\documentclass[]{article}
\usepackage{longtable}
 
% \setlength{\textheight}{250mm} %UK
\setlength{\textheight}{220mm}   %US
\setlength{\headheight}{0.0mm}
\setlength{\headsep}{0.0mm}
\setlength{\topmargin}{-5mm}
\setlength{\textwidth}{165mm}
\setlength{\oddsidemargin}{-0.5cm}
\begin{document}
\begin{center}
\large\bf{Predicted XUV Line Intensities}\\
 CHIANTI database - Version 6.0  \\
\vspace{0.5cm}
Calculated with Constant pressure=  1.00e+16 (cm$^{-3}$ K) \\
\large\bf{****** to ****** \AA}\\
\large\bf{Number of lines:  154}\\
 Minimum intensity =       1.00000  \\
\large\bf{Units are: erg cm-2 sr-1 s-1 }\\
\large\bf{Lines marked with a * do not have correspondent observed energy levels} \\
\large\bf{and have approximate wavelengths.} \\
Calculated: Fri Sep  4 11:59:22 2009 \\
\vspace{0.5cm}
{\bf Ionization Fractions file:} \verb|chianti.ioneq| \\
ionization equilibrium:  CHIANTI \\
 produced as part of the CHIANTI atomic data base collaboration \\
  K.P. Dere (GMU)  Wed Dec 10 09:16:04 2008 \\
   \vspace{0.5cm}
{\bf Elemental Abundance file:} \verb|sun_photospheric_grevesse07.abund| \\
abundance: Grevesse N., Asplund, M. \& Sauval A.J., 2007, Space Science Reviews, 130, 105 \\
comment: These are the latest set of "standard abundances" produced by Grevesse  \\
    and colleagues. \\
 produced as part of the Arcetri/Cambridge/NRL 'CHIANTI' atomic data base collaboration \\
    Peter Young  -  19-Dec-2008 \\
 \vspace{0.2cm}
Minimum abundance =   3.98107e-08  \\
 \vspace{0.5cm}
{\bf Differential Emission Measure file:} \verb|flare_ext.dem| \\
filename: flare.dem \\
dem: Dere, K.P., Cook, J.W., 1979, ApJ, 229, 772 \\
comment: composite of August 9 1553 and 1554 UT data of an M2 X-ray class flare \\
comment: modifies at high temperature (7.3 to 8.0) by G.Del Zanna to calculate  \\
          the emissivities of the hottest ions. \\
 produced as part of the Arcetri/Cambridge/NRL 'CHIANTI' atomic data base collaboration \\
   K.P.Dere and G. Del Zanna - Aug 2002 \\
\vspace{0.5cm}
\end{center}
\newpage
\begin{longtable}[c]{@{}|lrlcr|@{}}
\caption{\em \normalsize Line List } \label{tab:obs} \\
\hline
 Ion & $\lambda$ (\AA) & Transition & T$_{\rm max}$ & Int\\ \hline
\hline \endfirsthead
\caption[]{\normalsize (continued)}\\ 
\hline 
 Ion & $\lambda$ (\AA) & Transition & T$_{\rm max}$ & Int\\ \hline
\hline \endhead
Al II & 10079.1133 & 3s 3d $^3$D$_{3}$ - 3s 4p $^3$P$_{2}$ &  4.5 &  1.21e+01 \\
Al II & 10080.2158 & 3s 3d $^3$D$_{2}$ - 3s 4p $^3$P$_{2}$ &  4.5 &  2.16e+00 \\
Al II & 10110.2090 & 3s 3d $^3$D$_{2}$ - 3s 4p $^3$P$_{1}$ &  4.5 &  6.39e+00 \\
Al II & 10111.1602 & 3s 3d $^3$D$_{1}$ - 3s 4p $^3$P$_{1}$ &  4.5 &  2.13e+00 \\
Al II & 10125.4688 & 3s 3d $^3$D$_{1}$ - 3s 4p $^3$P$_{0}$ &  4.5 &  2.86e+00 \\
He II & 10125.6396 & 4p $^2$P$_{1/2}$ - 5d $^2$D$_{3/2}$ &  4.9 &  7.63e+00 \\
He II & 10125.7041 & 4s $^2$S$_{1/2}$ - 5p $^2$P$_{3/2}$ &  4.9 &  4.72e+00 \\
He II & 10125.9922 & 4p $^2$P$_{1/2}$ - 5s $^2$S$_{1/2}$ &  4.9 &  1.03e+01 \\
He II & 10126.0879 & 4s $^2$S$_{1/2}$ - 5p $^2$P$_{1/2}$ &  4.9 &  2.36e+00 \\
He II & 10126.2803 & 4d $^2$D$_{3/2}$ - 5f $^2$F$_{5/2}$ &  4.9 &  5.98e+01 \\
He II & 10126.2803 & 4p $^2$P$_{3/2}$ - 5d $^2$D$_{5/2}$ &  4.9 &  1.37e+01 \\
He II & 10126.4082 & 4p $^2$P$_{3/2}$ - 5d $^2$D$_{3/2}$ &  4.9 &  1.53e+00 \\
He II & 10126.4404 & 4d $^2$D$_{5/2}$ - 5f $^2$F$_{7/2}$ &  4.9 &  8.52e+01 \\
He II & 10126.4404 & 4f $^2$F$_{5/2}$ - 5g $^2$G$_{7/2}$ &  4.9 &  2.01e+01 \\
He II & 10126.5049 & 4d $^2$D$_{5/2}$ - 5f $^2$F$_{5/2}$ &  4.9 &  4.27e+00 \\
He II & 10126.5371 & 4f $^2$F$_{7/2}$ - 5g $^2$G$_{9/2}$ &  4.9 &  2.52e+01 \\
He II & 10126.6328 & 4d $^2$D$_{5/2}$ - 5p $^2$P$_{3/2}$ &  4.9 &  1.09e+00 \\
He II & 10126.7607 & 4p $^2$P$_{3/2}$ - 5s $^2$S$_{1/2}$ &  4.9 &  2.05e+01 \\
Ar XIII & 10143.0352 & 2s$^2$ 2p$^2$ $^3$P$_{0}$ - 2s$^2$ 2p$^2$ $^3$P$_{1}$ &  6.6 &  3.35e+01 \\
S XIII & 10300.8018 & 2s 2p $^3$P$_{1}$ - 2s 2p $^3$P$_{2}$ &  6.5 &  2.08e+01 \\
Cl XII & 10650.7646 & 2s$^2$ 2p$^2$ $^3$P$_{1}$ - 2s$^2$ 2p$^2$ $^3$P$_{2}$ &  6.4 &  1.71e+00 \\
Fe XIII & 10746.1719 & 3s$^2$ 3p$^2$ $^3$P$_{0}$ - 3s$^2$ 3p$^2$ $^3$P$_{1}$ &  6.3 &  5.79e+01 \\
Fe XIII & 10797.8301 & 3s$^2$ 3p$^2$ $^3$P$_{1}$ - 3s$^2$ 3p$^2$ $^3$P$_{2}$ &  6.3 &  5.34e+01 \\
He I & 10832.0576 & 1s 2s $^3$S$_{1}$ - 1s 2p $^3$P$_{0}$ &  4.5 &  2.49e+04 \\
He I & 10833.2168 & 1s 2s $^3$S$_{1}$ - 1s 2p $^3$P$_{1}$ &  4.5 &  7.45e+04 \\
He I & 10833.3066 & 1s 2s $^3$S$_{1}$ - 1s 2p $^3$P$_{2}$ &  4.5 &  1.25e+05 \\
Mg II & 10917.2256 & 2p$^6$ 3d $^2$D$_{5/2}$ - 2p$^6$ 4p $^2$P$_{3/2}$ &  4.5 &  4.74e+00 \\
Mg II & 10954.7773 & 2p$^6$ 3d $^2$D$_{3/2}$ - 2p$^6$ 4p $^2$P$_{1/2}$ &  4.5 &  2.65e+00 \\
He I & 11972.3564 & 1s 3p $^3$P$_{2}$ - 1s 5d $^3$D$_{2}$ &  4.5 &  7.65e+00 \\
He I & 11972.3564 & 1s 3p $^3$P$_{2}$ - 1s 5d $^3$D$_{3}$ &  4.5 &  4.38e+01 \\
He I & 11972.3740 & 1s 3p $^3$P$_{1}$ - 1s 5d $^3$D$_{1}$ &  4.5 &  8.18e+00 \\
He I & 11972.3877 & 1s 3p $^3$P$_{1}$ - 1s 5d $^3$D$_{2}$ &  4.5 &  2.30e+01 \\
He I & 11972.7617 & 1s 3p $^3$P$_{0}$ - 1s 5d $^3$D$_{1}$ &  4.5 &  1.09e+01 \\
S IX & 12523.4814 & 2s$^2$ 2p$^4$ $^3$P$_{2}$ - 2s$^2$ 2p$^4$ $^3$P$_{1}$ &  6.2 &  9.34e+00 \\
He I & 12530.7686 & 1s 3s $^3$S$_{1}$ - 1s 4p $^3$P$_{0}$ &  4.5 &  8.15e+00 \\
He I & 12530.9424 & 1s 3s $^3$S$_{1}$ - 1s 4p $^3$P$_{1}$ &  4.5 &  2.44e+01 \\
He I & 12530.9561 & 1s 3s $^3$S$_{1}$ - 1s 4p $^3$P$_{2}$ &  4.5 &  4.06e+01 \\
He I & 12788.4395 & 1s 3d $^3$D$_{2}$ - 1s 5f $^3$F$_{2}$ &  4.5 &  8.11e+00 \\
He I & 12788.4443 & 1s 3d $^3$D$_{3}$ - 1s 5f $^3$F$_{4}$ &  4.5 &  9.36e+01 \\
He I & 12788.4492 & 1s 3d $^3$D$_{3}$ - 1s 5f $^3$F$_{3}$ &  4.5 &  8.11e+00 \\
He I & 12788.4512 & 1s 3d $^3$D$_{2}$ - 1s 5f $^3$F$_{3}$ &  4.5 &  6.47e+01 \\
He I & 12788.5107 & 1s 3d $^3$D$_{1}$ - 1s 5f $^3$F$_{2}$ &  4.5 &  4.37e+01 \\
He I & 12794.0234 & 1s 3d $^1$D$_{2}$ - 1s 5f $^1$F$_{3}$ &  4.5 &  2.45e+01 \\
H I & 12821.4482 & 3p $^2$P$_{1/2}$ - 5d $^2$D$_{3/2}$ &  4.5 &  1.37e+02 \\
H I & 12821.4736 & 3s $^2$S$_{1/2}$ - 5p $^2$P$_{3/2}$ &  4.5 &  7.03e+01 \\
H I & 12821.4863 & 3p $^2$P$_{1/2}$ - 5s $^2$S$_{1/2}$ &  4.5 &  1.14e+02 \\
H I & 12821.5127 & 3s $^2$S$_{1/2}$ - 5p $^2$P$_{1/2}$ &  4.5 &  3.51e+01 \\
H I & 12821.6152 & 3d $^2$D$_{3/2}$ - 5f $^2$F$_{5/2}$ &  4.5 &  3.23e+02 \\
H I & 12821.6152 & 3p $^2$P$_{3/2}$ - 5d $^2$D$_{5/2}$ &  4.5 &  2.46e+02 \\
H I & 12821.6279 & 3p $^2$P$_{3/2}$ - 5d $^2$D$_{3/2}$ &  4.5 &  2.74e+01 \\
H I & 12821.6670 & 3d $^2$D$_{3/2}$ - 5p $^2$P$_{1/2}$ &  4.5 &  3.21e+00 \\
H I & 12821.6670 & 3p $^2$P$_{3/2}$ - 5s $^2$S$_{1/2}$ &  4.5 &  2.28e+02 \\
H I & 12821.6797 & 3d $^2$D$_{5/2}$ - 5f $^2$F$_{5/2}$ &  4.5 &  2.31e+01 \\
H I & 12821.6797 & 3d $^2$D$_{5/2}$ - 5f $^2$F$_{7/2}$ &  4.5 &  4.60e+02 \\
H I & 12821.6924 & 3d $^2$D$_{5/2}$ - 5p $^2$P$_{3/2}$ &  4.5 &  5.79e+00 \\
He I & 12849.4814 & 1s 3p $^3$P$_{2}$ - 1s 5s $^3$S$_{1}$ &  4.5 &  4.29e+01 \\
He I & 12849.5166 & 1s 3p $^3$P$_{1}$ - 1s 5s $^3$S$_{1}$ &  4.5 &  2.58e+01 \\
He I & 12849.9639 & 1s 3p $^3$P$_{0}$ - 1s 5s $^3$S$_{1}$ &  4.5 &  8.60e+00 \\
He I & 12972.0010 & 1s 3p $^1$P$_{1}$ - 1s 5d $^1$D$_{2}$ &  4.5 &  1.53e+01 \\
He I & 12988.4287 & 1s 3d $^3$D$_{1}$ - 1s 5p $^3$P$_{0}$ &  4.5 &  1.87e+00 \\
He I & 12988.4492 & 1s 3d $^3$D$_{2}$ - 1s 5p $^3$P$_{1}$ &  4.5 &  4.20e+00 \\
He I & 12988.4541 & 1s 3d $^3$D$_{3}$ - 1s 5p $^3$P$_{2}$ &  4.5 &  7.86e+00 \\
He I & 12988.4551 & 1s 3d $^3$D$_{2}$ - 1s 5p $^3$P$_{2}$ &  4.5 &  1.40e+00 \\
He I & 12988.5234 & 1s 3d $^3$D$_{1}$ - 1s 5p $^3$P$_{1}$ &  4.5 &  1.40e+00 \\
Ca XIV & 13147.8760 & 2s$^2$ 2p$^3$ $^2$D$_{3/2}$ - 2s$^2$ 2p$^3$ $^2$D$_{5/2}$ &  6.7 &  1.09e+00 \\
He I & 13415.3779 & 1s 3p $^1$P$_{1}$ - 1s 5s $^1$S$_{0}$ &  4.5 &  1.79e+01 \\
Cl XII & 13837.0830 & 2s$^2$ 2p$^2$ $^3$P$_{0}$ - 2s$^2$ 2p$^2$ $^3$P$_{1}$ &  6.4 &  1.47e+00 \\
S XI & 13927.6025 & 2s$^2$ 2p$^2$ $^3$P$_{1}$ - 2s$^2$ 2p$^2$ $^3$P$_{2}$ &  6.3 &  2.32e+01 \\
Si X & 14306.1777 & 2s$^2$ 2p $^2$P$_{1/2}$ - 2s$^2$ 2p $^2$P$_{3/2}$ &  6.2 &  1.57e+01 \\
He I & 15087.7988 & 1s 3s $^1$S$_{0}$ - 1s 4p $^1$P$_{1}$ &  4.5 &  1.45e+00 \\
He I & 17007.0098 & 1s 3p $^3$P$_{2}$ - 1s 4d $^3$D$_{1}$ &  4.5 &  1.26e+00 \\
He I & 17007.0645 & 1s 3p $^3$P$_{2}$ - 1s 4d $^3$D$_{2}$ &  4.5 &  1.77e+01 \\
He I & 17007.0684 & 1s 3p $^3$P$_{2}$ - 1s 4d $^3$D$_{3}$ &  4.5 &  1.01e+02 \\
He I & 17007.0742 & 1s 3p $^3$P$_{1}$ - 1s 4d $^3$D$_{1}$ &  4.5 &  1.88e+01 \\
He I & 17007.1289 & 1s 3p $^3$P$_{1}$ - 1s 4d $^3$D$_{2}$ &  4.5 &  5.30e+01 \\
He I & 17007.8574 & 1s 3p $^3$P$_{0}$ - 1s 4d $^3$D$_{1}$ &  4.5 &  2.50e+01 \\
He I & 18690.4316 & 1s 3d $^3$D$_{2}$ - 1s 4f $^3$F$_{2}$ &  4.5 &  2.47e+01 \\
He I & 18690.4609 & 1s 3d $^3$D$_{3}$ - 1s 4f $^3$F$_{4}$ &  4.5 &  2.86e+02 \\
He I & 18690.4844 & 1s 3d $^3$D$_{3}$ - 1s 4f $^3$F$_{3}$ &  4.5 &  3.29e+00 \\
He I & 18690.4883 & 1s 3d $^3$D$_{2}$ - 1s 4f $^3$F$_{3}$ &  4.5 &  2.63e+01 \\
He I & 18690.5859 & 1s 3d $^3$D$_{1}$ - 1s 4f $^3$F$_{2}$ &  4.5 &  1.33e+02 \\
He I & 18702.3516 & 1s 3d $^1$D$_{2}$ - 1s 4f $^1$F$_{3}$ &  4.5 &  6.18e+01 \\
H I & 18755.8223 & 3p $^2$P$_{1/2}$ - 4d $^2$D$_{3/2}$ &  4.5 &  2.28e+02 \\
H I & 18755.8770 & 3s $^2$S$_{1/2}$ - 4p $^2$P$_{3/2}$ &  4.5 &  1.06e+02 \\
H I & 18755.9883 & 3p $^2$P$_{1/2}$ - 4s $^2$S$_{1/2}$ &  4.5 &  2.09e+02 \\
H I & 18756.0430 & 3s $^2$S$_{1/2}$ - 4p $^2$P$_{1/2}$ &  4.5 &  5.30e+01 \\
H I & 18756.1523 & 3d $^2$D$_{3/2}$ - 4f $^2$F$_{5/2}$ &  4.5 &  1.34e+03 \\
H I & 18756.1523 & 3p $^2$P$_{3/2}$ - 4d $^2$D$_{5/2}$ &  4.5 &  3.47e+02 \\
H I & 18756.2070 & 3d $^2$D$_{3/2}$ - 4p $^2$P$_{3/2}$ &  4.5 &  1.21e+00 \\
H I & 18756.2070 & 3p $^2$P$_{3/2}$ - 4d $^2$D$_{3/2}$ &  4.5 &  4.56e+01 \\
H I & 18756.2617 & 3d $^2$D$_{5/2}$ - 4f $^2$F$_{7/2}$ &  4.5 &  1.08e+03 \\
H I & 18756.2891 & 3d $^2$D$_{5/2}$ - 4f $^2$F$_{5/2}$ &  4.5 &  9.52e+01 \\
H I & 18756.3438 & 3d $^2$D$_{5/2}$ - 4p $^2$P$_{3/2}$ &  4.5 &  1.09e+01 \\
H I & 18756.3730 & 3p $^2$P$_{3/2}$ - 4s $^2$S$_{1/2}$ &  4.5 &  4.17e+02 \\
H I & 18756.3730 & 3d $^2$D$_{3/2}$ - 4p $^2$P$_{1/2}$ &  4.5 &  6.03e+00 \\
He I & 19094.6055 & 1s 3p $^1$P$_{1}$ - 1s 4d $^1$D$_{2}$ &  4.5 &  4.77e+01 \\
S XI & 19201.2637 & 2s$^2$ 2p$^2$ $^3$P$_{0}$ - 2s$^2$ 2p$^2$ $^3$P$_{1}$ &  6.3 &  8.43e+00 \\
Si XI & 19349.8809 & 2s 2p $^3$P$_{1}$ - 2s 2p $^3$P$_{2}$ &  6.3 &  2.53e+00 \\
He I & 19548.2109 & 1s 3d $^3$D$_{1}$ - 1s 4p $^3$P$_{0}$ &  4.5 &  5.13e+00 \\
He I & 19548.4629 & 1s 3d $^3$D$_{2}$ - 1s 4p $^3$P$_{1}$ &  4.5 &  1.15e+01 \\
He I & 19548.4941 & 1s 3d $^3$D$_{3}$ - 1s 4p $^3$P$_{2}$ &  4.5 &  2.15e+01 \\
He I & 19548.4980 & 1s 3d $^3$D$_{2}$ - 1s 4p $^3$P$_{2}$ &  4.5 &  3.83e+00 \\
He I & 19548.6328 & 1s 3d $^3$D$_{1}$ - 1s 4p $^3$P$_{1}$ &  4.5 &  3.83e+00 \\
Si VI & 19630.0801 & 2s$^2$ 2p$^5$ $^2$P$_{3/2}$ - 2s$^2$ 2p$^5$ $^2$P$_{1/2}$ &  5.7 &  1.70e+00 \\
He I & 20586.9375 & 1s 2s $^1$S$_{0}$ - 1s 2p $^1$P$_{1}$ &  4.5 &  8.61e+00 \\
He I & 21125.8223 & 1s 3p $^3$P$_{2}$ - 1s 4s $^3$S$_{1}$ &  4.5 &  2.36e+01 \\
He I & 21125.9219 & 1s 3p $^3$P$_{1}$ - 1s 4s $^3$S$_{1}$ &  4.5 &  1.41e+01 \\
He I & 21127.1309 & 1s 3p $^3$P$_{0}$ - 1s 4s $^3$S$_{1}$ &  4.5 &  4.71e+00 \\
He I & 21137.8359 & 1s 3p $^1$P$_{1}$ - 1s 4s $^1$S$_{0}$ &  4.5 &  4.07e+01 \\
Ca XIII & 22650.0977 & 2s$^2$ 2p$^4$ $^3$P$_{1}$ - 2s$^2$ 2p$^4$ $^3$P$_{0}$ &  6.6 &  1.69e+00 \\
Si IX & 25846.5195 & 2s$^2$ 2p$^2$ $^3$P$_{1}$ - 2s$^2$ 2p$^2$ $^3$P$_{2}$ &  6.1 &  1.28e+00 \\
He I & 28550.2891 & 1s 4s $^3$S$_{1}$ - 1s 5p $^3$P$_{1}$ &  4.5 &  1.19e+00 \\
He I & 28550.3203 & 1s 4s $^3$S$_{1}$ - 1s 5p $^3$P$_{2}$ &  4.5 &  1.99e+00 \\
He I & 37035.5820 & 1s 4p $^3$P$_{2}$ - 1s 5d $^3$D$_{3}$ &  4.5 &  5.32e+00 \\
He I & 37035.7070 & 1s 4p $^3$P$_{1}$ - 1s 5d $^3$D$_{2}$ &  4.5 &  2.79e+00 \\
He I & 37037.0781 & 1s 4p $^3$P$_{0}$ - 1s 5d $^3$D$_{1}$ &  4.5 &  1.33e+00 \\
He I & 40377.2930 & 1s 4d $^3$D$_{2}$ - 1s 5f $^3$F$_{2}$ &  4.5 &  1.45e+00 \\
He I & 40377.3438 & 1s 4d $^3$D$_{3}$ - 1s 5f $^3$F$_{4}$ &  4.5 &  1.67e+01 \\
He I & 40377.3906 & 1s 4d $^3$D$_{3}$ - 1s 5f $^3$F$_{3}$ &  4.5 &  1.45e+00 \\
He I & 40377.4102 & 1s 4d $^3$D$_{2}$ - 1s 5f $^3$F$_{3}$ &  4.5 &  1.15e+01 \\
He I & 40377.6055 & 1s 4d $^3$D$_{1}$ - 1s 5f $^3$F$_{2}$ &  4.5 &  7.77e+00 \\
He I & 40409.4219 & 1s 4d $^1$D$_{2}$ - 1s 5f $^1$F$_{3}$ &  4.5 &  4.36e+00 \\
He I & 40490.1484 & 1s 4f $^3$F$_{3}$ - 1s 5g $^3$G$_{4}$ &  4.5 &  7.39e+00 \\
He I & 40490.2148 & 1s 4f $^3$F$_{4}$ - 1s 5g $^3$G$_{5}$ &  4.5 &  9.64e+00 \\
He I & 40490.3125 & 1s 4f $^3$F$_{2}$ - 1s 5g $^3$G$_{3}$ &  4.5 &  5.45e+00 \\
He I & 40490.4297 & 1s 4f $^1$F$_{3}$ - 1s 5g $^1$G$_{4}$ &  4.5 &  3.13e+00 \\
H I & 40521.9219 & 4p $^2$P$_{1/2}$ - 5d $^2$D$_{3/2}$ &  4.5 &  1.90e+01 \\
H I & 40521.9219 & 4s $^2$S$_{1/2}$ - 5p $^2$P$_{3/2}$ &  4.5 &  1.00e+01 \\
H I & 40522.3047 & 4s $^2$S$_{1/2}$ - 5p $^2$P$_{1/2}$ &  4.5 &  4.99e+00 \\
H I & 40522.3047 & 4p $^2$P$_{1/2}$ - 5s $^2$S$_{1/2}$ &  4.5 &  2.57e+01 \\
H I & 40522.5625 & 4p $^2$P$_{3/2}$ - 5d $^2$D$_{5/2}$ &  4.5 &  3.43e+01 \\
H I & 40522.5625 & 4d $^2$D$_{3/2}$ - 5f $^2$F$_{5/2}$ &  4.5 &  5.80e+01 \\
H I & 40522.6914 & 4p $^2$P$_{3/2}$ - 5d $^2$D$_{3/2}$ &  4.5 &  3.80e+00 \\
H I & 40522.8164 & 4f $^2$F$_{5/2}$ - 5g $^2$G$_{7/2}$ &  4.5 &  5.58e+01 \\
H I & 40522.8164 & 4d $^2$D$_{5/2}$ - 5f $^2$F$_{5/2}$ &  4.5 &  4.14e+00 \\
H I & 40522.8164 & 4f $^2$F$_{7/2}$ - 5g $^2$G$_{9/2}$ &  4.5 &  7.49e+01 \\
H I & 40522.8164 & 4d $^2$D$_{5/2}$ - 5f $^2$F$_{7/2}$ &  4.5 &  8.28e+01 \\
H I & 40522.9453 & 4d $^2$D$_{5/2}$ - 5p $^2$P$_{3/2}$ &  4.5 &  2.31e+00 \\
H I & 40522.9453 & 4f $^2$F$_{7/2}$ - 5d $^2$D$_{5/2}$ &  4.5 &  1.11e+00 \\
H I & 40522.9453 & 4f $^2$F$_{7/2}$ - 5g $^2$G$_{7/2}$ &  4.5 &  3.99e+00 \\
H I & 40523.0742 & 4p $^2$P$_{3/2}$ - 5s $^2$S$_{1/2}$ &  4.5 &  5.14e+01 \\
H I & 40523.0742 & 4d $^2$D$_{3/2}$ - 5p $^2$P$_{1/2}$ &  4.5 &  1.27e+00 \\
He I & 41227.3789 & 1s 4p $^1$P$_{1}$ - 1s 5d $^1$D$_{2}$ &  4.5 &  2.23e+00 \\
He I & 42440.7578 & 1s 4d $^3$D$_{2}$ - 1s 5p $^3$P$_{1}$ &  4.5 &  1.57e+00 \\
He I & 42440.8125 & 1s 4d $^3$D$_{3}$ - 1s 5p $^3$P$_{2}$ &  4.5 &  2.93e+00 \\
He I & 42954.1875 & 1s 3s $^3$S$_{1}$ - 1s 3p $^3$P$_{0}$ &  4.5 &  1.26e+01 \\
He I & 42959.1875 & 1s 3s $^3$S$_{1}$ - 1s 3p $^3$P$_{1}$ &  4.5 &  3.76e+01 \\
He I & 42959.5938 & 1s 3s $^3$S$_{1}$ - 1s 3p $^3$P$_{2}$ &  4.5 &  6.26e+01 \\
He I & 46066.0938 & 1s 4p $^1$P$_{1}$ - 1s 5s $^1$S$_{0}$ &  4.5 &  3.87e+00 \\
He I & 46949.5234 & 1s 4p $^3$P$_{2}$ - 1s 5s $^3$S$_{1}$ &  4.5 &  8.82e+00 \\
He I & 46949.7227 & 1s 4p $^3$P$_{1}$ - 1s 5s $^3$S$_{1}$ &  4.5 &  5.30e+00 \\
He I & 46952.1445 & 1s 4p $^3$P$_{0}$ - 1s 5s $^3$S$_{1}$ &  4.5 &  1.76e+00 \\
He I & 108821.7031 & 1s 4s $^3$S$_{1}$ - 1s 4p $^3$P$_{1}$ &  4.5 &  1.05e+00 \\
He I & 108822.7734 & 1s 4s $^3$S$_{1}$ - 1s 4p $^3$P$_{2}$ &  4.5 &  1.75e+00 \\
\hline
\end{longtable}
\end{document}
