1    1 3s2.3p4          3  1 P  2.0  5          0.000       0.000000          0.000       0.000000
  2    1 3s2.3p4          3  1 P  1.0  3      19541.801       0.178078      17885.000       0.162980
  3    1 3s2.3p4          3  1 P  0.0  1      20060.000       0.182800      18523.000       0.168794
  4    1 3s2.3p4          1  2 D  2.0  5      47032.898       0.428595      48761.000       0.444343
  5    1 3s2.3p4          1  0 S  0.0  1      97836.203       0.891549      90826.000       0.827667
  6    2 3s.3p5           3  1 P  2.0  5     330215.000       3.009141     320238.000       2.918223
  7    2 3s.3p5           3  1 P  1.0  3     344156.000       3.136180     333351.000       3.037718
  8    2 3s.3p5           3  1 P  0.0  1          0.000       0.000000     341809.000       3.114793
  9    2 3s.3p5           1  1 P  1.0  3     420910.000       3.835614     412916.000       3.762768
 10    3 3s2.3p3(4S).3d   5  2 D  0.0  1          0.000       0.000000     436230.000       3.975220
 11    3 3s2.3p3(4S).3d   5  2 D  1.0  3          0.000       0.000000     436606.000       3.978647
 12    3 3s2.3p3(4S).3d   5  2 D  2.0  5          0.000       0.000000     437048.000       3.982675
 13    3 3s2.3p3(4S).3d   5  2 D  3.0  7          0.000       0.000000     437763.000       3.989190
 14    3 3s2.3p3(4S).3d   5  2 D  4.0  9          0.000       0.000000     439575.000       4.005702
 15    3 3s2.3p3(2D).3d   3  3 F  2.0  5          0.000       0.000000     470310.000       4.285780
 16    3 3s2.3p3(2D).3d   3  3 F  3.0  7          0.000       0.000000     475032.000       4.328810
 17    3 3s2.3p3(2D).3d   3  2 D  1.0  3          0.000       0.000000     477386.000       4.350261
 18    3 3s2.3p3(2D).3d   3  2 D  2.0  5          0.000       0.000000     482451.000       4.396417
 19    3 3s2.3p3(2D).3d   3  2 D  3.0  7          0.000       0.000000     486594.000       4.434171
 20    3 3s2.3p3(2D).3d   1  0 S  0.0  1          0.000       0.000000     492672.000       4.489558
 21    3 3s2.3p3(2D).3d   3  3 F  4.0  9          0.000       0.000000     492786.000       4.490597
 22    3 3s2.3p3(2D).3d   3  4 G  3.0  7          0.000       0.000000     510103.000       4.648401
 23    3 3s2.3p3(2D).3d   3  4 G  4.0  9          0.000       0.000000     512984.000       4.674654
 24    3 3s2.3p3(2D).3d   3  4 G  5.0 11          0.000       0.000000     516319.000       4.705045
 25    3 3s2.3p3(2D).3d   1  4 G  4.0  9          0.000       0.000000     525142.000       4.785446
 26    3 3s2.3p3(2P).3d   1  2 D  2.0  5          0.000       0.000000     536181.000       4.886041
 27    3 3s2.3p3(2P).3d   3  2 D  1.0  3          0.000       0.000000     550864.000       5.019842
 28    3 3s2.3p3(2P).3d   3  1 P  0.0  1          0.000       0.000000     555792.000       5.064750
 29    3 3s2.3p3(2P).3d   3  3 F  3.0  7          0.000       0.000000     559040.000       5.094347
 30    3 3s2.3p3(2P).3d   3  1 P  1.0  3          0.000       0.000000     559084.000       5.094748
 31    3 3s2.3p3(2P).3d   3  2 D  2.0  5          0.000       0.000000     559660.000       5.099998
 32    3 3s2.3p3(2P).3d   3  3 F  4.0  9          0.000       0.000000     561991.000       5.121239
 33    3 3s2.3p3(2P).3d   3  3 F  2.0  5          0.000       0.000000     562975.000       5.130206
 34    3 3s2.3p3(2P).3d   3  1 P  2.0  5          0.000       0.000000     573148.000       5.222909
 35    3 3s2.3p3(2P).3d   3  2 D  3.0  7          0.000       0.000000     573369.000       5.224923
 36    3 3s2.3p3(2D).3d   3  0 S  1.0  3          0.000       0.000000     608331.000       5.543520
 37    3 3s2.3p3(2P).3d   1  3 F  3.0  7          0.000       0.000000     608622.000       5.546172
 38    3 3s2.3p3(2D).3d   3  1 P  2.0  5     609200.000       5.551439     627290.000       5.716287
 39    3 3s2.3p3(2D).3d   1  1 P  1.0  3          0.000       0.000000     633424.000       5.772184
 40    3 3s2.3p3(2D).3d   3  1 P  0.0  1          0.000       0.000000     642652.000       5.856276
 41    3 3s2.3p3(2D).3d   3  1 P  1.0  3          0.000       0.000000     645553.000       5.882712
 42    3 3s2.3p3(4S).3d   3  2 D  3.0  7     634000.000       5.777433     645722.000       5.884252
 43    3 3s2.3p3(4S).3d   3  2 D  2.0  5     644660.000       5.874575     655819.000       5.976263
 44    3 3s2.3p3(4S).3d   3  2 D  1.0  3     649900.000       5.922325     663057.000       6.042220
 45    3 3s2.3p3(2D).3d   1  2 D  2.0  5     666000.000       6.069039     673808.000       6.140191
 46    3 3s2.3p3(2D).3d   1  3 F  3.0  7     681750.000       6.212563     699236.000       6.371907
 47    3 3s2.3p3(2P).3d   1  1 P  1.0  3     715950.000       6.524217     734894.000       6.696847
 48    4 3p6              1  0 S  0.0  1          0.000       0.000000     879736.000       8.016745
 -1
%filename: ni_13.elvlc
%Experimental energy levels: Martin, W. C., Sugar, J., Musgrove, A., and Dalton, G. R., 1995,
   NIST Database for Atomic Spectroscopy, Version 1.0, NIST Standard Reference Database 61.
%Theoretical energy levels: Bhatia and Doschek, 1998, ADNDT, 68, 49
%Comment: the energy of the (2D)1P (39) level listed by NIST and Kelly 1987 has been assigned
         to the (2P)1P (47) level following Fawcett 1986, ADNDT, 35, 185, because there is a
         better agreement with the theoretical energy (also in line with the rest of the configuration)
         and with the wavelengths by Kelly and NIST.
% produced as part of the Arcetri/Cambridge/NRL 'CHIANTI' atomic data base collaboration
%
%  E. Landi 2000
 -1