1     3p6.3d                            2  D    1.5          0.000          0.000
      2     3p5.3d2                           4  D    0.5     383127.769     383127.769
      3     3p5.3d2                           4  D    1.5     383934.354     383934.354
      4     3p5.3d2                           4  G    3.5     410551.651     410551.651
      5     3p5.3d2                           4  G    2.5     412164.821     412164.821
      6     3p5.3d2                           4  F    1.5     422650.423     422650.423
      7     3p5.3d2                           4  F    2.5     423457.008     423457.008
      8     3p5.3d2                           2  F    2.5     429103.101     429103.101
      9     3p5.3d2                           2  F    3.5     446847.966     446847.966
     10     3p5.3d2                           2  F    3.5     449267.721     449267.721
     11     3p5.3d2                           2  F    2.5     558963.250     558963.250
     12     3p5.3d2                           2  D    1.5     625103.202     625103.202
     13     2p5.3p6.3d2                       4  D    0.5    5836447.443    5836447.443
     14     2p5.3p6.3d2                       4  D    1.5    5838060.612    5838060.612
     15     2p5.3p6.3d2                       4  D    2.5    5840480.367    5840480.367
     16     2p5.3p6.3d2                       4  D    3.5    5845319.875    5845319.875
     17     2p5.3p6.3d2                       4  G    3.5    5854192.308    5854192.308
     18     2p5.3p6.3d2                       2  F    2.5    5855805.477    5855805.477
     19     2p5.3p6.3d2                       2  G    3.5    5862258.156    5862258.156
     20     2p5.3p6.3d2                       4  P    2.5    5863064.740    5863064.740
     21     2p5.3p6.3d2                       2  D    1.5    5683871.325    5683871.325
     22     2p5.3p6.3d2                       2  D    2.5    5866291.079    5866291.079
     23     2p5.3p6.3d2                       4  P    1.5    5872743.758    5872743.758
     24     2p5.3p6.3d2                       4  D    2.5    5883229.360    5883229.360
     25     2p5.3p6.3d2                       4  F    1.5    5884035.945    5884035.945
     26     2p5.3p6.3d2                       2  D    1.5    5900974.225    5900974.225
     27     2p5.3p6.3d2                       2  F    2.5    5900974.225    5900974.225
     28     2p5.3p6.3d2                       2  F    3.5    5909040.073    5909040.073
     29     2p5.3p6.3d2                       4  F    2.5    5916299.336    5916299.336
     30     2p5.3p6.3d2                       4  F    3.5    5951789.066    5951789.066
     31     2p5.3p6.3d2                       4  G    2.5    5959048.329    5959048.329
     32     2p5.3p6.3d2                       2  F    3.5    5963887.837    5963887.837
     33     2p5.3p6.3d2                       2  F    2.5    5969533.931    5969533.931
     34     2p5.3p6.3d2                       2  P    1.5    5971147.100    5971147.100
     35     2p5.3p6.3d2                       2  D    2.5    6004217.076    6004217.076
     36     2p5.3p6.3d2                       2  D    1.5    6010669.754    6010669.754
     37     2p5.3p6.3d2                       2  F    3.5    6010669.754    6010669.754
     38     1s.3p6.3d2                        4  F    1.5   57499008.962   57499008.962
     39     1s.3p6.3d2                        4  F    2.5   57499008.962   57499008.962
     40     1s.3p6.3d2                        2  F    2.5   57500622.132   57500622.132
 -1
%filename: fe_8d.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