1     1 3d3             4  3 F  1.5  4          0.000       0.000000          0.000       0.000000
  2     2 3p5.3d4         6  2 D  1.5  4     378288.260       3.447216     378288.260       3.447216
  3     2 3p5.3d4         6  2 D  0.5  2     379094.845       3.454567     379094.845       3.454567
  4     2 3p5.3d4         6  3 F  1.5  4     410551.651       3.741222     410551.651       3.741222
  5     2 3p5.3d4         6  3 F  0.5  2     411358.236       3.748572     411358.236       3.748572
  6     2 3p5.3d4         6  1 P  1.5  4     420230.669       3.829424     420230.669       3.829424
  7     2 3p5.3d4         4  3 F  1.5  4     425070.177       3.873525     425070.177       3.873525
  8     2 3p5.3d4         4  3 F  1.5  4     442815.042       4.035228     442815.042       4.035228
  9     2 3p5.3d4         4  3 F  1.5  4     554930.326       5.056897     554930.326       5.056897
 10     2 3p5.3d4         4  2 D  0.5  2     618650.524       5.637559     618650.524       5.637559
 11     2 3p5.3d4         4  2 D  1.5  4     619457.108       5.644909     619457.108       5.644909
 12     3 2p5.3p6.3d4     6  2 D  1.5  4    5757402.135      52.465310    5757402.135      52.465310
 13     3 2p5.3p6.3d4     6  2 D  0.5  2    5762241.643      52.509411    5762241.643      52.509411
 14     3 2p5.3p6.3d4     6  1 P  1.5  4    5774340.415      52.619663    5774340.415      52.619663
 15     3 2p5.3p6.3d4     4  2 D  0.5  2    5778373.339      52.656414    5778373.339      52.656414
 16     3 2p5.3p6.3d4     4  3 F  1.5  4    5778373.339      52.656414    5778373.339      52.656414
 17     3 2p5.3p6.3d4     4  3 F  1.5  4    5781599.678      52.685814    5781599.678      52.685814
 18     3 2p5.3p6.3d4     4  2 D  0.5  2    5813056.484      52.972470    5813056.484      52.972470
 19     3 2p5.3p6.3d4     6  3 F  1.5  4    5813863.069      52.979820    5813863.069      52.979820
 20     3 2p5.3p6.3d4     4  1 P  0.5  2    5817895.993      53.016571    5817895.993      53.016571
 21     3 2p5.3p6.3d4     4  1 P  1.5  4    5822735.502      53.060672    5822735.502      53.060672
 22     3 2p5.3p6.3d4     4  3 F  1.5  4    5828381.595      53.112123    5828381.595      53.112123
 23     3 2p5.3p6.3d4     4  3 F  1.5  4    5838060.612      53.200324    5838060.612      53.200324
 24     3 2p5.3p6.3d4     2  1 P  0.5  2    5857419.647      53.376737    5857419.647      53.376737
 25     3 2p5.3p6.3d4     6  3 F  1.5  4    5880003.021      53.582532    5880003.021      53.582532
 26     3 2p5.3p6.3d4     2  2 D  1.5  4    5881616.190      53.597232    5881616.190      53.597232
 27     3 2p5.3p6.3d4     4  2 D  0.5  2    5881616.190      53.597232    5881616.190      53.597232
 28     3 2p5.3p6.3d4     4  1 P  1.5  4    5891295.208      53.685434    5891295.208      53.685434
 29     3 2p5.3p6.3d4     4  1 P  0.5  2    5898554.471      53.751585    5898554.471      53.751585
 30     3 2p5.3p6.3d4     4  1 P  1.5  4    5913879.581      53.891238    5913879.581      53.891238
 31     3 2p5.3p6.3d4     4  2 D  0.5  2    5918719.090      53.935338    5918719.090      53.935338
 32     3 2p5.3p6.3d4     2  2 D  1.5  4    5930817.861      54.045591    5930817.861      54.045591
 33     4 1s.3p6.3d4      6  2 D  0.5  2   57428029.502     523.322726   57428029.502     523.322726
 34     4 1s.3p6.3d4      4  2 D  0.5  2   57428836.087     523.330076   57428836.087     523.330076
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%filename: fe_6d.elvlc
%observed energy levels: Palmeri P., Mendoza C., Kallman T.R., Bautista M.A., Melendez M., 2003, A&A, 410, 359
%theoretical energy levels: Palmeri P., Mendoza C., Kallman T.R., Bautista M.A., Melendez M., 2003, A&A, 410, 359
%Comment: the theoretical energies from Palmeri et al. have been used as experimental ones
% produced as part of the Arcetri/Cambridge/NRL 'CHIANTI' atomic data base collaboration
%
%  E. Landi - Feb 2005
 -1