1     2s2.2p2                           3  P    0.0          0.000          0.000
      2     2s2.2p2                           3  P    1.0       7227.000       7296.653
      3     2s2.2p2                           3  P    2.0      16616.000      16780.152
      4     2s2.2p2                           1  D    2.0      75520.000      77834.699
      5     2s2.2p2                           1  S    0.0     146912.000     143020.636
      6     2s.2p3                            5  S    2.0     206089.000     194015.564
      7     2s.2p3                            3  D    1.0     388581.000     390653.850
      8     2s.2p3                            3  D    2.0     388179.000     390221.485
      9     2s.2p3                            3  D    3.0     388838.000     390899.881
     10     2s.2p3                            3  P    0.0     455354.000     456499.528
     11     2s.2p3                            3  P    1.0     455509.000     456720.100
     12     2s.2p3                            3  P    2.0     456258.000     457510.209
     13     2s.2p3                            3  S    1.0     581155.000     595127.380
     14     2s.2p3                            1  D    2.0     577100.000     592575.987
     15     2s.2p3                            1  P    1.0     644586.000     658699.301
     16     2p4                               3  P    2.0     882494.000     894789.247
     17     2p4                               3  P    0.0     898290.000     910397.184
     18     2p4                               3  P    1.0     894388.000     906429.083
     19     2p4                               1  D    2.0     945921.000     965985.716
     20     2p4                               1  S    0.0    1073309.000    1096715.774
 -1
%filename: cl_12.elvlc
%Observed energy levels: Edlen, B., 1985, Physica Scripta, 31,345
%Theoretical energy levels: Zhang, Sampson, ADNDT, 1996, 63, 275
%produced as part of the Arcetri/Cambridge/NRL 'CHIANTI' atomic data base collaboration
%
% E. Landi - Oct 2004