1     1         1s2.2s  2  0 S  0.5  2          0.000       0.000000          0.000       0.000000
  2     2         1s2.2p  2  1 P  0.5  2      64484.000       0.587623      65085.200       0.593000
  3     2         1s2.2p  2  1 P  1.5  4      64591.102       0.588599      65085.200       0.593000
  4     3         1s2.3s  2  0 S  0.5  2     302849.000       2.759771     302019.030       2.752000
  5     4         1s2.3p  2  1 P  0.5  2     320050.125       2.916520     302019.030       2.752000
  6     4         1s2.3p  2  1 P  1.5  4     320081.688       2.916807     319302.657       2.910000
  7     5         1s2.3d  2  2 D  1.5  4     324879.781       2.960531     319302.657       2.910000
  8     5         1s2.3d  2  2 D  2.5  6     324890.281       2.960627     323845.781       2.951000
  9     6         1s2.4s  2  0 S  0.5  2     401348.125       3.657364     323845.781       2.951000
 10     7         1s2.4p  2  1 P  0.5  2     408311.094       3.720815     400288.793       3.648000
 11     7         1s2.4p  2  1 P  1.5  4     408324.188       3.720934     400288.793       3.648000
 12     8         1s2.4d  2  2 D  1.5  4     410336.094       3.739268     407301.007       3.712000
 13     8         1s2.4d  2  2 D  2.5  6     410340.094       3.739305     407301.007       3.712000
 14     9         1s2.4f  2  3 F  2.5  6     410434.219       3.740163     409236.773       3.729000
 15     9         1s2.4f  2  3 F  3.5  8     410434.219       3.740163     409236.773       3.729000
 16    10         1s2.5s  2  0 S  0.5  2     445368.500       4.058508     409276.279       3.730000
 17    11         1s2.5p  2  1 P  0.5  2     448855.812       4.090287     409276.279       3.730000
 18    11         1s2.5p  2  1 P  1.5  4     448862.906       4.090352          0.000       0.000000
 19    12         1s2.5d  2  2 D  1.5  4     449888.219       4.099695          0.000       0.000000
 20    12         1s2.5d  2  2 D  2.5  6     449889.906       4.099710          0.000       0.000000
 21    13         1s2.5f  2  3 F  2.5  6     449939.781       4.100165          0.000       0.000000
 22    13         1s2.5f  2  3 F  3.5  8     449939.781       4.100165          0.000       0.000000
 23    14         1s2.5g  2  4 G  3.5  8     449948.406       4.100244          0.000       0.000000
 24    14         1s2.5g  2  4 G  4.5 10     449948.406       4.100244          0.000       0.000000
 25    15         1s.2s2  2  0 S  0.5  2          0.000       0.000000    2348007.551      21.396619
 26    16   1s.2s(3P).2p  4  1 P  0.5  2          0.000       0.000000    2372479.155      21.619621
 27    16   1s.2s(3P).2p  4  1 P  1.5  4          0.000       0.000000    2372479.155      21.619621
 28    16   1s.2s(3P).2p  2  1 P  0.5  2          0.000       0.000000    2417736.512      22.032036
 29    16   1s.2s(3P).2p  2  1 P  1.5  4          0.000       0.000000    2417794.935      22.032569
 30    17         1s.2p2  4  1 P  0.5  2          0.000       0.000000    2446056.975      22.290111
 31    17         1s.2p2  4  1 P  2.5  6          0.000       0.000000    2446167.319      22.291117
 32    17         1s.2p2  4  1 P  1.5  4          0.000       0.000000    2446170.459      22.291145
 33    23   1s.2s(1P).2p  2  1 P  1.5  4          0.000       0.000000    2446423.362      22.293450
 34    23   1s.2s(1P).2p  2  1 P  0.5  2          0.000       0.000000    2446483.180      22.293995
 35    17         1s.2p2  2  2 D  2.5  6          0.000       0.000000    2470345.589      22.511445
 36    17         1s.2p2  2  2 D  1.5  4          0.000       0.000000    2470523.662      22.513068
 37    17         1s.2p2  2  1 P  0.5  2          0.000       0.000000    2477664.934      22.578144
 38    17         1s.2p2  2  1 P  1.5  4          0.000       0.000000    2477781.451      22.579206
 39    17         1s.2p2  2  0 S  0.5  2          0.000       0.000000    2520876.107      22.971913
 40    29   1s.2s(3S).3s  2  0 S  0.5  2          0.000       0.000000    2699498.377      24.599639
 41    18   1s.2s(3S).3p  2  1 P  1.5  4          0.000       0.000000    2709162.319      24.687704
 42    18   1s.2s(3S).3p  2  1 P  0.5  2          0.000       0.000000    2709162.319      24.687704
 43    30   1s.2s(3S).3d  2  2 D  2.5  6          0.000       0.000000    2727281.502      24.852818
 44    30   1s.2s(3S).3d  2  2 D  1.5  4          0.000       0.000000    2727316.128      24.853133
 45    19   1s.2s(1S).3s  2  0 S  0.5  2          0.000       0.000000    2733654.885      24.910896
 46    20   1s.2s(1S).3p  2  1 P  0.5  2          0.000       0.000000    2749919.132      25.059107
 47    20   1s.2s(1S).3p  2  1 P  1.5  4          0.000       0.000000    2750108.910      25.060836
 48    21   1s.2p(3P).3p  4  2 D  1.5  4          0.000       0.000000    2754064.561      25.096883
 49    21   1s.2p(3P).3p  2  1 P  1.5  4          0.000       0.000000    2756131.168      25.115715
 50    21   1s.2p(3P).3p  2  1 P  0.5  2          0.000       0.000000    2756164.096      25.116015
 51    26   1s.2p(3P).3s  2  1 P  0.5  2          0.000       0.000000    2762268.586      25.171644
 52    26   1s.2p(3P).3s  2  1 P  1.5  4          0.000       0.000000    2762449.962      25.173296
 53    22   1s.2s(1S).3d  2  2 D  2.5  6          0.000       0.000000    2764262.853      25.189817
 54    22   1s.2s(1S).3d  2  2 D  1.5  4          0.000       0.000000    2764649.405      25.193339
 55    21   1s.2p(3P).3p  4  1 P  1.5  4          0.000       0.000000    2765157.536      25.197970
 56    21   1s.2p(3P).3p  4  1 P  2.5  6          0.000       0.000000    2765189.099      25.198257
 57    21   1s.2p(3P).3p  2  2 D  1.5  4          0.000       0.000000    2769513.108      25.237660
 58    21   1s.2p(3P).3p  2  2 D  2.5  6          0.000       0.000000    2769629.442      25.238721
 59    21   1s.2p(3P).3p  2  0 S  0.5  2          0.000       0.000000    2772153.000      25.261717
 60    24   1s.2p(3P).3d  2  2 D  1.5  4          0.000       0.000000    2772620.511      25.265977
 61    24   1s.2p(3P).3d  2  2 D  2.5  6          0.000       0.000000    2772625.761      25.266025
 62    25   1s.2p(1P).3s  2  1 P  0.5  2          0.000       0.000000    2774934.829      25.287067
 63    25   1s.2p(1P).3s  2  1 P  1.5  4          0.000       0.000000    2774966.193      25.287353
 64    24   1s.2p(3P).3d  2  3 F  2.5  6          0.000       0.000000    2776286.051      25.299380
 65    24   1s.2p(3P).3d  2  3 F  3.5  8          0.000       0.000000    2776411.428      25.300523
 66    24   1s.2p(3P).3d  4  1 P  2.5  6          0.000       0.000000    2784914.789      25.378011
 67    24   1s.2p(3P).3d  2  1 P  1.5  4          0.000       0.000000    2787310.036      25.399838
 68    24   1s.2p(3P).3d  2  1 P  0.5  2          0.000       0.000000    2787379.707      25.400473
 69    27   1s.2p(1P).3p  2  2 D  2.5  6          0.000       0.000000    2788494.222      25.410629
 70    27   1s.2p(1P).3p  2  1 P  0.5  2          0.000       0.000000    2788782.159      25.413253
 71    27   1s.2p(1P).3p  2  1 P  1.5  4          0.000       0.000000    2788846.489      25.413839
 72    27   1s.2p(1P).3p  2  2 D  1.5  4          0.000       0.000000    2788962.117      25.414893
 73    28   1s.2p(1P).3d  2  2 D  2.5  6          0.000       0.000000    2798846.498      25.504966
 74    28   1s.2p(1P).3d  2  2 D  1.5  4          0.000       0.000000    2798846.498      25.504966
 75    28   1s.2p(1P).3d  2  3 F  3.5  8          0.000       0.000000    2799219.063      25.508361
 76    28   1s.2p(1P).3d  2  3 F  2.5  6          0.000       0.000000    2799275.004      25.508871
 77    27   1s.2p(1P).3p  2  0 S  0.5  2          0.000       0.000000    2809145.136      25.598814
 78    28   1s.2p(1P).3d  2  1 P  1.5  4          0.000       0.000000    2812238.027      25.626999
 79    28   1s.2p(1P).3d  2  1 P  0.5  2          0.000       0.000000    2812380.079      25.628293
 -1
%filename: c_4d.elvlc
%observed energy levels: Kelly, R.L., 1987, J.Phys.Chem.Ref.Data 16, Suppl. 1
%theoretical energy levels: Burke, V.M., 1992, J.Phys.B, 25, 4917
%energy levels (above IP): Vainshtein, L.A., Safronova, U.I., 1978, ADNDT, 21, 49
   and 1980, ADNDT, 25, 311 - updated by U.I. Safronova, 1999
%produced as part of the Arcetri/Cambridge/NRL 'CHIANTI' atomic data base collaboration
%
% Ken Dere - Feb 2002
 -1