1     1 2s2.2p          2  1 P  0.5  2          0.000       0.000000          0.000       0.000000
  2     1 2s2.2p          2  1 P  1.5  4      56240.000       0.512497      56259.910       0.512678
  3     2 2s.2p2          4  1 P  0.5  2     309494.000       2.820317     303662.906       2.767180
  4     2 2s.2p2          4  1 P  1.5  4     332976.000       3.034301     326980.969       2.979670
  5     2 2s.2p2          4  1 P  2.5  6     360386.000       3.284079     354548.094       3.230880
  6     2 2s.2p2          2  2 D  1.5  4     555879.000       5.065542     561857.250       5.120020
  7     2 2s.2p2          2  2 D  2.5  6     561756.000       5.119098     567370.438       5.170260
  8     2 2s.2p2          2  0 S  0.5  2     673607.000       6.138359     682120.562       6.215940
  9     2 2s.2p2          2  1 P  0.5  2     733766.000       6.686568     743698.562       6.777080
 10     2 2s.2p2          2  1 P  1.5  4     747063.000       6.807739     760752.812       6.932490
 11     3 2p3             4  0 S  1.5  4     961979.000       8.766198     960476.903       8.752510
 12     3 2p3             2  2 D  1.5  4    1078865.000       9.831342    1089343.625       9.926830
 13     3 2p3             2  2 D  2.5  6    1089065.000       9.924291    1099282.500      10.017400
 14     3 2p3             2  1 P  0.5  2    1208833.000      11.015697    1222056.625      11.136200
 15     3 2p3             2  1 P  1.5  4    1227640.000      11.187079    1240338.875      11.302800
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%filename: ti_18.elvlc
%observed energy levels : Edlen,B., 1983, Ph. Scr. 28, 483
%theoretical energy levels: Zhang, Sampson, 1994, ADNDT, 56, 41.
% Produced as part of the Arcetri/Cambridge/NRL 'CHIANTI' atomic data base collaboration
%
% Enrico Landi 1999
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