1     1            2p2  3  1  P 0.0  1          0.000       0.000000          0.000       0.000000
  2     1            2p2  3  1  P 1.0  3      73850.000       0.672973      76772.222       0.699600
  3     1            2p2  3  1  P 2.0  5     117353.000       1.069402     123827.581       1.128400
  4     1            2p2  1  2  D 2.0  5     244560.000       2.228601     253229.817       2.307600
  5     1            2p2  1  0  S 0.0  1     371900.000       3.389012     372799.590       3.397200
  6     2         2s.2p3  5  0  S 2.0  5     486950.000       4.437428     481307.842       4.386000
  7     2         2s.2p3  3  2  D 1.0  3     776780.000       7.078560     783524.393       7.140000
  8     2         2s.2p3  3  2  D 2.0  5     777350.000       7.083755     784358.397       7.147600
  9     2         2s.2p3  3  2  D 3.0  7     803930.000       7.325970     815172.634       7.428400
 10     2         2s.2p3  3  1  P 0.0  1     916380.000       8.350693     922056.774       8.402400
 11     2         2s.2p3  3  1  P 1.0  3     924880.000       8.428151     932942.715       8.501600
 12     2         2s.2p3  3  1  P 2.0  5     942320.000       8.587076     952388.166       8.678800
 13     2         2s.2p3  3  0  S 1.0  3    1095600.000       9.983871    1115501.704      10.165200
 14     2         2s.2p3  1  2  D 2.0  5    1126800.000      10.268187    1150442.063      10.483600
 15     2         2s.2p3  1  1  P 1.0  3    1261000.000      11.491111    1283136.418      11.692800
 16     3            2p4  3  1  P 2.0  5    1646300.000      15.002233    1666690.264      15.188000
 17     3            2p4  3  1  P 0.0  1    1735700.000      15.816908    1756499.279      16.006400
 18     3            2p4  3  1  P 1.0  3    1740500.000      15.860649    1761196.036      16.049200
 19     3            2p4  1  2  D 2.0  5    1817300.000      16.560503    1847230.087      16.833200
 20     3            2p4  1  0  S 0.0  1    2048200.000      18.664625    2078380.756      18.939600
 21     4        2s22p3s  3  1  P 0.0  1    7726192.000      70.406242    7726213.500      70.406441
 22     4        2s22p3s  3  1  P 1.0  3    7734910.000      70.485687    7734943.500      70.485992
 23     4        2s22p3s  3  1  P 2.0  5    7839936.000      71.442757    7839958.500      71.442963
 24     4        2s22p3s  1  1  P 1.0  3    7863117.500      71.653999    7863139.000      71.654198
 25     5        2s22p3d  3  3  F 2.0  5    8061600.000      73.462708    8134366.000      74.125801
 26     5        2s22p3d  3  3  F 3.0  7    8101423.000      73.825600    8173268.000      74.480301
 27     5        2s22p3d  1  2  D 2.0  5    8098023.000      73.794617    8180244.500      74.543877
 28     5        2s22p3d  3  2  D 1.0  3    8121800.000      74.011292    8198697.000      74.712029
 29     5        2s22p3d  3  3  F 4.0  9    8189600.000      74.629128    8255874.000      75.233063
 30     5        2s22p3d  3  2  D 2.0  5    8187423.000      74.609291    8263334.500      75.301048
 31     5        2s22p3d  3  2  D 3.0  7    8195023.500      74.678551    8286795.500      75.514839
 32     5        2s22p3d  3  1  P 2.0  5    8230924.000      75.005699    8300877.000      75.643158
 33     5        2s22p3d  3  1  P 1.0  3    8232300.500      75.018242    8301057.000      75.644798
 34     5        2s22p3d  3  1  P 0.0  1    8234400.000      75.037376    8302300.000      75.656128
 35     5        2s22p3d  1  3  F 3.0  7    8313623.000      75.759308    8362309.500      76.202972
 36     5        2s22p3d  1  1  P 1.0  3    8293924.500      75.579803    8362342.000      76.203270
 37     6       1s2s22p3  1  2  D 2.0  5          0.000       0.000000   53039344.704     483.330074
 38     6       1s2s22p3  3  0  S 1.0  3          0.000       0.000000   52890674.641     481.975292
 39     6       1s2s22p3  1  1  P 1.0  3          0.000       0.000000   53127544.969     484.133814
 40     6       1s2s22p3  3  1  P 2.0  5          0.000       0.000000   52939017.108     482.415821
 41     6       1s2s22p3  3  1  P 0.0  1          0.000       0.000000   52925179.866     482.289727
 42     6       1s2s22p3  3  1  P 1.0  3          0.000       0.000000   52954204.402     482.554218
 43     6       1s2s22p3  3  2  D 1.0  3          0.000       0.000000   52788436.739     481.043632
 44     6       1s2s22p3  3  2  D 2.0  5          0.000       0.000000   52802796.849     481.174491
 45     6       1s2s22p3  3  2  D 3.0  7          0.000       0.000000   52836165.211     481.478566
 46     6       1s2s22p3  5  0  S 2.0  5          0.000       0.000000   52583538.405     479.176461
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%file:  fe_21d.elvlc_sat
%produced as part of the CHIANTI atomic data base collaboration
  Ken Dere   Fri Aug 27 15:05:17 1999
%observed energy levels conf. 2s22p2, 2s2p3, 2p4: 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.
%observed energy levels conf. 2s22p3s and 2s22p3d:  Mason et al., 1979, A&A, 73, 74
%theoretical energy levels 2s22p2, 2s2p3, 2p4: Aggarwal, K.M., ApJSS, 1991, 77, 677
%theoretical energy levels 2s22p3s and 2s22p3d: Mason et al., 1979, A&A, 73, 74
% produced as part of the Arcetri/Cambridge/NRL atomic data base collaboration
%
% E. Landi 1996
%energy levels (above IP):  calculations of Safronova reported in
     Kato et al., 1997, ADNDT, 67, 225.
-1