\begin{table}%t9
\caption{The emission line fluxes (H$\beta=100$).}\label{tab9}
\small%\centerline
 {
\begin{tabular}{llrrc|cllrr}
\hline\hline
 Label & Line & Model flux & Obs. flux  &&&  Label & Line & Model flux & Obs. flux  \\
       &      &            & (dereddened)&&&       &      &   &  (dereddened)\\
\hline
TOTL &  4861~A &  100.00 &  100.00  &&&    N  2 &   5755~A  &   0.13   &    0.15    \\
C  2 &  1335~A &   23.60 &     3.95 &&&     He 1 &   5876~A &   13.76  &     14.34    \\
TOTL &  1665~A &    3.09 &     2.13 &&&     O  1 &   6300~A &    0.02  &     0.07    \\
TOTL &  1750~A &    2.20 &     1.67 &&&     S  3 &   6312~A &    0.55  &     0.60    \\
C  2 &  1761~A &    0.36 &     2.86 &&&     N  2 &   6548~A &    3.39  &     3.04    \\
Si 3 &  1883~A &    1.89 &     1.79 &&&     N  2 &   6584~A &    10.00 &     8.79    \\
Si 3 &  1892~A &    1.19 &     1.20 &&&     He 1 &   6678~A &    3.69  &    4.07    \\
TOTL &  1909~A &   85.94 &    82.80 &&&     S II &   6716~A &    0.56  &    0.43    \\
TOTL &  2326~A &    5.74 &    3.24  &&&    S II &    6731~A &    0.68  &    0.58    \\
O II &  2471~A &    1.12 &    1.27  &&&    He 1 &    7065~A &    6.77  &    3.94    \\
He 1 &  2829~A &    1.12 &    1.91  &&&    Ar 3 &    7135~A &   10.50  &    11.51    \\
He 1 &  2945~A &    1.86 &    1.91  &&&    O II &    7323~A &   0.83   &    0.92    \\
He 1 &  3614~A &    0.70 &    0.62  &&&    O II &    7332~A &    0.66  &    0.77    \\
H  1 &  3687~A &    0.64 &    0.83  &&&    Ar 3 &    7751~A &    2.53  &    2.71    \\
H  1 &  3692~A &    0.72 &    0.97  &&&    S  3 &    9532~A &   25.19  &    28.90    \\
O II &  3726~A &   23.82 &   14.85  &&&    H  1 &    2.625~m &    4.76 &     3.70    \\
O II &  3729~A &   17.28 &   10.11  &&&    H  1 &    3.296~m &    0.80 &     0.88    \\
Ne 3 &  3869~A &   53.74 &   49.24  &&&    H  1 &    3.740~m &    1.14 &     1.02    \\
He 1 &  3965~A &    1.35 &    1.14  &&&    H  1 &    4.051~m &    8.48 &     8.50    \\
Ne 3 &  3968~A &   16.20 &   14.34  &&&    H  1 &    7.458~m &    2.74 &     2.09    \\
He 1 &  4026~A &    2.51 &    2.37  &&&    Ar 3 &    9.000~m &   10.23 &     10.70    \\
H  1 &  4102~A &   26.46 &   25.88  &&&    S  4 &    10.51~m &   24.55 &     34.70    \\
H  1 &  4340~A &   47.28 &   46.82  &&&    Ne 2 &    12.81~m &    6.82 &     4.10    \\
TOTL &  4363~A &    3.95 &    3.74  &&&    Ne 3 &    15.55~m &   98.78 &     110.00    \\
Fe 2 &  4416~A &    0.00 &    0.05  &&&    P  3 &    17.89~m &    0.91 &     1.00    \\
Fe 3 &  4659~A &    0.14 &   0.14   &&&   S  3  &   18.67~m  &  17.89  &    16.70    \\
Fe 3 &  4755~A &    0.02 &    0.07  &&&    Ar 3 &    21.83~m &    0.69 &     1.05    \\
Ar 4 &  4711~A &    0.46 &   0.39   &&&   S  3  &    33.47~m &   12.87 &     11.60    \\
Ar 4 &  4740~A &    0.41 &   0.36   &&&   Si 2 &    34.81~m  &   1.00  &    $\leq$$2.0$          \\
Fe 3 &  4881~A &    0.03 &    0.06  &&&    Ne 3 &    36.01~m &    8.56 &   10.00    \\
O  3 &  4959~A &  254.82 &  251.10  &&&    O  3 &    51.80~m &  162.25 &  170.00    \\
Fe 3 &  5271~A &    0.08 &   0.06   &&&   N  3 &    57.21~m  &  28.11  &  31.90    \\
Cl 3 &  5518~A &    0.41 &   0.43   &&&   O  3 &    88.33~m  &  56.17  &  59.60    \\
Cl 3 &  5538~A &    0.36 &   0.39   &&&   C  2 &    157.6~m  &   0.26  &  0.48    \\
\hline
\end{tabular}}
\medskip
Absolute H$\beta$ flux(n.lobe) Model: $1.29$~$\times$ $10^{-10}~{\rm erg~cm^{-2}~s^{-1}}$
Obsn: $1.28$~$\times$ $10^{-10}~{\rm erg~cm^{-2}~s^{-1}}$. \\
Notes: ``A'' in Col.~``Line'' signifies angstrom; ``m'' signifies $\mu$m.  In Col. ``Label'', we have followed the notation used by Cloudy for atoms and ions; this will make
identifying a line in Cloudy's huge line list easy.  Neutral state
is indicated by ``1'' and singly ionized state by ``2'' etc., ``TOTL'' typically
means the sum of all the lines in the doublet/multiplet; or it could
mean sum of all processes: recombination, collisional excitation,
and charge transfer. Some elements are represented by usual notation as per Cloudy.
\end{table}