sxb96#ne_pju#ne7.dat

Ionisation Per Photon Coefficients

Ion
Ne7+
Temperature Range
2.760 eV → 1.650 x 104 eV
Density Range
2.100 x 107 cm-3 → 2.100 x 1021 cm-3

ADF13

Filename
sxb96#ne_pju#ne7.dat
Full Path
adf13/sxb96#ne/sxb96#ne_pju#ne7.dat
Download data
WavelengthTransitionDriving Population
60.7Å1s2 5d1 2D4.5 → 1s2 2s1 2S0.5 
60.8Å1s2 5p1 2P2.5 → 1s2 2s1 2S0.5 
65.9Å1s2 5d1 2D4.5 → 1s2 2p1 2P2.5 
65.9Å1s2 5f1 2F6.5 → 1s2 2p1 2P2.5 
66Å1s2 5p1 2P2.5 → 1s2 2p1 2P2.5 
66.3Å1s2 5s1 2S0.5 → 1s2 2p1 2P2.5 
67.2Å1s2 4d1 2D4.5 → 1s2 2s1 2S0.5 
67.4Å1s2 4p1 2P2.5 → 1s2 2s1 2S0.5 
73.5Å1s2 4d1 2D4.5 → 1s2 2p1 2P2.5 
73.5Å1s2 4f1 2F6.5 → 1s2 2p1 2P2.5 
73.8Å1s2 4p1 2P2.5 → 1s2 2p1 2P2.5 
74.6Å1s2 4s1 2S0.5 → 1s2 2p1 2P2.5 
87.1Å1s2 3d1 2D4.5 → 1s2 2s1 2S0.5 
88.1Å1s2 3p1 2P2.5 → 1s2 2s1 2S0.5 
98.2Å1s2 3d1 2D4.5 → 1s2 2p1 2P2.5 
99.4Å1s2 3p1 2P2.5 → 1s2 2p1 2P2.5 
103Å1s2 3s1 2S0.5 → 1s2 2p1 2P2.5 
182.6Å1s2 5d1 2D4.5 → 1s2 3s1 2S0.5 
183.5Å1s2 5p1 2P2.5 → 1s2 3s1 2S0.5 
195.2Å1s2 5d1 2D4.5 → 1s2 3p1 2P2.5 
196.2Å1s2 5p1 2P2.5 → 1s2 3p1 2P2.5 
199.1Å1s2 5s1 2S0.5 → 1s2 3p1 2P2.5 
199.9Å1s2 5g1 2G8.5 → 1s2 3d1 2D4.5 
200Å1s2 5d1 2D4.5 → 1s2 3d1 2D4.5 
200Å1s2 5f1 2F6.5 → 1s2 3d1 2D4.5 
201Å1s2 5p1 2P2.5 → 1s2 3d1 2D4.5 
204.1Å1s2 5s1 2S0.5 → 1s2 3d1 2D4.5 
256.9Å1s2 4d1 2D4.5 → 1s2 3s1 2S0.5 
260.3Å1s2 4p1 2P2.5 → 1s2 3s1 2S0.5 
282.3Å1s2 4f1 2F6.5 → 1s2 3p1 2P2.5 
282.5Å1s2 4d1 2D4.5 → 1s2 3p1 2P2.5 
286.6Å1s2 4p1 2P2.5 → 1s2 3p1 2P2.5 
292.4Å1s2 4f1 2F6.5 → 1s2 3d1 2D4.5 
292.6Å1s2 4d1 2D4.5 → 1s2 3d1 2D4.5 
297.1Å1s2 4p1 2P2.5 → 1s2 3d1 2D4.5 
299Å1s2 4s1 2S0.5 → 1s2 3p1 2P2.5 
310.4Å1s2 4s1 2S0.5 → 1s2 3d1 2D4.5 
562.6Å1s2 5d1 2D4.5 → 1s2 4s1 2S0.5 
570.7Å1s2 5p1 2P2.5 → 1s2 4s1 2S0.5 
612.2Å1s2 5d1 2D4.5 → 1s2 4p1 2P2.5 
621.9Å1s2 5p1 2P2.5 → 1s2 4p1 2P2.5 
630.5Å1s2 5g1 2G8.5 → 1s2 4d1 2D4.5 
631.4Å1s2 5g1 2G8.5 → 1s2 4f1 2F6.5 
631.8Å1s2 5f1 2F6.5 → 1s2 4d1 2D4.5 
633Å1s2 5d1 2D4.5 → 1s2 4f1 2F6.5 
642.3Å1s2 5p1 2P2.5 → 1s2 4d1 2D4.5 
652Å1s2 5s1 2S0.5 → 1s2 4p1 2P2.5 
773.7Å1s2 2p1 2P2.5 → 1s2 2s1 2S0.5 
2832.1Å1s2 3p1 2P2.5 → 1s2 3s1 2S0.5 
6941.2Å1s2 4p1 2P2.5 → 1s2 4s1 2S0.5 
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  IONISATION/PHOTON LIST:        

 
  INFORMATION
  -----------
 
  NUCLEAR CHARGE = 10
  ION CHARGE +1  =  8
 
  SPECIFIC ION FILE  : /home/adas/adas/adf04/adas#10/cop98#10_ls#ne7.dat
  EXPANSION FILE     : /home/adas/adas/adf18/a17_p208/exp96#li/exp96#li_ne7ls.dat
 
  META. ION. COEFF. SELECTOR:  *(1,1)    *(1,2)  
                              * - rate from specific ion file
                              N - no rate available

  OPTIONS  : LNORM=T  LPSEL=F  LZSEL=F  LIOSEL=T
             LHSEL=F  LRSEL=T  LISEL=F  LNSEL =T


   Configuration           (2S+1)L(w-1/2)          Energy (cm**-1)
     1   1S2 2S1              (2)0( 0.5)              0.0
     2   1S2 2P1              (2)1( 2.5)         129252.0
     3   1S2 3S1              (2)0( 0.5)        1099870.0
     4   1S2 3P1              (2)1( 2.5)        1135180.0
     5   1S2 3D1              (2)2( 4.5)        1147450.0
     6   1S2 4S1              (2)0( 0.5)        1469640.0
     7   1S2 4P1              (2)1( 2.5)        1484046.7
     8   1S2 4D1              (2)2( 4.5)        1489168.0
     9   1S2 4F1              (2)3( 6.5)        1489401.4
    10   1S2 5S1              (2)0( 0.5)        1637410.0
    11   1S2 5P1              (2)1( 2.5)        1644850.0
    12   1S2 5D1              (2)2( 4.5)        1647380.0
    13   1S2 5F1              (2)3( 6.5)        1647440.0
    14   1S2 5G1              (2)4( 8.5)        1647770.3


  POPULATION PROCESSING CODE:  ADAS208

  ISEL  WAVELENGTH      TRANSITION            TYPE    METASTABLE  IMET  NMET
  ----  ----------  ------------------------  -----  ------------ ----  ----
   1.     773.7     2(2)1( 2.5)- 1(2)0( 0.5)  EXCIT                 T     1
   2.      88.1     4(2)1( 2.5)- 1(2)0( 0.5)  EXCIT                 T     1
   3.      87.1     5(2)2( 4.5)- 1(2)0( 0.5)  EXCIT                 T     1
   4.      67.4     7(2)1( 2.5)- 1(2)0( 0.5)  EXCIT                 T     1
   5.      67.2     8(2)2( 4.5)- 1(2)0( 0.5)  EXCIT                 T     1
   6.      60.8    11(2)1( 2.5)- 1(2)0( 0.5)  EXCIT                 T     1
   7.      60.7    12(2)2( 4.5)- 1(2)0( 0.5)  EXCIT                 T     1
   8.     103.0     3(2)0( 0.5)- 2(2)1( 2.5)  EXCIT                 T     1
   9.      99.4     4(2)1( 2.5)- 2(2)1( 2.5)  EXCIT                 T     1
  10.      98.2     5(2)2( 4.5)- 2(2)1( 2.5)  EXCIT                 T     1
  11.      74.6     6(2)0( 0.5)- 2(2)1( 2.5)  EXCIT                 T     1
  12.      73.8     7(2)1( 2.5)- 2(2)1( 2.5)  EXCIT                 T     1
  13.      73.5     8(2)2( 4.5)- 2(2)1( 2.5)  EXCIT                 T     1
  14.      73.5     9(2)3( 6.5)- 2(2)1( 2.5)  EXCIT                 T     1
  15.      66.3    10(2)0( 0.5)- 2(2)1( 2.5)  EXCIT                 T     1
  16.      66.0    11(2)1( 2.5)- 2(2)1( 2.5)  EXCIT                 T     1
  17.      65.9    12(2)2( 4.5)- 2(2)1( 2.5)  EXCIT                 T     1
  18.      65.9    13(2)3( 6.5)- 2(2)1( 2.5)  EXCIT                 T     1
  19.    2832.1     4(2)1( 2.5)- 3(2)0( 0.5)  EXCIT                 T     1
  20.     260.3     7(2)1( 2.5)- 3(2)0( 0.5)  EXCIT                 T     1
  21.     256.9     8(2)2( 4.5)- 3(2)0( 0.5)  EXCIT                 T     1
  22.     183.5    11(2)1( 2.5)- 3(2)0( 0.5)  EXCIT                 T     1
  23.     182.6    12(2)2( 4.5)- 3(2)0( 0.5)  EXCIT                 T     1
  24.     299.0     6(2)0( 0.5)- 4(2)1( 2.5)  EXCIT                 T     1
  25.     286.6     7(2)1( 2.5)- 4(2)1( 2.5)  EXCIT                 T     1
  26.     282.5     8(2)2( 4.5)- 4(2)1( 2.5)  EXCIT                 T     1
  27.     282.3     9(2)3( 6.5)- 4(2)1( 2.5)  EXCIT                 T     1
  28.     199.1    10(2)0( 0.5)- 4(2)1( 2.5)  EXCIT                 T     1
  29.     196.2    11(2)1( 2.5)- 4(2)1( 2.5)  EXCIT                 T     1
  30.     195.2    12(2)2( 4.5)- 4(2)1( 2.5)  EXCIT                 T     1
  31.     310.4     6(2)0( 0.5)- 5(2)2( 4.5)  EXCIT                 T     1
  32.     297.1     7(2)1( 2.5)- 5(2)2( 4.5)  EXCIT                 T     1
  33.     292.6     8(2)2( 4.5)- 5(2)2( 4.5)  EXCIT                 T     1
  34.     292.4     9(2)3( 6.5)- 5(2)2( 4.5)  EXCIT                 T     1
  35.     204.1    10(2)0( 0.5)- 5(2)2( 4.5)  EXCIT                 T     1
  36.     201.0    11(2)1( 2.5)- 5(2)2( 4.5)  EXCIT                 T     1
  37.     200.0    12(2)2( 4.5)- 5(2)2( 4.5)  EXCIT                 T     1
  38.     200.0    13(2)3( 6.5)- 5(2)2( 4.5)  EXCIT                 T     1
  39.     199.9    14(2)4( 8.5)- 5(2)2( 4.5)  EXCIT                 T     1
  40.    6941.2     7(2)1( 2.5)- 6(2)0( 0.5)  EXCIT                 T     1
  41.     570.7    11(2)1( 2.5)- 6(2)0( 0.5)  EXCIT                 T     1
  42.     562.6    12(2)2( 4.5)- 6(2)0( 0.5)  EXCIT                 T     1
  43.     652.0    10(2)0( 0.5)- 7(2)1( 2.5)  EXCIT                 T     1
  44.     621.9    11(2)1( 2.5)- 7(2)1( 2.5)  EXCIT                 T     1
  45.     612.2    12(2)2( 4.5)- 7(2)1( 2.5)  EXCIT                 T     1
  46.     642.3    11(2)1( 2.5)- 8(2)2( 4.5)  EXCIT                 T     1
  47.     631.8    13(2)3( 6.5)- 8(2)2( 4.5)  EXCIT                 T     1
  48.     630.5    14(2)4( 8.5)- 8(2)2( 4.5)  EXCIT                 T     1
  49.     633.0    12(2)2( 4.5)- 9(2)3( 6.5)  EXCIT                 T     1
  50.     631.4    14(2)4( 8.5)- 9(2)3( 6.5)  EXCIT                 T     1

  CODE     : ADAS208
  PRODUCER : Martin O'Mullane              
  DATE     : 20.12.00

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Predecessors

Contributors

  • Martin O'Mullane
  • Transitions
  • Comments
  • Origins

Data Classes

Fundamental

ADF01ADF04ADF07ADF08ADF09ADF38ADF39ADF48

Derived

ADF11ADF12ADF13ADF15ADF21ADF22