1     1 3p6             1  0 S  0.0  1          0.000       0.000000          0.000       0.000000
  2     2 3p5.3d          3  1 P  0.0  1     405772.000       3.697667     406401.000       3.703399
  3     2 3p5.3d          3  1 P  1.0  3     408315.100       3.720841     408929.000       3.726435
  4     2 3p5.3d          3  3 F  3.0  7     429310.900       3.912169     428408.000       3.903941
  5     2 3p5.3d          3  3 F  2.0  5     433818.800       3.953248     432855.000       3.944465
  6     2 3p5.3d          3  2 D  3.0  7     455612.200       4.151844     455712.000       4.152753
  7     2 3p5.3d          1  2 D  2.0  5     456752.700       4.162237     457699.000       4.170860
  8     2 3p5.3d          3  2 D  1.0  3     460616.000       4.197442     460331.000       4.194845
  9     2 3p5.3d          3  2 D  2.0  5     462616.600       4.215673     462934.000       4.218565
 10     2 3p5.3d          1  3 F  3.0  7     465828.400       4.244941     465739.000       4.244126
 11     2 3p5.3d          1  1 P  1.0  3     584546.000       5.326775     584533.000       5.326657
 12     3 2p5.3p6.3d      3  1 P  0.0  1    5900167.640      53.766285    5900167.640      53.766285
 13     3 2p5.3p6.3d      3  1 P  1.0  3    5906620.318      53.825086    5906620.318      53.825086
 14     3 2p5.3p6.3d      3  1 P  2.0  5    5917105.920      53.920638    5917105.920      53.920638
 15     3 2p5.3p6.3d      3  3 F  3.0  7    5919525.675      53.942689    5919525.675      53.942689
 16     3 2p5.3p6.3d      1  2 D  2.0  5    5930011.277      54.038240    5930011.277      54.038240
 17     3 2p5.3p6.3d      3  2 D  3.0  7    5934850.785      54.082341    5934850.785      54.082341
 18     3 2p5.3p6.3d      3  2 D  1.0  3    5965501.007      54.361647    5965501.007      54.361647
 19     3 2p5.3p6.3d      3  3 F  2.0  5    6018735.605      54.846756    6018735.605      54.846756
 20     3 2p5.3p6.3d      3  2 D  2.0  5    6022768.526      54.883507    6022768.526      54.883507
 21     3 2p5.3p6.3d      3  3 F  3.0  7    6025994.865      54.912907    6025994.865      54.912907
 22     3 2p5.3p6.3d      1  1 P  1.0  3    6063097.765      55.251014    6063097.765      55.251014
 23     4 1s.3p6.3d       3  2 D  1.0  3   57558696.236     524.513449   57558696.236     524.513449
 24     4 1s.3p6.3d       3  2 D  2.0  5   57559502.821     524.520799   57559502.821     524.520799
 25     4 1s.3p6.3d       1  2 D  2.0  5   57561922.575     524.542849   57561922.575     524.542849
 -1
%filename: fe_9d.elvlc
%observed energy levels (below ionization): Shirai,T., Sugar,J., Musgrove,A., Wiese,W.L., 2000, J.Phys.Chem.Ref.Data, Monograph 8
%Theoretical energy levels (above ionization): Palmeri P., Mendoza C., Kallman T.R., Bautista M.A., Melendez M., 2003, A&A, 410, 359
%theoretical energy levels (below ionization): Fawcett & Mason, ADNDT 47, 17 (1991)
%observed energy levels (above ionization): 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