rm o}$ & 2.90e$-$2 & \NI\ \\
      1169.0 & C\,{\sc iv} & 3d $^2$D -- 4f $^2$F${\rm o}$ & 5.80e$-$1 & \NI\ \\
      1169.1 & N\,{\sc iv} & 3d $^3$D -- 3d $^3$D$^{\rm o}$ & 3.44e$-$2 & \NI\ \\
      1169.4&Ar\,{\sc vi}&3d $^2$P$^{\rm o}$ -- 4p $^2$P&3.00e$-$3&\NI\ \\
      1169.5 & N\,{\sc iv} & 3d $^3$D -- 3d $^3$D$^{\rm o}$ & 3.44e$-$2 & \NI\ \\
      1170.3 & Fe\,{\sc vi} & 4s $^2$P -- 4p $^2$P$^{\rm o}$ & 3.67e$-$2 & \\
      1170.8&Ni\,{\sc vi}&4s $^6$D -- 4p $^6$F$^{\rm o}$&3.13e$-$2&  \\
      1170.8 & N\,{\sc iv} & 3d $^3$D -- 3d $^3$D$^{\rm o}$ & 1.80 &  \\
      1171.6 & O\,{\sc vi} & 4p $^2$P$^{\rm o}$ -- 5s $^2$S & 3.33e$-$2 & \\
      1172.4 & O\,{\sc vi} & 4p $^2$P$^{\rm o}$ -- 5s $^2$S & 1.05e$-$2 & \\
      1172.6&Ni\,{\sc vi}&4s $^6$D -- 4p $^6$F$^{\rm o}$&1.20e$-$2& \\
 & & & & \\
\hline
\end{tabular}
\end{center}
\end{table}

\begin{table}
\caption[]{Line identification in the optical region used for 
spectrum synthesis}
\begin{center}
\begin{tabular}[t]{cllll}\hline
 & & & & \\
  Wave. & Ion & Transition & f-value & interst. \\
 & & & & \\
\hline
 & & & & \\
 4025.60 & \HeII & 4 -- 13 & 0.004 & absor. \\
 4058.90 & \NIV & 3p $^1$P$^{\rm o}$  -- 3d $^1$D & 0.3220 & emiss. \\
 4088.85 & \SiIV & 4s $^2$S  -- 4p $^2$P$^{\rm o}$ & 0.783 & emiss. \\
 4097.33 & \NIII & 3s $^2$S  -- 3p $^2$P$^{\rm o}$ & 0.429 & absor. \\
 4100.04 & \HeII & 4 -- 12 & 0.0059 & absor. \\
 4101.73 & \HI & 2 -- 6 & 0.023 & absor. \\
 4103.43 & \NIII & 3s $^2$S  -- 3p $^2$P$^{\rm o}$ & 0.214 & absor. \\
 4116.10 & \SiIV & 4s $^2$S  -- 4p $^2$P$^{\rm o}$ & 0.393 & emiss. \\
 4119.42 & \OV & 3s' $^3$P$^{\rm o}$  -- 3p' $^3$D & 0.0037 & absor. \\
 4123.99 & \OV & 3s' $^3$P$^{\rm o}$  -- 3p' $^3$D & 0.0041 & absor. \\
 4125.49 & \OV & 3s' $^3$P$^{\rm o}$  -- 3p' $^3$D & 0.0049 & absor. \\
 4510.91 & \NIII & 3s $^4$P$^{\rm o}$  -- 3p $^4$D & 0.0735 & emiss. \\
 4510.91 & \NIII & 3s $^4$P$^{\rm o}$  -- 3p $^4$D & 0.0292 & emiss. \\
 4514.86 & \NIII & 3s $^4$P$^{\rm o}$  -- 3p $^4$D & 0.140  & emiss. \\
 4515.35 & \CIII & 4p $^3$P$^{\rm o}$  -- 5s $^3$S & 0.1685 & emiss. \\
 4516.79 & \CIII & 4p $^3$P$^{\rm o}$  -- 5s $^3$S & 0.1687 & emiss. \\
 4518.15 & \NIII & 3s $^4$P$^{\rm o}$  -- 3p $^4$D & 0.0292 & emiss. \\
 4523.58 & \NIII & 3s $^4$P$^{\rm o}$  -- 3p $^4$D & 0.0373 & emiss. \\
 4530.86 & \NIII & 3s $^4$P$^{\rm o}$  -- 3p $^4$D & 0.00583 & emiss. \\
 4534.58 & \NIII & 3s $^4$P$^{\rm o}$  -- 3p $^4$D & 0.0394 & emiss. \\
 4534.58 & \NIII & 3s $^4$S  -- 3d $^4$P$^{\rm o}$ & 0.172 & emiss. \\
 4538.32 & \NIV & 3s $^1$P$^{\rm o}$  -- 4s $^1$S & 0.084 & \HeII \\
 4547.30 & \NIII & 3s $^4$P$^{\rm o}$  -- 3p $^4$D & 0.0035 & emiss. \\
 4593.29 & \CIII & 4f' $^3$D  -- 5g' $^3$F$^{\rm o}$ & 0.1492 & \NV \\
 4593.29 & \CIII & 4f' $^3$D  -- 5g' $^3$F$^{\rm o}$ & 1.1935 & \NV \\
 4593.29 & \CIII & 4f' $^3$D  -- 5g' $^3$F$^{\rm o}$ & 0.0030 & \NV \\
 4593.29 & \CIII & 4f' $^3$D  -- 5g' $^3$F$^{\rm o}$ & 0.1066 & \NV \\
 4593.29 & \CIII & 4f' $^3$D  -- 5g' $^3$F$^{\rm o}$ & 1.2331 & \NV \\
 4603.66 & \NV & 3s $^2$S  -- 3p $^2$P$^{\rm o}$ & 0.2627 & absor. \\
 4606.14 & \NIV & 5g $^3$G  -- 6h $^3$H$^{\rm o}$ & 1.6246 & \NV \\
 4606.14 & \NIV & 5g $^3$G  -- 6h $^3$H$^{\rm o}$ & 1.6130 & \NV \\
 4606.14 & \NIV & 5g $^1$G  -- 6h $^1$H$^{\rm o}$ & 1.6802 & \NV \\
 4607.23 & \NIV & 5d $^1$D  -- 6f $^1$F$^{\rm o}$ & 0.8257 & \NV \\
 4615.40 & \NIV & 5g $^1$G  -- 6f $^1$F$^{\rm o}$ & 0.0072 & \NV \\
 4619.89 & \NV & 3s $^2$S  -- 3p $^2$P$^{\rm o}$ & 0.1309 & absor. \\
 4625.94 & \NIV & 5g $^3$G  -- 6f $^3$F$^{\rm o}$ & 0.0069 & \NV \\
 4631.24 & \SiIV & 5f $^2$F$^{\rm o}$  -- 6g $^2$G & 1.170 & emiss. \\     
 4634.14 & \NIII & 3p $^2$P$^{\rm o}$  -- 3d $^2$D & 0.128 & emiss. \\     
 4640.64 & \NIII & 3p $^2$P$^{\rm o}$  -- 3d $^2$D & 0.230 & emiss.\\
 4641.85 & \NIII & 3p $^2$P$^{\rm o}$  -- 3d $^2$D & 0.0255 & emiss. \\
 4646.62 & \CIV & 5d $^2$D$^{\rm o}$  -- 6f $^2$F & 0.0838 & absor. \\
 4646.99 & \CIV & 5d $^2$D$^{\rm o}$  -- 6f $^2$F & 0.0838 & absor. \\
 4647.42 & \CIII & 3s $^3$S  -- 3p $^3$P$^{\rm o}$ & 0.4240 & emiss. \\
 4650.25 & \CIII & 3s $^3$S  -- 3p $^3$P$^{\rm o}$ & 0.2542 & emiss. \\
 4651.47 & \CIII & 3s $^3$S  -- 3p $^3$P$^{\rm o}$ & 0.0847 & emiss. \\
 4654.32 & \SiIV & 5g $^2$G  -- 6h $^2$H$^{\rm o}$ & 1.6766 & emiss. \\
 4657.08 & \CIV & 5f $^2$F  -- 6g $^2$G$^{\rm o}$ & 0.1481 & absor. \\
 4658.81 & \CIV & 5g $^2$G$^{\rm o}$  -- 6h $^2$H & 0.1677 & absor. \\
 4659.59 & \CIV & 5g $^2$G$^{\rm o}$  -- 6f $^2$F & 0.0007 & emiss. \\
 4671.02 & \NIV & 5p $^3$P$^{\rm o}$  -- 6s $^3$S & 0.1844 & \HeII \\
 4685.68 & \HeII & 3 -- 4 & 0.833 & emiss. \\
 6562.02 & \HeII & 4 -- 6 & 0.178 & absor. \\
 6564.61 & \HI & 2 -- 3 & 0.638 & emiss. \\
 & & & & \\
\hline
\end{tabular}
\end{center}
\end{table}
\end{document}