ls#ge3.dat

Resolved Specific Ion Data Collections

Ion
Ge3+
Temperature Range
0.276 eV → 3033 eV

ADF04

Filename
ls#ge3.dat
Full Path
adf04/copmm#32/ls#ge3.dat
Download data
  • Spontaneous Emission: Ge+3(i) → Ge+3(j) + hv
  • Electron Impact Excitation: Ge+3(i) + e → Ge+3(j) + e
606517 2S0.5 0.0 cm-1
606518 2P2.5 81707.0 cm-1
606519 2D4.5 187570.0 cm-1
60651b 2S0.5 197440.0 cm-1
60651c 2P2.5 225200.0 cm-1
60651a 2F6.5 254410.0 cm-1
60651d 2D4.5 265130.0 cm-1
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             Configuration
       Eissner            == Standard           R Parentage

   1   606517             == 3DA 4S1              1 2S  2S/
   2   606518             == 3DA 4P1              1 2P  2P/
   3   606519             == 3DA 4D1              1 2D  2D/
   4   60651B             == 3DA 5S1              1 2S  2S/
   5   60651C             == 3DA 5P1              1 2P  2P/
   6   60651A             == 3DA 4F1              1 2F  2F/
   7   60651D             == 3DA 5D1              1 2D  2D/

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

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 IC Level list :

        1     2     3     4     5     6     7     8     9    10
       11    12

 Map to LS levels :

        1     2     2     3     3     4     5     5     6     6
        7     7

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   Generated from Cowan Atomic Structure Program

   From IFG file : ./ifg#ge32-03_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 75 95 75 75 75                                        
                                                                          
   Parity 1    Parity 2    Allowed
         15          12         26     initially
          6           3         10     reduced

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

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

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Contributors

  • Martin O'Mullane
  • Processes
  • States
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