szd96#n_n.dat

Electron Impact Ionisation Coefficients

Ion
N
Temperature Range
1.000 eV → 1.000 x 104 eV

ADF07

Filename
szd96#n_n.dat
Full Path
adf07/szd96#n/szd96#n_n.dat
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  • N0(2s2 2p3 4S) + e → N+ + e + e
  • N0(2s2 2p3 4S) + e → N+(2s2 2p2 3P) + e + e
  • N0(2s2 2p3 4S) + e → N+(2s2 2p2 1D) + e + e
  • N0(2s2 2p3 4S) + e → N+(2s2 2p2 1S) + e + e
  • N0(2s2 2p2 4S) + e → N+(2s1 2p3 5S) + e + e
  • N0(2s2 2p3 2D) + e → N+ + e + e
  • N0(2s2 2p3 2D) + e → N+(2s2 2p2 3P) + e + e
  • N0(2s2 2p3 2D) + e → N+(2s2 2p2 1D) + e + e
  • N0(2s2 2p3 2D) + e → N+(2s2 2p2 1S) + e + e
  • N0(2s2 2p2 2P) + e → N+(2s1 2p3 5S) + e + e
  • N0(2s2 2p3 2P) + e → N+ + e + e
  • N0(2s2 2p3 2P) + e → N+(2s2 2p2 3P) + e + e
  • N0(2s2 2p3 2P) + e → N+(2s2 2p2 1D) + e + e
  • N0(2s2 2p3 2P) + e → N+(2s2 2p2 1S) + e + e
  • N0(2s2 2p2 2P) + e → N+(2s1 2p3 5S) + e + e
  • N+(2s2 2p2 3P) + e → N2+ + e + e
  • N+(2s2 2p2 3P) + e → N2+(2s2 2p1 2P) + e + e
  • N+(2s2 2p2 3P) + e → N2+(2s1 2p2 4P) + e + e
  • N+(2s2 2p2 1D) + e → N2+ + e + e
  • N+(2s2 2p2 1D) + e → N2+(2s2 2p1 2P) + e + e
  • N+(2s2 2p2 1D) + e → N2+(2s1 2p2 4P) + e + e
  • N+(2s2 2p2 1S) + e → N2+ + e + e
  • N+(2s2 2p2 1S) + e → N2+(2s2 2p1 2P) + e + e
  • N+(2s2 2p2 1S) + e → N2+(2s1 2p2 4P) + e + e
  • N+(2s1 2p3 5S) + e → N2+ + e + e
  • N+(2s1 2p3 5S) + e → N2+(2s2 2p1 2P) + e + e
  • N+(2s1 2p3 5S) + e → N2+(2s1 2p2 4P) + e + e
  • N2+(2s2 2p1 2P) + e → N3+ + e + e
  • N2+(2s2 2p1 2P) + e → N3+(2s2 1S) + e + e
  • N2+(2s2 2p1 2P) + e → N3+(2s1 2p1 3P) + e + e
  • N2+(2s1 2p2 4P) + e → N3+ + e + e
  • N2+(2s1 2p2 4P) + e → N3+(2s2 1S) + e + e
  • N2+(2s1 2p2 4P) + e → N3+(2s1 2p1 3P) + e + e
  • N3+(2s2 1S) + e → N4+ + e + e
  • N3+(2s2 1S) + e → N4+(2s1 2S) + e + e
  • N3+(2s1 2p1 3P) + e → N4+ + e + e
  • N3+(2s1 2p1 3P) + e → N4+(2s1 2S) + e + e
  • N4+(2s1 2S) + e → N5+ + e + e
  • N4+(2s1 2S) + e → N5+(1s2 1S) + e + e
  • N4+(2s1 2S) + e → N5+(1s1 2s1 3S) + e + e
  • N5+(1s2 1S) + e → N6+ + e + e
  • N5+(1s2 1S) + e → N6+(1s1 2S) + e + e
  • N5+(1s1 2s1 3S) + e → N6+ + e + e
  • N5+(1s1 2s2 3S) + e → N6+(1s1 2S) + e + e
  • N6+(1s1 2S) + e → N7+ + e + e
  • N6+(1s1 2S) + e → N7+(hash(0x3167250) 1S) + e + e
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  ELECTRON IMPACT IONISATION RATE COEFFICIENT LIST:

   ISEL  INITIAL MET.    FINAL  MET.           SOURCE
           ION   CODE     ION   CODE
   ----  ------- ----   ------- ----     -----------------------------------
     1   N + 0    1     N + 1    0       *BELL ET AL. (1982) CLM-R216
     2   N + 0    1     N + 1    1       *SUMMERS/HOOPER split ELL et al.
     3   N + 0    1     N + 1    2       *SUMMERS/HOOPER split BELL et al.
     4   N + 0    1     N + 1    3       *SUMMERS/HOOPER split BELL et al.
     5   N + 0    1     N + 1    4       *SUMMERS/HOOPER split BELL et al.
     6   N + 0    2     N + 1    0       *SUMMERS/HOOPER split BELL et al.
     7   N + 0    2     N + 1    1       *SUMMERS/HOOPER split BELL et al.
     8   N + 0    2     N + 1    2       *SUMMERS/HOOPER split BELL et al.
     9   N + 0    2     N + 1    3       *SUMMERS/HOOPER split BELL et al.
    10   N + 0    2     N + 1    4       *SUMMERS/HOOPER split BELL et al.
    11   N + 0    3     N + 1    0       *SUMMERS/HOOPER split BELL et al.
    12   N + 0    3     N + 1    1       *SUMMERS/HOOPER split BELL et al.
    13   N + 0    3     N + 1    2       *SUMMERS/HOOPER split BELL et al.
    14   N + 0    3     N + 1    3       *SUMMERS/HOOPER split BELL et al.
    15   N + 0    3     N + 1    4       *SUMMERS/HOOPER split BELL et al.
    16   N + 1    1     N + 2    0       *BELL ET AL. (1982) CLM-R216
    17   N + 1    1     N + 2    1       *SUMMERS/HOOPER split ELL et al.
    18   N + 1    1     N + 2    2       *SUMMERS/HOOPER split BELL et al.
    19   N + 1    2     N + 2    0       *SUMMERS/HOOPER split BELL et al.
    20   N + 1    2     N + 2    1       *SUMMERS/HOOPER split BELL et al.
    21   N + 1    2     N + 2    2       *SUMMERS/HOOPER split BELL et al.
    22   N + 1    3     N + 2    0       *SUMMERS/HOOPER split BELL et al.
    23   N + 1    3     N + 2    1       *SUMMERS/HOOPER split BELL et al.
    24   N + 1    3     N + 2    2       *SUMMERS/HOOPER split BELL et al.
    25   N + 1    4     N + 2    0       *SUMMERS/HOOPER split BELL et al.
    26   N + 1    4     N + 2    1       *SUMMERS/HOOPER split BELL et al.
    27   N + 1    4     N + 2    2       *SUMMERS/HOOPER split BELL et al.
    28   N + 2    1     N + 3    0       *BELL ET AL. (1982) CLM-R216
    29   N + 2    1     N + 3    1       *SUMMERS/HOOPER split ELL et al.
    30   N + 2    1     N + 3    2       *SUMMERS/HOOPER split BELL et al.
    31   N + 2    2     N + 3    0       *SUMMERS/HOOPER split BELL et al.
    32   N + 2    2     N + 3    1       *SUMMERS/HOOPER split BELL et al.
    33   N + 2    2     N + 3    2       *SUMMERS/HOOPER split BELL et al.
    34   N + 3    1     N + 4    0       *BELL ET AL. (1982) CLM-R216
    35   N + 3    1     N + 4    1       *SUMMERS/HOOPER split ELL et al.
    36   N + 3    1     N + 4    2       *SUMMERS/HOOPER split BELL et al.
    37   N + 3    2     N + 4    0       *SUMMERS/HOOPER split BELL et al.
    38   N + 4    1     N + 5    0       *BELL ET AL. (1982) CLM-R216
    39   N + 4    1     N + 5    1       *SUMMERS/HOOPER split ELL et al.
    40   N + 4    1     N + 5    2       *SUMMERS/HOOPER split BELL et al.
    41   N + 5    1     N + 6    0       *BELL ET AL. (1982) CLM-R216
    42   N + 5    1     N + 6    1       *SUMMERS/HOOPER split BELL et al.
    43   N + 5    2     N + 6    0       *SUMMERS/HOOPER split BELL et al.
    44   N + 5    2     N + 6    1       *SUMMERS/HOOPER split BELL et al.
    45   N + 6    1     N + 7    0       *BELL ET AL. (1982) CLM-R216
    46   N + 6    1     N + 7    1       *SUMMERS/HOOPER split BELL et al.


         PREFERRED DATA INDICATED BY *



  NOTES.
 ------

   ISEL  INITIAL MET.    DESIG.             FINAL  MET.    DESIG.
           ION   CODE                        ION   CODE
   ----  ------- ---- ---------------      ------- ---- ---------------
     1   N + 0    1     2S2 2P3(4S)         N + 1    0     Total
     2   N + 0    1     2S2 2P3(4S)         N + 1    1     2S2 2P2(3P)
     3   N + 0    1     2S2 2P3(4S)         N + 1    2     2S2 2P2(1D)
     4   N + 0    1     2S2 2P3(4S)         N + 1    3     2S2 2P2(1S)
     5   N + 0    1     2S2 2P2(4S)         N + 1    4     2S1 2P3(5S)
     6   N + 0    2     2S2 2P3(2D)         N + 1    0     Total
     7   N + 0    2     2S2 2P3(2D)         N + 1    1     2S2 2P2(3P)
     8   N + 0    2     2S2 2P3(2D)         N + 1    2     2S2 2P2(1D)
     9   N + 0    2     2S2 2P3(2D)         N + 1    3     2S2 2P2(1S)
    10   N + 0    2     2S2 2P2(2P)         N + 1    4     2S1 2P3(5S)
    11   N + 0    2     2S2 2P3(2P)         N + 1    0     Total
    12   N + 0    2     2S2 2P3(2P)         N + 1    1     2S2 2P2(3P)
    13   N + 0    2     2S2 2P3(2P)         N + 1    2     2S2 2P2(1D)
    14   N + 0    2     2S2 2P3(2P)         N + 1    3     2S2 2P2(1S)
    15   N + 0    2     2S2 2P2(2P)         N + 1    4     2S1 2P3(5S)
    16   N + 1    1     2S2 2P2(3P)         N + 2    0     Total
    17   N + 1    1     2S2 2P2(3P)         N + 2    1     2S2 2P1(2P)
    18   N + 1    1     2S2 2P2(3P)         N + 2    2     2S1 2P2(4P)
    19   N + 1    2     2S2 2P2(1D)         N + 2    0     Total
    20   N + 1    2     2S2 2P2(1D)         N + 2    1     2S2 2P1(2P)
    21   N + 1    2     2S2 2P2(1D)         N + 2    2     2S1 2P2(4P)
    22   N + 1    3     2S2 2P2(1S)         N + 2    0     Total
    23   N + 1    3     2S2 2P2(1S)         N + 2    1     2S2 2P1(2P)
    24   N + 1    3     2S2 2P2(1S)         N + 2    2     2S1 2P2(4P)
    25   N + 1    4     2S1 2P3(5S)         N + 2    0     Total
    26   N + 1    4     2S1 2P3(5S)         N + 2    1     2S2 2P1(2P)
    27   N + 1    4     2S1 2P3(5S)         N + 2    2     2S1 2P2(4P)
    28   N + 2    1     2S2 2P1(2P)         N + 3    0     Total
    29   N + 2    1     2S2 2P1(2P)         N + 3    1     2S2(1S)
    30   N + 2    1     2S2 2P1(2P)         N + 3    2     2S1 2P1(3P)
    31   N + 2    2     2S1 2P2(4P)         N + 3    0     Total
    32   N + 2    2     2S1 2P2(4P)         N + 3    1     2S2(1S)
    33   N + 2    2     2S1 2P2(4P)         N + 3    2     2S1 2P1(3P)
    34   N + 3    1     2S2(1S)             N + 4    0     Total
    35   N + 3    1     2S2(1S)             N + 4    1     2S1(2S)
    36   N + 3    2     2S1 2P1(3P)         N + 4    0     Total
    37   N + 3    2     2S1 2P1(3P)         N + 4    1     2s1(2S)
    38   N + 4    1     2S1(2S)             N + 5    0     Total
    39   N + 4    1     2S1(2S)             N + 5    1     1s2(1S)
    40   N + 4    1     2S1(2S)             N + 5    2     1s1 2s1(3S)
    41   N + 5    1     1S2(1S)             N + 6    0     Total
    42   N + 5    1     1S2(1S)             N + 6    1     1s1(2S)
    43   N + 5    1     1S1 2s1(3S)         N + 6    0     Total
    44   N + 5    1     1S1 2s2(3S)         N + 6    1     1s1(2S)
    45   N + 6    1     1S1(2S)             N + 7    0     Total
    46   N + 6    1     1S1(2S)             N + 7    1     (1S)




  Compiler:  H. P. Summers
  Date:      13 June 1996
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