1     1 2s2.2p2         3  1 P  0.0  1            0.0       0.000000          0.000       0.000000
  2     1 2s2.2p2         3  1 P  1.0  3         9859.0       0.089842       9917.000       0.090370
  3     1 2s2.2p2         3  1 P  2.0  5        21850.0       0.199112      21876.000       0.199349
  4     1 2s2.2p2         1  2 D  2.0  5        85026.0       0.774814      87191.000       0.794543
  5     1 2s2.2p2         1  0 S  0.0  1       162158.0       1.477693     157478.000       1.435045
  6     2 2s.2p3          5  0 S  2.0  5       227473.0       2.072887     215606.000       1.964747
  7     2 2s.2p3          3  2 D  1.0  3       423218.0       3.856646     424275.000       3.866278
  8     2 2s.2p3          3  2 D  2.0  5       422673.0       3.851680     423941.000       3.863235
  9     2 2s.2p3          3  2 D  3.0  7       423947.0       3.863290     426145.000       3.883319
 10     2 2s.2p3          3  1 P  0.0  1       495414.0       4.514545     495062.000       4.511337
 11     2 2s.2p3          3  1 P  1.0  3       495759.0       4.517689     495835.000       4.518381
 12     2 2s.2p3          3  1 P  2.0  5       496983.0       4.528843     497288.000       4.531622
 13     2 2s.2p3          1  2 D  2.0  5       625762.0       5.702363     639696.000       5.829339
 14     2 2s.2p3          3  0 S  1.0  3       628579.0       5.728034     640411.000       5.835855
 15     2 2s.2p3          1  1 P  1.0  3       698600.0       6.366112     710559.000       6.475090
 -1
%filename: ar_13.elvlc
%energy levels: Edlen, B., 1985, Physica Scripta, 31, 345
% theoretical energy levels: Dere K.P, Mason H.E., Widing K.G., Bhatia A.K., ApJSS, 1979, 40, 341
% produced as part of the Arcetri/Cambridge/NRL 'CHIANTI' atomic data base collaboration
%
%  E.Landi 2000
 -1