1     1  3s2.3p2        3  1 P  0.0  1          0.000       0.000000          0.000       0.000000
  2     1  3s2.3p2        3  1 P  1.0  3      14917.500       0.135939      14927.760       0.136032
  3     1  3s2.3p2        3  1 P  2.0  5      27376.500       0.249474      27662.613       0.252080
  4     1  3s2.3p2        1  2 D  2.0  5      62852.100       0.572752      65623.214       0.598003
  5     1  3s2.3p2        1  0 S  0.0  1     111702.900       1.017912     106071.323       0.966593     112402.000       1.024290
  6     2  3s.3p3         5  0 S  2.0  5          0.000       0.000000     234530.310       2.137198     255155.000       2.325150
  7     2  3s.3p3         3  2 D  1.0  3     335400.000       3.056398     327369.860       2.983214
  8     2  3s.3p3         3  2 D  2.0  5     335682.000       3.058968     327452.418       2.983966
  9     2  3s.3p3         3  2 D  3.0  7     340794.000       3.105552     332145.508       3.026733
 10     2  3s.3p3         3  1 P  0.0  1          0.000       0.000000     378467.531       3.448850     384847.000       3.506990
 11     2  3s.3p3         3  1 P  1.0  3          0.000       0.000000     379753.003       3.460564     386227.000       3.519570
 12     2  3s.3p3         3  1 P  2.0  5     379240.000       3.455889     380844.474       3.470510     387354.000       3.529840
 13     2  3s.3p3         1  2 D  2.0  5     418240.000       3.811284     425685.358       3.879131     423187.000       3.856375
 14     3  3s2.3p3d       3  3 F  2.0  5          0.000       0.000000     497435.894       4.532970     495420.000       4.514610
 15     2  3s.3p3         3  0 S  1.0  3     478010.000       4.355960     493814.669       4.499971
 16     3  3s2.3p3d       3  3 F  3.0  7          0.000       0.000000     507378.695       4.623575     505622.000       4.607580
 17     3  3s2.3p3d       3  3 F  4.0  9          0.000       0.000000     522576.201       4.762065     521116.000       4.748770
 18     2  3s.3p3         1  1 P  1.0  3     509167.000       4.639885     519727.788       4.736108
 19     3  3s2.3p3d       3  1 P  2.0  5     555798.000       5.064819     572196.610       5.214239
 20     3  3s2.3p3d       3  1 P  1.0  3     565800.000       5.155964     579878.348       5.284241
 21     3  3s2.3p3d       3  1 P  0.0  1          0.000       0.000000     590150.417       5.377847     576582.000       5.254220
 22     3  3s2.3p3d       1  2 D  2.0  5     574268.000       5.233130     593559.203       5.408910
 23     3  3s2.3p3d       3  2 D  1.0  3     582760.000       5.310520     596437.072       5.435135
 24     3  3s2.3p3d       3  2 D  3.0  7     585185.000       5.332613     600390.389       5.471160
 25     3  3s2.3p3d       3  2 D  2.0  5     586380.000       5.343503     601418.886       5.480532
 26     3  3s2.3p3d       1  3 F  3.0  7     638478.000       5.818256     655929.566       5.977270
 27     3  3s2.3p3d       1  1 P  1.0  3          0.000       0.000000     675599.838       6.156519     655276.000       5.971330
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%filename: ni_15.elvlc
%energy levels(1-4,7-9,15,23): Sugar & Corliss, 1985, J.Phys.Chem.Ref.Data, 14, Suppl.2
%energy levels(18-20,22,24-26): Sugar, Kaufman & Rowan, 1992, J.Opt.Soc.America B
%energy levels(5,12,13): Kelly, 1987, J.Phys.Chem.Ref.Data, 16, Suppl.1
%theoretical energy levels: Mason (unpublished)
%comment: The third set of energies were deduced from the radiative
   data obtained by "superstructure". These energies are not directly
   from superstructure, but are "corrected" by an amount suggested by
   comparing a superstructure model of Fe XIII with the observed
   energies of Fe XIII (all 27 levels are accurately known for
   Fe XIII). We estimate that the energies so obtained are accurate
   to +/- 2000 cm-1.
%produced as part of the Arcetri/Cambridge/NRL atomic data base collaboration
%
% P.R.Young and E.Landi 1999
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