ls#ge14.dat

Resolved Specific Ion Data Collections

Ion
Ge14+
Temperature Range
3.878 eV → 4.265 x 104 eV

ADF04

Filename
ls#ge14.dat
Full Path
adf04/copmm#32/ls#ge14.dat
Download data
  • Spontaneous Emission: Ge+14(i) → Ge+14(j) + hv
  • Electron Impact Excitation: Ge+14(i) + e → Ge+14(j) + e
24565 1S0.0 0.0 cm-1
24555516 3P4.0 611099.0 cm-1
24555516 3F10.0 631609.0 cm-1
24555516 3D7.0 678909.0 cm-1
24555516 1D2.0 680549.0 cm-1
24555516 1F3.0 699349.0 cm-1
24555516 1P1.0 850769.0 cm-1
24555517 1P1.0 2041540.0 cm-1
24555517 3P4.0 2055740.0 cm-1
24555518 3S1.0 2184840.0 cm-1
24555518 3D7.0 2209140.0 cm-1
24555518 1P1.0 2209540.0 cm-1
24555518 3P4.0 2231540.0 cm-1
24555518 1D2.0 2255240.0 cm-1
24555518 1S0.0 2285940.0 cm-1
24555519 3P4.0 2446740.0 cm-1
24555519 1D2.0 2457740.0 cm-1
24555519 1P1.0 2459940.0 cm-1
24555519 3F10.0 2460940.0 cm-1
24555519 3D7.0 2482040.0 cm-1
24555519 1F3.0 2499940.0 cm-1
2455551a 3D7.0 2642040.0 cm-1
2455551a 1F3.0 2653840.0 cm-1
2455551a 3G13.0 2656640.0 cm-1
2455551a 3F10.0 2671540.0 cm-1
2455551a 1G4.0 2695940.0 cm-1
2455551a 1D2.0 2705040.0 cm-1
--------------------------------------------------------------------------------

             Configuration
       Eissner            == Standard           R Parentage

   1   24565              == 3S2 3P6              1 1S  1S/
   2   24555516           == 3S2 3P5 3D1          1 2P  2P/ 1 2D  3P/
   3   24555516           == 3S2 3P5 3D1          1 2P  2P/ 1 2D  3F/
   4   24555516           == 3S2 3P5 3D1          1 2P  2P/ 1 2D  3D/
   5   24555516           == 3S2 3P5 3D1          1 2P  2P/ 1 2D  1D/
   6   24555516           == 3S2 3P5 3D1          1 2P  2P/ 1 2D  1F/
   7   24555516           == 3S2 3P5 3D1          1 2P  2P/ 1 2D  1P/
   8   24555517           == 3S2 3P5 4S1          1 2P  2P/ 1 2S  1P/
   9   24555517           == 3S2 3P5 4S1          1 2P  2P/ 1 2S  3P/
  10   24555518           == 3S2 3P5 4P1          1 2P  2P/ 1 2P  3S/
  11   24555518           == 3S2 3P5 4P1          1 2P  2P/ 1 2P  3D/
  12   24555518           == 3S2 3P5 4P1          1 2P  2P/ 1 2P  1P/
  13   24555518           == 3S2 3P5 4P1          1 2P  2P/ 1 2P  3P/
  14   24555518           == 3S2 3P5 4P1        * 1 2P  2P/ 1 2P  1D/
  15   24555518           == 3S2 3P5 4P1          1 2P  2P/ 1 2P  1S/
  16   24555519           == 3S2 3P5 4D1          1 2P  2P/ 1 2D  3P/
  17   24555519           == 3S2 3P5 4D1          1 2P  2P/ 1 2D  1D/
  18   24555519           == 3S2 3P5 4D1          1 2P  2P/ 1 2D  1P/
  19   24555519           == 3S2 3P5 4D1          1 2P  2P/ 1 2D  3F/
  20   24555519           == 3S2 3P5 4D1          1 2P  2P/ 1 2D  3D/
  21   24555519           == 3S2 3P5 4D1        * 1 2P  2P/ 1 2D  1F/
  22   2455551A           == 3S2 3P5 4F1          1 2P  2P/ 1 2F  3D/
  23   2455551A           == 3S2 3P5 4F1        * 1 2P  2P/ 1 2F  1F/
  24   2455551A           == 3S2 3P5 4F1          1 2P  2P/ 1 2F  3G/
  25   2455551A           == 3S2 3P5 4F1          1 2P  2P/ 1 2F  3F/
  26   2455551A           == 3S2 3P5 4F1        * 1 2P  2P/ 1 2F  1G/
  27   2455551A           == 3S2 3P5 4F1          1 2P  2P/ 1 2F  1D/

 (R) - Levels (or levels within a term) have been reassigned
       from their principal component.

--------------------------------------------------------------------------------

 IC Level list :

        1     2     3     4     5     6     7     8     9    10
       11    12    13    14    15    16    17    18    19    20
       21    22    23    24    25    26    27    28    29    30
       31    32    33    34    35    36    37    38    39    40
       41    42    43    44    45    46    47    48    49    50
       51

 Map to LS levels :

        1     2     2     2     3     3     3     4     5     4
        4     6     7     9     8     9     9    10    11    11
       12    13    13    11    14    13    15    16    16    19
       19    16    17    18    20    19    21    20    20    22
       22    24    24    22    23    25    25    24    25    26
       27

--------------------------------------------------------------------------------

   Generated from Cowan Atomic Structure Program

   From IFG file : ./ifg#ge32-14_adf34.dat

   Options in effect

   Coupling    Avalue   numtemps   Lweight   Isonuclear   Comment Level
   LS          YES      14         NO        YES          2


   Cowan code options
   ------------------
                                                                          
      Cowan plane wave Born method                                        
                                                                          
      Scale factors 85 95 85 85 50                                        
                                                                          
   Parity 1    Parity 2    Allowed
        185         314        373     initially
         66          91        152     reduced

   Note: The Born method does NOT calculate spin changing transitions
   correctly. You should supplement for important transitions of this type.

--------------------------------------------------------------------------------

   Code     : ADAS801
   Producer : Martin O'Mullane
   Date     : 27/02/06

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Contributors

  • Martin O'Mullane
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