\documentstyle[referee]{l-aa}
\def\fm{\hbox{$.\!\!{}^{\rm m}$}}
\def\te{$T_{eff}$\,}
\def\m{MWC\,314\,}
\def\ha{$H_{\alpha}$\,}
\def\hb{$H_{\beta}$\,}
\def\hg{$H_{\gamma}$\,}
\def\kms{km\,s$^{-1}$\,}
\def\erg{\rm{10$^{-16} ergs~cm^{-2}s^{-1}$}}
\begin{document}

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\begin{tabular}{llclcl}
\hline\noalign{\smallskip}
$\lambda_{obs}$ &Identification  & Peak Intensity & Equivalent & R.V.   & Integrated flux  \\
                &                & $I_{cont}=1$   & width (\AA)& (\kms) & \erg             \\
\noalign{\smallskip}
\hline\noalign{\smallskip}
}


\newcommand{\tabclose}{
\noalign{\smallskip}
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\end{tabular}
\end{center}
\clearpage
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}
{\bf Table 1.} Emission lines identified in the optical spectrum of \m
\tabheader
4209.14 &  Cr {\sc ii}  (162)              & 1.18  & 0.29    &   & 372.10   \\
4233.98 &  Fe {\sc ii}  (27)               & 1.17  & 0.62    &   & 909.50   \\
4244.00 & [Fe {\sc ii}] (21F)              & 1.07  & 0.21    &   & 258.47   \\
4252.02 &  Ti {\sc ii}  (95)               & 1.09  & 0.19    &   & 231.89   \\
4259.23 &  Fe {\sc ii}  (21)               & 1.11  & 0.43+f  &   & 731.99+f \\
4261.63 &  Mn {\sc ii}  (2)                & 1.06  &         &   & \\
4273.80 &  Fe {\sc ii}  (27)               & 1.09  & 0.51+2f &   & 1022.73+2f \\
4276.20 &  Cr {\sc ii}  (31)               & 1.09  &         &   &  \\
4278.60 &  Fe {\sc ii}  (32)               & 1.09  &         &   &  \\
4288.06 & [Fe {\sc ii}] (7F)+Ti{\sc ii}(20)& 1.11  & 0.09    &   &  \\
4290.87 &  Ti {\sc ii}  (41)               & 1.11  & 0.11    & 45&  \\
4296.75*&  Fe {\sc ii}  (28)               & 1.13  & 0.23    &   & 277.46 \\
4300.39 &  Ti {\sc ii}  (41)               & 1.11  & 0.09    &   & \\
4301.00 &  Mn {\sc ii}  (6)                & 1.10  & 0.07    &   & \\
4302.03*&  Ti {\sc ii}  (41)               & 1.17  & 0.23    &   & \\
4303.65*&  Fe {\sc ii}  (37)               & 1.23  & 0.31    &   & 435.15+3p\\
4313.34 &  Ti {\sc ii}  (41)               & 1.20  & 0.18    &   & \\
4314.61*&  Fe {\sc ii}  (32)               & 1.18  & 0.30    &   & 226.70+p+f \\
4315.56 &  Ti {\sc ii}  (41)               & 1.13  & 0.11    &   &  \\
4317.40 &  Ti {\sc ii}  (94)               & 1.10  & 0.03    &   & 42.42+f \\
4318.30 &  Fe {\sc ii}  (220)              & 1.07  & 0.02    &   & \\
4319.62 & Fe{\sc ii}(220)+[Fe{\sc ii}](21F)& 1.34  & 0.26    &   & 71.00 \\
4325.70*&  Mn {\sc ii}  (6)                & 1.18  & 0.19    &   &        \\
4330.30 & [Fe {\sc ii}] (36)+Ti{\sc ii}(94)& 1.10  & 0.02    &   &       \\
4331.20*&  Ti {\sc ii}  (41)               & 1.14  & 0.13    & 34&       \\
4337.90 &  Ti {\sc ii}  (94)               & 1.18  &         &   &       \\
4341.04 &  $H_\gamma$                      & 3.26  &4.68+p+f & 40& 15660.1+4p+10f \\
4343.90 &  Mn {\sc ii}  (6)                & 1.17  &         &   &       \\
4344.72 &  Ti {\sc ii}  (20)               & 1.16  & 0.15    &   &       \\
4345.58 &  Mn {\sc ii}  (6)                & 1.08  & 0.05    &   &       \\
4352.36*&  Fe {\sc ii}  (27)               & 1.36  & 0.64    & 41&       \\
4352.85 &  Cr {\sc ii}  (37)               & 1.26  & 0.13    &   &       \\
4353.35 & [Fe {\sc ii}] (21F)              & 1.31  & 0.19    &   &       \\
4358.16 &  Fe {\sc ii}                     & 1.20  & 0.07    &   &       \\
4359.02 & [Fe {\sc ii}] (21F)              & 1.20  & 0.18    &   &       \\
4359.76 & [Fe {\sc ii}] (7F)               & 1.16  & 0.07    &   &       \\
4363.80*&  Cr {\sc ii}  (189)              & 1.13  & 0.14    &   &       \\
4368.30*&  Ti {\sc ii}  (104)              & 1.06  &         &   &  \\
4369.60*&  Fe {\sc ii}  (28)               & 1.17  & 0.23+p  &   & 257.89+p \\
4375.30*&  Ti {\sc ii}  (104)              & 1.14  & 0.18    &   & 436.58 \\
4381.95 &  Fe {\sc ii}  (9)                & 1.10  & 0.02    &   &  \\
4383.62 & [Fe {\sc ii}] (6F)               & 1.17  & 0.15    &   &  \\
4384.54*&  Fe {\sc ii}  (32)               & 1.33  & 0.43    &   & 1352.26+2p+4f \\
4385.59 &  Fe {\sc ii}  (27)               & 1.29  & 0.23    &   &  \\
4386.85*&  Fe {\sc ii}  (26)               & 1.18  & 0.25    &   &  \\
4387.50 &  Ti {\sc ii}  (104)              & 1.07  & 0.02    &   &  \\
4388.20 &  He {\sc i}   (51)               & 1.10  & 0.02    &   &   \\
4391.82*&  Ti {\sc ii}  (61)               & 1.11  & 0.03    &   &  \\
4394.10*&  Ti {\sc ii}  (51)               & 1.06  &         &   &  \\
4395.33 &  Ti {\sc ii}  (19)               & 1.20  & 0.19+p  &   & \\
4396.07 &  Ti {\sc ii}  (61)               & 1.14  & 0.16   &   &  \\
\tabclose

\hfil {Table 1. Continued}
\tabheader
4398.66 &  Ti {\sc ii}  (61)               & 1.11  & 0.16   &   &   \\
4399.83 &  Ti {\sc ii}  (51)               & 1.19  & 0.34+f &   & 424.41+p+2f \\
4401.30 &  Ti {\sc ii}  (93)               & 1.05  &        &   &  \\
4404.70 &  V  {\sc ii}  (30)               & 1.27  & 0.26   &   &  \\
4414.08 & [Fe {\sc ii}] (7F)+Fe {\sc ii}(32)& 1.17 & 0.21   &   &  \\
4415.93 & [Fe {\sc ii}] (6F)                & 1.31 & 0.28   &   &  \\
4416.91 &  Fe {\sc ii}  (27)                & 1.25 & 0.37+2f&   & 2106.35+2p+3f\\
4418.30 &  Ti {\sc ii}  (40)                & 1.09 &        &   &  \\
4418.95*&  Ti {\sc ii}  (51)                & 1.08 &        &   &  \\
4419.60 &  Fe {\sc iii} ( 4)                & 1.13 & 0.04   &   &  \\
4441.95*&  Ti {\sc ii}  (40)                & 1.10 & 0.16   &   & \\
4443.85 &  Ti {\sc ii}  (19)                & 1.08 & 0.13   &   & \\
4444.72 &  Ti {\sc ii}  (31)                & 1.14 & 0.19   &   & \\
4451.80 &  Ti {\sc ii}  (19)                & 1.09 & 0.03   &   & \\
4456.10 &  Fe {\sc ii}                      & 1.08 & 0.04   &   & \\
4462.01 &  Fe {\sc ii}  (26)                & 1.11 & 0.15   &39:& \\
4469.01 &  Ti {\sc ii}  (31)                & 1.05 & 0.17   &   & \\
4471.88 &  He {\sc i}   (14)                & 1.33 & 0.73   &27:& 1711.89+p+2f \\
4473.45 &  Fe {\sc ii}  (37)                & 1.20 & 0.20+f &   & \\
4474.10 &  Fe {\sc ii}  (171)               & 1.14 &        &   & \\
4482.80*&  Ti {\sc ii}  (30)                & 1.10 &        &   & 65.75 \\
4489.17 &  Fe {\sc ii}  (37)                & 1.35 & 0.41+p &   & 1745.20+f \\
4491.76 &  Fe {\sc ii}  (37)                & 1.29 & 0.38   &   & \\
4501.40 &  Ti {\sc ii}  (18)                & 1.12 & 0.17   &   & 119.05 \\
4508.79*&  Fe {\sc ii}  (38)                & 1.27 & 0.52   & 33& 963.85+f \\
4509.64 & [Fe {\sc ii}] (6F)                & 1.20 & 0.16   &   & \\
4515.98*&  Fe {\sc ii}  (37)                & 1.41 & 0.49   & 43& 2994.81+5f \\
4516.50*&  Cr {\sc ii}  (191)               & 1.33 & 0.42   &   & \\
4520.86*&  Fe {\sc ii}  (37)                & 1.35 & 0.53   & 42& \\
4521.10*&  Ti {\sc ii}  (30)                & 1.10 &        &   & \\
4523.20*&  Fe {\sc ii}  (38)                & 1.31 & 0.70+p & 38& \\
4525.67 &  Ti {\sc ii}  (18)                & 1.12 & 0.07   &   & \\
4529.10 & [Fe {\sc ii}] (6F)                & 1.09 & 0.28   &   &308.68 \\
4533.99*&  Ti {\sc ii}  (50)                & 1.20 & 0.18   &   &578.13+f \\
4534.73*&  Fe {\sc ii}  (37)                & 1.23 & 0.22   &   & \\
4542.17*&  Fe {\sc ii}  (38)                & 1.20 & 0.27+2f& 43& 750.48+2f \\
4544.80 &  Ti {\sc ii}  (60)                & 1.05 &        &   & \\
4545.45 &  Ti {\sc ii}  (30)                & 1.04 &        &   &  \\
4550.04*&  Fe {\sc ii}  (38)                & 1.47 & 0.83+f &38:& 1180.38+f \\
4550.60 & [Fe {\sc ii}] (6F)                & 1.31 &        &   &  \\
4556.18*&  Fe {\sc ii}  (37)                & 1.43 & 0.73   &   & 1575.78+f \\
4559.02*&  Cr {\sc ii}  (44)                & 1.20 & 0.22   &   & \\
4565.43 &  P  {\sc ii}  (36)                & 1.16 & 0.09   &   & 409.97 \\
4571.90*&  Cr {\sc ii}  (16)                & 1.14 & 0.11   &   & \\
4572.50*&  Ti {\sc ii}  (82)                & 1.14 & 0.08+f & 35& \\
4573.20*&  Cr {\sc ii}  (16)                & 1.13 &        &   & \\
4577.07 &  Fe {\sc ii}  (38)                & 1.25 & 0.46+f & 48& \\
4578.10 &  Fe {\sc ii}  (54)                & 1.12 &        &   & \\
4580.75 &  Fe {\sc ii}  (26)                & 1.10 &        & 45& \\
4584.20*&  Fe {\sc ii}  (38)                & 1.63 &1.33+3f+p&   & 5029.62+6p+3f \\
4588.88*&  Cr {\sc ii}  (44)                & 1.11 &         &43:& \\
\tabclose

\hfil {Table 1. Continued}
\tabheader
4592.3  &  Cr {\sc ii}  (44)                & 1.10 &         &   & \\
4595.95 &  Fe {\sc ii}  (38)                & 1.07 &         &   & \\
4617.00*&  Cr {\sc ii}  (44)                & 1.08 &         &   & \\
4617.80 &  Fe {\sc iii} (108)               & 1.14 & 0.09+p  &   & \\
4620.65*&  Fe {\sc ii}  (38)                & 1.25 & 0.71    &   & 1687.36+2p \\
4629.60*& Fe{\sc ii}(37)+ Ti{\sc ii}(38)    & 1.42 & 0.90    & 40& 1502.51 \\
4634.85*&  Fe {\sc ii}  (25)                & 1.18 & 0.33    &   & 600.69 \\
4647.90 &  Mn {\sc ii}  (18)                & 1.12 &         &   & \\
4649.60 &  Fe {\sc ii}  (25)                & 1.13 & 0.24+p  &   & 131.93+p \\
4657.91*&  Ti {\sc ii}  (59)                & 1.25 & 0.61    & 45& 2547.12+5f \\
4663.60 &  Ti {\sc ii}  (38)                & 1.10 &         &   & \\
4664.42 &  Fe {\sc ii}  (44)                & 1.12 &         &41:& \\
4665.10 & [Fe {\sc ii}] (4F)                & 1.09 &         &   & \\
4667.39*&  Fe {\sc ii}  (37)                & 1.23 & 0.47+3p & 41& \\
4670.93*&  Fe {\sc ii}  (25)                & 1.14 & 0.36    & 49& \\
4685.90 &  He {\sc ii}  (1)                 & 1.03 & 0.02    &   &  \\
4698.20 &  Cr {\sc ii}  (177)               & 1.09 & 0.14    &   & \\
4701.60 & [Fe {\sc iii}] (3F)               & 1.11 & 0.18    &   & 568.95+p \\
4709.24 &  Ti {\sc ii} (49)                 & 1.06 & 0.12    & 37&        \\
4713.76 &  He {\sc i}   (12)                & 1.20 & 0.17    &25:& 716.90+f \\
4715.43 &  Cr {\sc ii}  (178)               & 1.11 & 0.06    &   & \\
4728.59 & [Fe {\sc ii}] (4F)                & 1.05 &         &   & \\
4732.05*&  Fe {\sc ii} (43)                 & 1.30 & 0.78+p  &39 & 2769.33+p \\
4764.50 &  Ti {\sc ii} (48)                 & 1.10 &         &   &        \\
4765.19 &  Ti {\sc ii} (48)                 & 1.12 & 0.30+p  &41 & 447.13 \\
4770.20 & [Fe {\sc iii}] (3F)               & 1.02 & 0.02    &   &        \\
4781.11*&  Fe {\sc ii} (50)                 & 1.08 & 0.16    &32:&        \\
4798.70 & [Fe {\sc ii}] (4F)                & 1.04 & 0.05    &   & 231.18 \\
4799.12 &  Ti {\sc ii} (17)                 & 1.06 & 0.13    &37:&        \\
4805.78*&  Ti {\sc ii} (92)                 & 1.12 & 0.18    &43:& 1369.44+f \\
4812.98*&  Cr {\sc ii} (30)                 & 1.07 & 0.26+f  &40 &         \\
4814.75 & [Fe {\sc ii}](20F)                & 1.06 &         &   & \\
4824.79 &  Cr {\sc ii} (30)                 & 1.20 & 0.57+f  &41 & 1513.09+f \\
4826.90:&  Fe {\sc ii} (30)                 & 1.08 &         &   &           \\
4833.89 &  Fe {\sc ii} (30)                 & 1.07 & 0.16    &42:&           \\
4836.91*&  Cr {\sc ii} (30)                 & 1.08 & 0.20    &43 &           \\
4840.68 &  Fe {\sc ii} (30)                 & 1.04 & 0.09    &42:&           \\
4848.87*&  Cr {\sc ii} (30)                 & 1.15 & 0.27    &39:& 54193.7+f \\
4862.09 &  $H_\beta$                        & 7.82 & 21.10   &47 & \\
4871.94 &  Fe {\sc ii} (25)                 & 1.04 & 0.12    &41 &           \\
4885.12 &  Cr {\sc ii} (30)                 & 1.03 & 0.05    &32:&           \\
4890.03 & [Fe {\sc ii}] (4F)                & 1.03 & 0.08    &25:& \\
4894.35*&  Fe {\sc ii} (36)                 & 1.06 & 0.02    &35:& 245.99 \\
4905.68 & [Fe {\sc ii}](20F)                & 1.04 & 0.09    &21:& \\
4911.81*&  Ti {\sc ii} (114)                & 1.07 & 0.18    &37 & 403.98 \\
4922.14 &  He {\sc i} (48)                  & 1.28 &         &13:&         \\
4924.53*&  Fe{\sc ii} (42)                  & 1.72 & 2.05+p  &37 & 3274.20 \\
4930.80 & [Fe {\sc iii}](1F)                & 1.03 & 0.03    &   & \\
4935.00 &  Ba{\sc ii}] (1)                  & 1.02  & 0.04    &56: &   \\
4954.72*&  Fe {\sc ii} (168)                & 1.03  & 0.06    &45: &       \\
\tabclose

\hfil {Table 1. Continued}
\tabheader
4958.40 & [Fe {\sc ii}](4F)                 & 1.05  & 0.10    &    &128.79 \\
4982.00 &  Ti {\sc ii}  (71)                & 1.04  & 0.09+f  &    & \\
4982.93 & [Ti {\sc ii}] (23F)               & 1.04  &         &12: &\\
4987.20 & [Fe {\sc iii}](2F)                & 1.05  & 0.24+p  &    &253.39+p \\
4991.70 &  Fe {\sc ii}  (25)                & 1.07  &         &    &\\
4994.12*&  Fe {\sc ii}  (36)                & 1.26  & 0.70+p  &46: &2836.85+2f \\
5001.35*&  Fe {\sc ii}  (25)                & 1.20  & 0.29    &37  &\\
5005.20 &  Fe {\sc ii}                      & 1.05  & 0.14    &    &\\
5016.09 &  He {\sc  i}  ( 4)                & 1.77  &         &25  &\\
5018.97 &  Fe {\sc ii}  (42)                & 1.90  & 3.95+p  &32: &8469.33+p+f \\
5031.64*&  Sc {\sc ii}  (23)                & 1.05  & 0.11    &37: &\\
5038.80 &  Ti {\sc ii}  (71)                & 1.05  & 0.06    &    &\\
5041.33 &  Si {\sc ii}  ( 5)                & 1.07  & 0.30    &16  &1135.46+p \\
5048.03 &  He {\sc i}   (47)                & 1.06  & 0.04    &17: &       \\
5056.29 &  Si {\sc ii}  ( 5)                & 1.12  & 0.17    &16  &819.73 \\
5073.04*&  Ti {\sc ii}  (113)               & 1.09  & 0.15    &44: &1977.57+p \\
5077.20 & [Fe {\sc ii}] (20F)               & 1.07  & 0.11    &    &227.82 \\
5082.00 & [Ti {\sc ii}] (19F)               & 1.09  & 0.12    &    &274.88 \\
5086.80 & [Fe {\sc ii}] ( 3F)               & 1.04  & 0.08    &    &204.61 \\
5090.40 &  Fe {\sc ii}                      & 1.01  &$<$0.02  &    &35.54 \\
5094.00 &  Fe {\sc ii}  (205)               & 1.01  &$<$0.02  &    &41.29 \\
5098.08 &  Cr {\sc ii}  (24)                & 1.02  &         &45: &139.26 \\
5101.32 &  Fe {\sc ii}  (35)                & 1.12  & 0.31+p  &39  &985.53 \\
5110.87 & [Fe {\sc ii}] (19F)               & 1.06  & 0.11    &14: &       \\
5120.99*&  Fe {\sc ii}  ( 35)               & 1.08  & 0.12    &38  &240.98 \\
5127.96 &  Fe {\sc iii} (  5)               & 1.09  &         &    &       \\
5129.84*&  Ti {\sc ii}  ( 86)               & 1.15  & 0.58+p  &41: &\\
5133.32 &  Fe {\sc ii}  ( 35)               & 1.20  & 0.48    &38: &2467.58+p+f \\
5137.46*&  Fe {\sc ii}  ( 35)               & 1.09  & 0.27    &40  &\\
5146.79*&  Fe {\sc ii}  ( 35)               & 1.11  & 0.24    &39  &497.93 \\
5152.40 & [Fe {\sc iii}]( 1F)               & 1.03  & 0.02    &    &       \\
5155.10*&  Fe {\sc ii}  ( 35)               & 1.15  & 0.33    &41: &583.39 \\
5158.24 & [Fe {\sc ii}] (19F)               & 1.16  & 0.20    &14: &742.06 \\
5169.50*&  Fe {\sc ii}  ( 42)               & 1.68  & 2.86+f  &27  &5642.61+p \\
5173.32*&  Mg {\sc i}   ( 2)                & 1.31  &         &37: &\\
5184.35*&  Mg {\sc i}   ( 2)                & 1.24  & 1.03+2f &43: &21560+2f \\
5186.60 &  Ti {\sc ii}  ( 86)               & 1.09  &         &    &\\
5189.50*&  Ti {\sc ii}  ( 70)               & 1.10  &         &46: &\\
5192.40 &  Fe {\sc ii}  ( 52)               & 1.08  & 0.08    &    &\\
5198.26*&  Fe {\sc ii}  ( 49)               & 1.46  & 1.11    &40: &2871.30+3p\\
5211.78 &  Ti {\sc ii}  (103)               & 1.09  & 0.25    &32: &1001.30 \\
5217.60 &  Fe {\sc iii}                     & 1.04  & 0.04    &    &277.74+f \\
5220.00 & [Fe {\sc ii}] (19F)               & 1.02  & 0.02    &    &\\
5227.27*&  Ti {\sc ii}  ( 70)               & 1.20  & 0.42    &42: &1028.76 \\
5233.10 &  Cr {\sc ii}  ( 43)               & 1.05  &         &    &        \\
5235.06*&  Fe {\sc ii}  ( 49)               & 1.48  &1.80+p+f &25: &3678.83 \\
5238.04*&  Cr {\sc ii}  ( 43)               & 1.17  &         &41  &        \\
5240.55*&  Sc {\sc ii}  ( 26)               & 1.04  & 0.02     &42:&        \\
5247.55*&  Cr {\sc ii}  ( 23)               & 1.05  & 0.09+f   &45:&        \\
5248.80 &  Fe {\sc ii}                      & 1.03  &          &   & \\
\tabclose

\hfil {Table 1. Continued}
\tabheader
5250.80 &  Cr {\sc ii}  ( 23)               & 1.04  & 0.10     &   &271.76+p \\
5255.73*&  Fe {\sc ii}  ( 49)               & 1.26  & 0.83+f   &46:& 1734.87 \\
5257.58*&  Fe {\sc ii}  ( 41)               & 1.11  &          &37:&         \\
5262.00 & [Fe {\sc ii}] (19F)               & 1.12  &          &   & \\
5265.54*&  Fe {\sc ii}  ( 48)               & 1.20  & 0.75+p   &42 & \\
5270.40 & [Fe {\sc iii}] (1F)               & 1.20  & 0.37     &   & \\
5273.80 & [Fe {\sc ii}] (18F)               & 1.10  &          &   & \\
5276.56 &  Fe {\sc ii}  ( 49)               & 1.52  & 2.12+p   &32:& 10088.1+2p+2f \\
5280.64*&  Cr {\sc ii}  ( 43)               & 1.08  & 0.19     &43:& \\
5284.83*&  Fe {\sc ii}  ( 41)               & 1.35  & 0.85     &42 & \\
5306.73*&  Cr {\sc ii}  ( 24)               & 1.09  & 0.32+f   &50:& \\
5309.27*&  Cr {\sc ii}  ( 43)               & 1.06  &          &48:& \\
5314.00*&  Cr {\sc ii}  ( 43)               & 1.08  &          &   & \\
5317.18 &  Fe {\sc ii}  ( 49)               & 1.82  & 2.18+p   &32:& 8299.54+2p \\
5326.27*&  Fe {\sc ii}  ( 49)               & 1.25  & 0.82     &40 & 1741.98 \\
5333.79 & [Fe {\sc ii}] (19F)               & 1.10  &          &13:&        \\
5335.55*&  Cr {\sc ii}  (43)                & 1.12  &          &39:&        \\
5337.56*&  Ti {\sc ii}  (69)                & 1.20  &0.72+2p+f &43:&        \\
5338.35*&  Fe {\sc ii}  ( 48)               & 1.16  &          &36:& 2300.98 \\
5347.11 &  Fe {\sc ii}  ( 49)               & 1.05  & 0.04     &31:& 482.22+f \\
5350.80 &  V  {\sc ii}  ( 54)               & 1.02  & 0.02     &   & \\
5363.49*&  Fe {\sc ii}  ( 48)               & 1.43  & 1.04     &35 & 2427.99 \\
5376.90 & [Fe {\sc ii}] (19F)               & 1.02  & 0.07     &24:& 254.04 \\
5381.79*& Ti {\sc ii} (69)                  & 1.08  & 0.19     &43 & 805.32 \\
5397.10*& Ti {\sc ii} (80)                  & 1.08  & 0.21     &   & 653.01+2f \\
5408.43 & Cr {\sc ii} (23)                  & 1.11  &          &45:& \\
5409.46*& Fe {\sc ii} (184)                 & 1.14  & 0.30+p+f &34:& \\
5410.40*& Cr {\sc ii} (29)                  & 1.05  &          &   & \\
5412.78 & [Fe{\sc ii}] (17F)                & 1.05  &          & 8:& \\
5414.60*& Fe {\sc ii} (48)                  & 1.18  & 0.46+2p  &41 & \\
5419.60*& Cr {\sc ii} (22,29)               & 1.17  &          &   & \\
5421.60*& Cr {\sc ii} (23)                  & 1.11  & 0.30+p   &39 & \\
5426.03*& Fe {\sc ii} (49)                  & 1.32  & 0.62     &42 & 8277.08+9p+f \\
5433.69*& Fe {\sc ii} (55)                  & 1.16  & 0.43+f   &39 & \\
5436.30 & Fe {\sc ii} (48)                  & 1.04  &          &   & \\
5456.70 & Cr {\sc ii} (50)                  & 1.08  & 0.08     &   & \\
5467.79 & Fe {\sc ii}                       & 1.03  & 0.03     &48:& \\
5473.40 & Cr {\sc ii} (50)                  & 1.02  & 0.03     &   &        \\
5479.02*& Cr {\sc ii} (50)                  & 1.10  & 0.37     &36:& 1249.70 \\
5491.20*& Ti {\sc ii} (68)                  & 1.06  &          &   & \\
5492.89*& Ti {\sc ii} (68)                  & 1.13  & 0.13+p   &   & \\
5499.16 & Fe {\sc ii} (24)                  & 1.04  & 0.05     &   & \\
5502.92*& Cr {\sc ii} (50)                  & 1.12  & 0.29     &46:& 2445.21+1p \\
5504.20 & Cr {\sc ii} (50)                  & 1.05  & 0.10     &   &            \\
5509.90*& Cr {\sc ii} (50)                  & 1.10  & 0.12     &   & 621.25 \\
5512.50 & Cr {\sc ii} (23)                  & 1.04  & 0.05    &   & 621.25 \\
5526.00 & Fe {\sc ii} (56)                  & 1.08  &         &   & \\
5527.57*& Sc {\sc ii} (11)                  & 1.15  &         &41 & \\
5527.14 & [Fe {\sc ii}](17F)                & 1.16  &0.66+2p+f&   & \\
\tabclose

\hfil {Table 1. Continued}
\tabheader
5530.66*& Ti {\sc ii} (68)                  & 1.08  &         &39 & \\
5535.60*& Fe {\sc ii} (55)                  & 1.44  & 1.13    &40 & 5484.57+3p \\
5569.00*& Fe {\sc ii}                       & 1.05  & 0.10    &   & \\
5577.64 & [O {\sc i}] (3F)                  & 1.05  & 0.03    &   & 163.31 \\
5592.08*& Fe {\sc ii} (55)                  & 1.05  & 0.10    &38 &   \\
5628.30*& Fe {\sc ii} (57)                  & 1.07  & 0.18    &43 & 57035.1 bwol \\
5658.84 & Fe {\sc ii} (57)+Sc {\sc ii} (29) & 1.16  & 0.42    &49:& 2403.45+p \\
5685.00 & Sc {\sc ii} (29)                  & 1.07  & 0.18    &43 & \\
5736.92 & Fe {\sc ii} (58)                  & 1.08  & 0.04    &   & 74.98+f \\
5738.33 & Fe {\sc ii} (58)                  & 1.06  & 0.03    &   & \\
5754.93 & [N {\sc ii}] (3F)                 & 2.07  & 1.18    & 7 & 3637.22 \\
5773.62 & Fe {\sc ii} (165)                 & 1.08  & 0.02    &   & 43.39\\
5800.58 & Fe {\sc ii} (165)                 & 1.05  & 0.02    &   &  \\
5814.45*& Fe {\sc ii} (163)                 & 1.07  & 0.20    &40:& 475.22 \\
5823.90 & Fe {\sc ii} (164)                 & 1.02: & 0.02    &38:&        \\
5836.58 & Fe {\sc ii} (182)                 & 1.04  & 0.06    &56:&        \\
5864.80 & Fe {\sc ii} (24)                  & 1.11  & 0.03    &   &  \\
5876.54 & He {\sc i}  (11)                  & 5.37  & 9.80    &28 & 24144.7\\
5890.68 & Na {\sc i} (1)                    & 1.22  & 0.21    &37:& blended with IS \\
5896.63 & Na {\sc i} (1)                    & 1.34  & 0.23    &36:& blended with IS \\
5930.39 & Fe {\sc iii} (114)                & 1.04  & 0.03    &45:& 92.86 \\
5953.43 & Fe {\sc ii} (182)                 & 1.05  &         &46:&        \\
5954.42 & Fe {\sc iii}  (115)               & 1.06  &0.21+p+f &39:& \\
5957.69 & Si {\sc ii} (4)                   & 1.08  &         &   & 1377.17+p \\
5979.31 & Si {\sc ii} (4)                   & 1.11  & 0.17+f  &17 & 406.95+f \\
5979.62 & Fe {\sc iii} (117)                & 1.11  &         &   & \\
5992.20*& Fe {\sc ii} (46)                  & 1.41  & 1.07    &41 & 2779.59\\
6029.70 & V  {\sc ii} (128)                 & 1.05  & 0.26+f  &37:&        \\
6032.84 & Fe {\sc iii}  (117)               & 1.04  &         &   & 504.94 \\
6046.39 & Fe {\sc ii} (200)                 & 1.02  & 0.06    &46:&        \\
6054.33*& Cr {\sc ii} (105)                 & 1.04  & 0.09    &42 &        \\
6084.94*& Fe {\sc ii} (46)                  & 1.25  & 0.62    &41 & 1938.64\\
6104.35*& Fe {\sc ii} (200)                 & 1.10  & 0.26    &40 & 631.25 \\
6114.35*& Fe {\sc ii} (46)                  & 1.16  & 0.29    &50:& 853.32+f\\
6117.00 & Fe {\sc ii} (46)                  & 1.07  & 0.05    &47:& \\
6123.06 & Mn {\sc ii} (13)                  & 1.02: &$<$0.02  &31:&        \\
6130.53*& Fe {\sc ii} (46)                  & 1.11  & 0.19    &40 & 702.614\\
6148.58 & Fe {\sc ii} (74)                  & 1.31  & 1.44+f  &41:& 50047.6+f \\
6149.48 & Fe {\sc ii} (74)                  & 1.62  &         &   & \\
6175.97 & Fe {\sc ii} (200)                 & 1.05  & 0.21    &40:&        \\
6180.23*& Fe {\sc ii} (163)                 & 1.04  & 0.10    &41 &        \\
6220.52*& Fe {\sc ii} (34)                  & 1.08  & 0.12    &47:& 401.27\\
6230.40*& Fe {\sc ii} (34)                  & 1.09  & 0.18    &51:& 733.39\\
6239.35*& Fe {\sc ii} (74)                  & 1.49  & 1.28    &46 & 4113.16\\
6248.42*& Fe {\sc ii} (74)                  & 1.49  & 1.43    &41 & 4059.47\\
6300.27 & [O  {\sc i}] (1F)                 & 1.06  & 0.04   & 2 & 251.92+p \\
6306.11 & Fe {\sc ii} (200)                 & 1.03: & 0.01   &39:&        \\
6312.40 & [S {\sc iii}]                     & 1.07  & 0.19   &16:& 560.29\\
6318.85*& Fe {\sc ii} J + Mg {\sc i}        & 1.27  &0.90+ f &41 & 2375.49+ f\\
\tabclose

\hfil {Table 1. Continued}
\tabheader
6320.01 & Mg {\sc i}                        & 1.22  &        &   & \\
6332.92*& Fe {\sc ii} (199)                 & 1.08  & 0.06   &45 & 707.96+f\\
6347.47 & Si {\sc ii}  (2)                  & 1.25  & 0.46   &18 & 2091.06\\
6370.58*& Fe {\sc ii}  (40)                 & 1.31  &1.27+f  &53:& 3689.10+f \\
6371.50:& Si {\sc ii}  (2)                  &  :    &        &   &  \\
6384.82*& Fe {\sc ii} J                     & 1.25  &0.78+f  &50:& 5217.70+f \\
6387.59 & Fe {\sc ii} (203)                 & 1.12  &        &   & \\
6408.13*& Fe {\sc ii}  (74)                 & 1.17  & 0.18   &39 & 780.71 \\
6417.78*& Fe {\sc ii}  (74)                 & 1.39  & 1.07   &41 & 3553.24\\
6433.49*& Fe {\sc ii}  (40)                 & 1.66  & 1.75   &39 & 5673.93 \\
6440.79 & [Fe {\sc ii}] (15F)                & 1.11 & 0.08   &18:&  \\
6443.72 & Fe {\sc ii}                        & 1.05 & 0.10   &35:& 442.47+p \\
6447.46 & Fe {\sc ii}  (199)                 & 1.04 & 0.03:  &48:& 290.11\\
6457.24*& Fe {\sc ii}  (74)                  & 1.64 & 1.87   &40 & 6506.51\\
6483.11*& Fe {\sc ii} (199)                  & 1.14 & 0.18   &42 & 1392.78 \\
6492.50 & Ti {\sc ii}  (91)                  & 1.10 &        &43:&        \\
6493.96 & Fe {\sc ii}                        & 1.08 & 0.42+p &42:& 1374.22\\
6507.00*& Fe {\sc ii}                        & 1.04 & 0.06   &   &        \\
6516.94*& Fe {\sc ii}  (40)                  & 1.85 & 1.82   &41 & 6522.18\\
6563.87*& \ha         + [N {\sc ii}] (1)     &24.01 &128.8   &48:& 617299+f \\
6583.82 &  [N {\sc ii}] (1F)                 & 1.19 & 0.20   &10 & \\
6587.68 & Fe {\sc ii}                        & 1.05:& 0.04   &45:&        \\
6628.14*& Fe {\sc ii}  (210)                 & 1.09 & 0.18   &39 & 704.76\\
6678.64 & He {\sc i}    (46)                 & 2.15 & 3.20   &22 & 14952.7\\
6717.67 & [S {\sc ii}]  (2F)                 & 1.03 & 0.03+f &27:& \\
6718.69 & Ti {\sc ii}   (112)                & 1.02 &        &35:& \\
6829.53 & [Fe {\sc ii}] (31F)                & 1.03 & 0.07   &23:& 458.82\\
7000.41 & [Ti {\sc ii}] (17F)                & 1.06:& 0.15   &18:& \\
7066.54 & He {\sc i}    (10)                 & 3.56 & 8.05   &35 & 43225.4 \\
7136.40 & Fe {\sc ii}   (197)                & 1.06 & 0.07   &   & 1087.50 \\
7155.81 & [Fe {\sc ii}] (14F)                & 1.15 & 0.41   &28 & 3429.01 \\
7215.68 & [Fe {\sc ii}] (30F)+Ti{\sc ii}(101)& 1.05:& 0.12:  &41:&         \\
7222.80 & Fe  {\sc ii}   (73)    tellur.     & 1.09 &        &   & \\
7226.10 & Fe  {\sc ii}   (73)    tellur.     & 1.16 & 0.68+p &   & \\
7281.81 & He  {\sc i}    (45)    tellur.     & 1.47 & 1.29   &19 & \\
7292.09 & [Ca {\sc ii}] (1F)     tellur.     & 1.42 & 1.50   &26:& \\
7324.64 & [Ca {\sc ii}] (1F)     tellur.     & 1.34 & 1.49   &31:& \\
7378.82 & Fe  {\sc ii} J         tellur.     & 1.08 & 0.21   &   & \\
7388.53 & [Fe {\sc ii}] (14F)    tellur.     & 1.09 & 0.32   &15:& \\
7412.12 & [V  {\sc ii}] (4F)                 & 1.05 & 0.78+2f& 9:& 5909.85+2f\\
7416.74 &  Mn {\sc ii} (4)                   & 1.14 &        &39:& \\
7423.68 &  N  {\sc i} (3)                    & 1.04 &        &   & \\
7433.15 & [Fe {\sc ii}] (47)                 & 1.07 & 0.21   &37:& 1354.18 \\
7443.20 &  N  {\sc i} (3)                    & 1.08 &        &37:& \\
7450.32*&  Fe {\sc ii}  (73)                 & 1.18 & 1.22+p &40 & 7061.47+p \\
7463.35*&  Fe {\sc ii}  (73)                 & 1.30  & 1.38+f&39 & 9065.58+f \\
7468.82 &  N  {\sc i}   (3)                  & 1.07  &       &   & \\
7480.67 &  Fe {\sc ii}  (72)                 & 1.07  & 0.22  &39 & 1521.36\\
7497.07 &  Fe {\sc ii}  +  [V {\sc ii}](3F)  & 1.07  & 0.15  &   & 1263.48\\
7516.78*&  Fe {\sc ii}  (73)                 & 1.20  & 1.03  &36 & 6587.47\\
\tabclose

\hfil {Table 1. Continued}
\tabheader
7534.80 &  Fe {\sc ii}  (72)                 & 1.13  & 0.48  &   & 3156.12\\
7656.67 &  Fe {\sc ii}  (73)   tellur.       & 1.10  & :     &47:& \\
7712.58 &  Fe {\sc ii}  (73)                 & 1.41  & 1.39  &34 & 11004.5\\
7777.20 &  O  {\sc i}   (1) + 7775.40        & 1.16  & 0.74  &   & 7612.93\\
7802.56 &  Fe {\sc ii}                       & 1.02  & 0.02  &40:&        \\
7816.88 &  He {\sc i}   (69)                 & 1.04  & 0.10  &28 &        \\
7842.52*&  Fe {\sc ii}  (72)                 & 1.05  & 0.13  &44 &        \\
7852.94 &  Fe {\sc ii}                       & 1.04: & 0.15  &39:&        \\
7867.55 &  Fe {\sc ii} J                     & 1.15  & 0.33  &   & 2306.44\\
7878.26 &  Mg {\sc ii}  (8)                  & 1.14  & 0.37  &43 & 4171.77\\
7897.58 &  Mg {\sc ii}  (8)                  & 1.22  & 0.68  &46 & 5910.60\\
8159.40 &  Fe {\sc ii}   J     tellur.       & 1.29  &       &   & \\
8184.60 &  Na {\sc i}   (4)    tellur.       & 1.61  &       &   & \\
8215.06 &  Mg {\sc ii}         tellur.       & 1.20: & 0.50  &39:&               \\
8257.80 &  P 37                tellur.       & 1.18  &       &   & \\
8261.40 &  P 36 + P35          tellur.       & 1.23  &       &   & \\
8267.40 &  P 34                tellur.       & 1.27  &       &   & \\
8273.40 &  P 33                tellur.       & 1.09  &       &   &\\
8278.20 &  P 32                tellur.       & 1.24  &       &   &\\
8286.60 &  P 30                tellur.       & 1.28  &       &   &\\
8292.60 &  P 29                tellur.       & 1.27  &       &   &\\
8298.60 &  P 28                tellur.       & 1.26  &       &   &\\
8307.00 &  P 27                              & 1.31  &       &   &\\
8314.20 &  P 26                              & 1.26  &       &   &\\
8324.40 &  P 25                              & 1.32  & 1.36  &   & 9707.12\\
8334.98 &  P 24                              & 1.26  & 0.87  &   & 7593.72 bwol\\
8346.14 &  P 23                              & 1.33  & 0.90  &   & 8802.61 \\
8360.18 &  P 22 + 8361.22 He {\sc i} (68)    & 1.39  & 1.06  &42:& 12058.2 \\
8375.37 &  P 21                              & 1.33  & 0.99  &32:& 11753.4 \\
8393.58 &  P 20                              & 1.36  & 1.78  &42 & 17015.4 bwol\\
8414.25 &  P 19                              & 1.41  & 1.55  &33:& 10855.0 \\
8438.86 &  P 18                              & 1.41  & 1.92  &32:& 58573.0+f \\
8447.66 &  O {\sc i} (4)                     & 2.24  & 5.28+f&32:& \\
8452.00 &  Fe {\sc ii}                       & 1.20: &       &35:& \\
8468.30 &  P 17                              & 1.54  & 2.55  &37:& 20082.8\\
8490.97 &  Fe {\sc ii} J                     & 1.23  & 0.86  &   & \\
8499.07 &  Ca {\sc ii} (2) + P 16            & 4.42  &15.56  &37 & 144831+p \\
8543.11 &  Ca {\sc ii} (2) + P 15            & 5.43  &22.09  &36 & 201195\\
8567.62 &  N {\sc i} (8)                     & 1.01  & 0.14  &   & 898.50\\
8582.57 &  He {\sc i}                        & 1.01  & 0.08  &   & \\
8599.17 &  P 14                              & 1.58  &3.05+2f&   & 26042.5+2f\\
8611.80 &  Fe {\sc ii} J                     & 1.06  &       &   & \\
8617.23 &  [Fe {\sc ii}] (13F) + N{\sc i}(8) & 1.04  &       &   & \\
8630.08 &  N {\sc i} (8)                     & 1.17  & 0.86  &   & 6111.80\\
8663.05 &  Ca {\sc ii} (2) + P 13            & 5.39  & 22.46 &   & 272256+2f \\
8680.20 &  N {\sc i} (1)                     & 1.39  & 3.22+f&   & \\
8682.60 &  N {\sc i} (1)                     & 1.40  &       &   & \\
8703.43 &  N {\sc i}   (1)                   & 1.13  & 0.69  &   & 2741.03 \\
8711.94 &  N {\sc i}   (1)                   & 1.17  & 0.90  &   & 3303.90\\
8718.60 &  N {\sc i}   (1)                   & 1.16  & 0.75+f&   & 4766.79+f\\
\tabclose


\hfil {Table 1. Continued}
\tabheader
8722.00 &  Fe {\sc ii} J +[Ti {\sc ii}](16F) & 1.15  &       &   &    \\
8728.88 &  N  {\sc i}   (1)                  & 1.07  & 0.41  &   & 2036.94\\
8751.46 &  P 12                              & 1.82  & 3.78  &   & 31848.5\\
8776.20 &  He {\sc i}                        & 1.07  & 0.25: &   & 814.74\\
8808.30 &  Mg {\sc i}   (7)                  & 1.20  & 1.23  &   & 9984.04\\
8863.48 &  P 11                              & 1.93  & 3.83  &   & 45266.4\\
\noalign{\smallskip}
\hline
\end{tabular}
\end{center}
\begin{list}{}{} \item  An asterisk in the first column denotes
double--peaked lines for which wavelengths of their central depressions are given,
``tellur.'' means that the line is in a telluric line region, ``J'' stands for
the lines from the Johansson (1978) list, ``p'' refers to the
preceding line, ``f'' to the following line in a blend. In the latter two
cases equivalent width for the entire blend is given. The lines with uncertain
identification are marked with question marks. Equivalent widths of the weak
lines measured with low accuracy are maked by colons.
\end{list}
\newpage

{\bf Table 2.} Absorption lines identified in the optical spectrum of \m
\begin{center}
\begin{tabular}{llclc}
\hline\noalign{\smallskip}
$\lambda_{obs}$ &Identification  & Peak Intensity & Equivalent  & R.V.   \\
                &                & $I_{cont}=1$   & width (\AA) & (\kms) \\
\noalign{\smallskip}
\hline\noalign{\smallskip}
4197.11 & N {\sc iii} (6)     & 0.91  & 0.17  &   \\
4323.40 & C {\sc ii}  (28)    & 0.90  & 0.01  &   \\
4467.30 & N {\sc ii}  (21)    & 0.91  & 0.10  &   \\
4632.05 & N {\sc ii}  (5)     & 0.94  & 0.01  &   \\
4643.62 & N {\sc iii} (2)     & 0.91  & 0.02  &   \\
4644.27 & N {\sc ii}  (5)     & 0.92  & 0.02  &   \\
4679.70 & N {\sc ii}  (62)    & 0.95  & 0.01  &   \\
4717.43 & S {\sc ii}  (9)     & 0.93  & 0.09  &76 \\
4789.63 & N {\sc ii}  (20)    & 0.95  & 0.04  &   \\
4816.69 & S {\sc ii}  (9)     & 0.90  & 0.13  &73 \\
4886.98 & S {\sc ii}  (15)    & 0.93  & 0.06  &85:\\
4896.39 & N {\sc ii}  (1)     & 0.95  & 0.23  &78:\\
4988.65 & N {\sc ii}  (24)    & 0.97  & 0.01  &77:\\
5003.99 & N {\sc ii}  (4)     & 0.92  & 0.11  &77:\\
5008.50 & N {\sc ii}  (24)    & 0.88  & 0.38+f&   \\
5010.69 & S {\sc ii}  (7)     & 0.88  &       &69 \\
5028.51 & S {\sc ii}  (1)     & 0.97  & 0.03  &79 \\
5033.77 & S {\sc ii}  (7)     & 0.91  & 0.14  &81 \\
5046.50 & N {\sc ii}  (4)     & 0.94  & 0.07  &83:\\
5074.98 & N {\sc ii}  (10)    & 0.98  &$<$0.01&82:\\
5104.80 & S {\sc ii}  (7)     & 0.96  & 0.08  &   \\
5202.60 & S {\sc ii}  (39)    & 0.93  & 0.11  &84:\\
5322.11 & S {\sc ii}  (38)    & 0.92  & 0.11  &80:\\
5388.35 & P {\sc ii}  (6)     & 0.98  & 0.01  &82:\\
5430.23 & S {\sc ii}  (6)     & 0.86  & 0.06  &   \\
5455.57 & S {\sc ii}  (6)     & 0.88  & 0.15  &81:\\
5475.17 & S {\sc ii}  (6)     & 0.91  & 0.07  &83:\\
5511.17 & S {\sc ii}  (6)     &  :    &  :    &82:\\
5557.47 & S {\sc ii}  (6)     & 0.98  & 0.01  &79:\\
5566.56 & S {\sc ii}  (6)     & 0.95  & 0.01  &80:\\
5580.35 & S {\sc ii}  (11)    & 0.98  & 0.01  &81:\\
5607.88 & S {\sc ii}  (11)    & 0.89  & 0.05  &78:\\
5618.40 & S {\sc ii}  (11)    & 0.98  & 0.06  &76:\\
5641.77 & S {\sc ii}  (11)    & 0.88  & 0.11  &77:\\
5647.18 & S {\sc ii}  (6)     & 0.98  & 0.09+f&83:\\
5648.50 & S {\sc ii}  (14)    & 0.93  &       &81 \\
5661.65 & S {\sc ii}  (11)    & 0.95: & 0.06  &90:\\
5666.26 & S {\sc ii}  (11)    & 0.95: & 0.05  &81:\\
5668.08 & N {\sc ii}  (3)     & 0.95  & 0.04  &77:\\
5677.63 & N {\sc ii}  (3)     & 0.89  & 0.13  &85:\\
5681.23 & N {\sc ii}  (3)     & 0.89  & 0.13  &   \\
5688.31 & N {\sc ii}  (3)     & 0.91  & 0.10  &76 \\
5698.17 & Al{\sc iii} (2)     & 0.93  & 0.09  &83:\\
5712.34 & N {\sc ii}  (3)     & 0.96  & 0.01  &83 \\
5724.39 & Al{\sc iii} (2)     & 0.96  & 0.03  &87:\\
5741.32 & Si{\sc iii} (4)     & 0.95: & 0.08  &83:\\
5748.72 & N {\sc ii}  (9)     & 0.98: & 0.03  &74:\\
5769.08 & N {\sc ii}  (9)     & 0.93  & 0.02  &   \\
5820.79 & S {\sc ii}  (14)    & 0.97  & 0.01  &81:\\
5854.14 & Ne {\sc i}  (6)     & 0.96  & 0.05  &85:\\
\noalign{\smallskip}
\hline
\end{tabular}
\end{center}
\newpage

\hfil {Table 2. Continued}
\begin{center}
\begin{tabular}{llclc}
\hline\noalign{\smallskip}
$\lambda_{obs}$ &Identification  & Peak Intensity & Equivalent  & R.V.   \\
                &                & $I_{cont}=1$   & width (\AA) & (\kms) \\
\noalign{\smallskip}
\hline\noalign{\smallskip}
5857.63 & C {\sc ii}  (22)     & 0.93  & 0.05  &79:\\
6076.00 & Ne {\sc i}  (3)      & 0.96  & 0.05  &82 \\
6097.88 & Ne {\sc i}  ( )      & 0.96  & 0.06  &85:\\
6144.91 & Ne {\sc i}  (1)      & 0.91  & 0.10  &83 \\
6165.36 & Ne {\sc i}  (5)      & 0.93  & 0.08  &81:\\
6306.92 & S {\sc ii}  (19)     & 0.96  & 0.01  &   \\
6336.09 & Ne {\sc i}  (1)      & 0.92  & 0.11  &73 \\
6399.11 & S {\sc ii}  (19)     & 0.96  & 0.07  &85:\\
6404.01 & Ne {\sc i}  (1)      & 0.86  & 0.20  &83 \\
6480.21 & N {\sc iii} (14)     & 0.90  & 0.03  &   \\
6483.87 & N {\sc ii}  (8)      & 0.94  &  :    &84:\\
6508.48 & Ne {\sc i}  (3)      & 0.85  & 0.10  &90:\\
6523.86 & N {\sc ii}  (45)     & 0.91  & 0.03  &   \\
\noalign{\smallskip}
\hline
\end{tabular}
\end{center}
\begin{list}{}{} \item Intensities, equivalent widths, and radial velocities of the
lines measured with low accuracy are maked by colons. ``f'' refers to the following
line in a blend.
\end{list}
\vskip 0.5cm

{\bf Table 3.} Diffuse interstellar absorption features identified
\begin{center}
\begin{tabular}{lcll}
\hline\noalign{\smallskip}
$\lambda_{obs}$ & Peak Intensity & Equivalent  & R.V.   \\
                & $I_{cont}=1$   & width (\AA) & (\kms) \\
\noalign{\smallskip}
\hline\noalign{\smallskip}
4430              & 0.86  & 1.96 &    \\
4726.6            & 0.93  & 0.13 &-18:\\
4762.6            & 0.95  & 0.04 &    \\
4880.7            & 0.93  & 0.52 &    \\
4964.00           & 0.96  & 0.04 & 10:\\
5404.17           & 0.87  & 0.09 &  7:\\
5487.6            & 0.97  & 0.10 & 16:\\
5609.9            & 0.98  & 0.01 & -3:\\
5705.24           & 0.94  & 0.10 &  6 \\
5719.55           & 0.99  & 0.01 &  8:\\
5766.14           & 0.96  & 0.06 & -6:\\
5769.18           & 0.98  & 0.01 &  4:\\
5772.72           & 0.98  & 0.01 &  6:\\
5780.54           & 0.67  & 0.94 &  7 \\
5788.73           & 0.98: & 0.02 &-17:\\
5796.82           & 0.78  & 0.45 &  2 \\
5809.20           & 0.97  & 0.04 &  4:\\
5844.54           & 0.97  & 0.11 & 18:\\
5850.07           & 0.92  & 0.11 & 14 \\
5890.49$^{\rm a}$ & 0.03  & 1.18 & 13 \\
5896.57$^{\rm a}$ & 0.04  & 1.10 & 12 \\
6005.02           & 0.97  & 0.06 &  6:\\
6010.76           & 0.95  & 0.12 & 10 \\
6019.49           & 0.98  & 0.05 &  8:\\
6089.73           & 0.96  & 0.05 &  0 \\
6140.10           & 0.97  & 0.02 & 16:\\
6196.03           & 0.87  & 0.14 &  4:\\
6203.22           & 0.84  & 0.41 &  8:\\
6212.07           & 0.97  & 0.08 &-11:\\
\noalign{\smallskip}
\hline
\end{tabular}
\end{center}
\newpage

\hfil { Table 3. Continued}
\begin{center}
\begin{tabular}{lclc}
\hline\noalign{\smallskip}
$\lambda_{obs}$ & Peak Intensity & Equivalent  & R.V.   \\
                & $I_{cont}=1$   & width (\AA) & (\kms) \\
\noalign{\smallskip}
\hline\noalign{\smallskip}
6223.71 & 0.98  & 0.02 &  3:\\
6270.25 & 0.91  & 0.25 &    \\
6283.99 & 0.60  & 2.88 & 10 \\
6330.00 & 0.98  & 0.02 &-20:\\
6353.54 & 0.96  & 0.06 &  2:\\
6362.41 & 0.98  & 0.02 &  3:\\
6367.07 & 0.99  &$<$0.01&-7:\\
6376.33 & 0.96  & 0.07 & 12:\\
6379.24 & 0.77  & 0.22 &  1:\\
6397.05 & 0.96  & 0.05 &-16:\\
6425.53 & 0.95  & 0.08 &  6:\\
6439.40 & 0.96  & 0.08 &  2:\\
6445.40 & 0.97  & 0.04 &    \\
6613.87 & 0.70  & 0.57 &  3 \\
6661.04 & 0.90  & 0.34 &  5:\\
6699.46 & 0.95  &0.11+f&  4:\\
6701.80 & 0.97  &      & -8:\\
6770.28 & 0.98: & 0.02 & 10:\\
6811.60 & 0.98  & 0.03 &  7:\\
6827.33 & 0.98  & 0.01 &  2:\\
6843.44 & 0.98  & 0.03 &  0:\\
6852.75 & 0.99  & 0.01 & -7:\\
6993.28 & 0.83  & 0.16 &  4:\\
7106.06 & 0.98  & 0.02 &  5:\\
7119.63 & 0.97  & 0.03 &-13:\\
7562.46 & 0.91  & 0.18 &  9 \\
7569.93 & 0.96  & 0.05 &  9:\\
7580.79 & 0.96  & 0.06 &-16:\\
7585.32 & 0.98  & 0.01:&-11:\\
7721.77 & 0.95  & 0.10 & -4:\\
7833.02 & 0.98: & 0.03:& 10:\\
\noalign{\smallskip}
\hline
\end{tabular}
\end{center}
\begin{list}{}{} \item[$^{\rm a}$] Na {\sc I} (1). 
Intensities, equivalent widths, and radial velocities of the
lines measured with low accuracy are maked by colons. ``f'' refers to the following
line in a blend.
\end{list}
\vskip 0.5cm

{\bf Table 4.} Unidentified lines in the optical spectrum of \m
\begin{center}
\begin{tabular}{llcl}
\hline\noalign{\smallskip}
$\lambda_{obs}$ &Probable        & Peak Intensity & Equivalent \\
                &identification  & $I_{cont}=1$   & width (\AA)\\
\noalign{\smallskip}
\hline\noalign{\smallskip}

4675.69 &                                       & 1.13  & 0.10 \\
5328.5  & FeI(15)                               & 1.12  &      \\
5397.83 & FeI(15)                               & 1.07  &      \\
5587.0  & FeI(686)                              & 1.07  &      \\
8514.60 &                                       & 1.07  & 0.31 \\
8914.20 &                                       & 1.19  & 1.08 \\
8927.40 &                                       & 1.73  & 2.45 \\
\noalign{\smallskip}
\hline
\end{tabular}
\end{center}
\end{document}
