seq ='se'    nucch1 =74                                                    ADF23

  final conf indexing        bwnf =  16354437.9     nprf =  3
  --------------------
  indf    code                           WJ       wnf
  ----    ----                           --  ------------
    1   3d10 4s2  4p3             (     9.5)          0.0
    2   3d10 4s1  4p4             (    14.5)    1368447.2
    3   3d9  4s2  4p4             (    74.5)   13470197.6

  initial conf indexing      bwni =  15902603.3     nlev = 39
  --------------------
  indi    code                           WJ       wni
  ----    ----                           --  ------------
    1   3d10 4s2  4p4             (     7.0)          0.0
    2   3d9  4s2  4p5             (    29.5)   13347319.2
    3   3d9  4s2  4p4  4d1        (   749.5)   14956866.2
    4   3d9  4s2  4p4  4f1        (  1049.5)   16516487.9
    5   3d9  4s2  4p4  5s1        (   149.5)   19337308.5
    6   3d9  4s2  4p4  5p1        (   449.5)   19956011.4
    7   3d9  4s2  4p4  5d1        (   749.5)   20714489.1
    8   3d9  4s2  4p4  5f1        (  1049.5)   21385053.0
    9   3d9  4s2  4p4  6s1        (   149.5)   22797560.3
   10   3d9  4s2  4p4  6p1        (   449.5)   23131471.2
   11   3d9  4s2  4p4  6d1        (   749.5)   23542407.3
   12   3d9  4s2  4p4  6f1        (  1049.5)   23901805.1
   13   3d9  4s2  4p4  7s1        (   149.5)   24726580.9
   14   3d9  4s2  4p4  7p1        (   449.5)   24927250.1
   15   3d9  4s2  4p4  7d1        (   749.5)   25175344.2
   16   3d9  4s2  4p4  7f1        (  1049.5)   25391741.0
   17   3d9  4s2  4p4  8s1        (   149.5)   25914142.1
   18   3d9  4s2  4p4  8p1        (   449.5)   26044076.9
   19   3d9  4s2  4p4  8d1        (   749.5)   26205467.2
   20   3d9  4s2  4p4  8f1        (  1049.5)   26346209.8
   21   3d10 4s1  4p5             (     5.5)    1397182.9
   22   3d10 4s1  4p4  4d1        (   149.5)    2980759.1
   23   3d10 4s1  4p4  4f1        (   209.5)    4536670.6
   24   3d10 4s1  4p4  5s1        (    29.5)    7286918.3
   25   3d10 4s1  4p4  5p1        (    89.5)    7897959.0
   26   3d10 4s1  4p4  5d1        (   149.5)    8656356.0
   27   3d10 4s1  4p4  5f1        (   209.5)    9326597.3
   28   3d10 4s1  4p4  6s1        (    29.5)   10719989.5
   29   3d10 4s1  4p4  6p1        (    89.5)   11051642.0
   30   3d10 4s1  4p4  6d1        (   149.5)   11463304.0
   31   3d10 4s1  4p4  6f1        (   209.5)   11822943.7
   32   3d10 4s1  4p4  7s1        (    29.5)   12638524.9
   33   3d10 4s1  4p4  7p1        (    89.5)   12838226.2
   34   3d10 4s1  4p4  7d1        (   149.5)   13086965.6
   35   3d10 4s1  4p4  7f1        (   209.5)   13303685.0
   36   3d10 4s1  4p4  8s1        (    29.5)   13821004.8
   37   3d10 4s1  4p4  8p1        (    89.5)   13950455.8
   38   3d10 4s1  4p4  8d1        (   149.5)   14112329.9
   39   3d10 4s1  4p4  8f1        (   209.5)   14253395.2

  Auger yields
  -----------
  indi\indf       1                           
  ---------
    2      0.0000E+00	  
    3      0.0000E+00	  
    4      7.0563E-01		  
    5      4.7406E-02	  
    6      1.2977E-01	  
    7      6.4950E-01	  
    8      2.4058E-01	  
    9      3.0496E-02	  
   10      7.8750E-02	  
   11      4.5654E-01	  
   12      1.5272E-01	  
   13      1.9568E-02	  
   14      4.9250E-02	  
   15      3.2398E-01	  
   16      1.1294E-01	  
   17      1.3004E-02	  
   18      3.2260E-02	  
   19      2.3280E-01	  
   20      8.6967E-02	  
   21      0.0000E+00	  
   24      0.0000E+00	  
   25      0.0000E+00	  
   26      0.0000E+00	  
   27      0.0000E+00	  
   28      0.0000E+00	  
   29      0.0000E+00	  
   30      0.0000E+00	  
   31      0.0000E+00	  
   32      0.0000E+00	  
   33      0.0000E+00	  
   34      0.0000E+00	  
   35      0.0000E+00	  
   36      0.0000E+00	  
   37      0.0000E+00	  
   38      0.0000E+00	  
   39      0.0000E+00	  

-----------------------------------------------------------------------------
meti*= 1

  ionis rates
  -----------
  indf Te= 3.36E+06  8.40E+06  1.68E+07  3.36E+07  8.40E+07  1.68E+08  3.36E+08  8.40E+08  1.68E+09  3.36E+09  8.40E+09  1.68E+10
  ---- ---
    1      5.22E-11  6.56E-11  7.10E-11  7.05E-11  6.25E-11  5.34E-11  4.39E-11  3.27E-11  2.58E-11  2.01E-11  1.43E-11  1.10E-11
    2      1.97E-11  2.54E-11  2.79E-11  2.78E-11  2.41E-11  1.99E-11  1.58E-11  1.12E-11  8.55E-12  6.52E-12  4.57E-12  3.49E-12
    3      5.99E-11  8.36E-11  9.88E-11  1.08E-10  1.09E-10  1.01E-10  8.81E-11  6.90E-11  5.53E-11  4.34E-11  3.08E-11  2.34E-11
  excit rates
  -----------
  indi Te= 3.36E+06  8.40E+06  1.68E+07  3.36E+07  8.40E+07  1.68E+08  3.36E+08  8.40E+08  1.68E+09  3.36E+09  8.40E+09  1.68E+10
  ---- ---
    4      2.39D+00  2.53D+00  2.78D+00  2.54D+00  2.56D+00  3.01D+00  3.66D+00  4.72D+00  5.61D+00  6.55D+00  7.84D+00  8.83D+00
    5      1.22D-02  1.12D-02  1.03D-02  7.52D-03  4.00D-03  3.34D-03  3.07D-03  2.93D-03  2.88D-03  2.86D-03  2.85D-03  2.84D-03
    6      3.45D-02  3.24D-02  3.09D-02  2.52D-02  1.79D-02  1.96D-02  2.28D-02  2.77D-02  3.15D-02  3.54D-02  4.04D-02  4.42D-02
    7      2.44D-01  2.33D-01  2.24D-01  1.82D-01  9.33D-02  7.52D-02  6.77D-02  6.35D-02  6.22D-02  6.16D-02  6.12D-02  6.10D-02
    8      6.11D-01  6.28D-01  6.65D-01  6.70D-01  5.44D-01  5.65D-01  6.09D-01  6.75D-01  7.25D-01  7.75D-01  8.38D-01  8.85D-01
    9      5.33D-03  4.90D-03  4.50D-03  3.83D-03  1.62D-03  1.30D-03  1.17D-03  1.11D-03  1.09D-03  1.08D-03  1.08D-03  1.08D-03
   10      1.66D-02  1.52D-02  1.39D-02  1.27D-02  6.88D-03  7.16D-03  8.12D-03  9.55D-03  1.06D-02  1.16D-02  1.28D-02  1.37D-02
   11      1.05D-01  9.97D-02  9.50D-02  8.81D-02  3.93D-02  3.07D-02  2.72D-02  2.54D-02  2.48D-02  2.45D-02  2.44D-02  2.43D-02
   12      2.66D-01  2.74D-01  2.79D-01  3.00D-01  2.19D-01  2.13D-01  2.09D-01  1.97D-01  1.82D-01  1.63D-01  1.33D-01  1.09D-01
   13      3.03D-03  2.73D-03  2.45D-03  2.17D-03  8.53D-04  6.64D-04  5.99D-04  5.67D-04  5.57D-04  5.52D-04  5.50D-04  5.49D-04
   14      9.43D-03  8.58D-03  7.89D-03  7.09D-03  3.51D-03  3.45D-03  3.71D-03  3.97D-03  4.03D-03  4.00D-03  3.86D-03  3.71D-03
   15      5.81D-02  5.42D-02  5.11D-02  4.69D-02  2.08D-02  1.59D-02  1.40D-02  1.30D-02  1.27D-02  1.26D-02  1.25D-02  1.25D-02
   16      1.43D-01  1.44D-01  1.49D-01  1.57D-01  1.15D-01  1.14D-01  1.19D-01  1.26D-01  1.32D-01  1.37D-01  1.43D-01  1.47D-01
   17      1.80D-03  1.71D-03  1.50D-03  1.31D-03  5.13D-04  3.94D-04  3.54D-04  3.35D-04  3.30D-04  3.27D-04  3.26D-04  3.25D-04
   18      5.99D-03  5.39D-03  4.81D-03  4.35D-03  2.07D-03  1.95D-03  1.99D-03  1.92D-03  1.74D-03  1.48D-03  1.04D-03  6.62D-04
   19      3.43D-02  3.37D-02  3.07D-02  2.81D-02  1.26D-02  9.49D-03  8.34D-03  7.74D-03  7.55D-03  7.46D-03  7.41D-03  7.39D-03
   20      8.81D-02  8.92D-02  8.91D-02  9.41D-02  6.87D-02  6.73D-02  6.97D-02  7.38D-02  7.66D-02  7.92D-02  8.22D-02  8.42D-02
C----------------------------------------------------------------------------
C  Data generated by  Stuart Loch        on 21/10/05
C
C  The direct ionisation rates were calculated using configuration-average
C  ionization cross sections, with semi-relativistic wavefunctions, using the
C  relaxed-core approximation, the post form  for the scattering
C  potentials, and the natural-phase approximation.       
C  The excitation rates were calculated using configuration-average cross
C  sections.
C----------------------------------------------------------------------------
C Correction to excitation data, due to an error in the conversion to 
C effective collision strength in the original files.
C Stuart Loch	23/11/05
C----------------------------------------------------------------------------