pec96#ne_pju#ne2.dat

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  PHOTON EMISSIVITY COEFFICIENTS:

 
  INFORMATION
  -----------
 
  NUCLEAR CHARGE = 10
  ION CHARGE +1  =  3
 
  SPECIFIC ION FILE  : /home/adas/adas/adf04/adas#10/cop98#10_ls#ne2.dat
  EXPANSION FILE     : /home/adas/adas/adf18/a17_p208/exp96#o/exp96#o_ne2ls.dat
 
  META. ION. COEFF. SELECTOR:  *(1,1)    *(1,2)    *(1,3)  
                              * - 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 2S2 2P4          (3)1( 4.0)              0.0
     2   1S2 2S2 2P4          (1)2( 2.0)          25524.2
     3   1S2 2S2 2P4          (1)0( 0.0)          55434.0
     4   1S2 2S1 2P5          (3)1( 4.0)         204272.4
     5   1S2 2S1 2P5          (1)1( 1.0)         289162.4
     6   1S2 2S2 2P3 3S1      (5)0( 2.0)         309607.4
     7   1S2 2S2 2P3 3S1      (3)0( 1.0)         319128.3
     8   1S2 2S2 2P3 3P1      (5)1( 7.0)         348170.9
     9   1S2 2S2 2P3 3S1      (3)2( 7.0)         352851.0
    10   1S2 2S2 2P3 3P1      (3)1( 4.0)         356456.5
    11   1S2 2S2 2P3 3S1      (1)2( 2.0)         357613.4
    12   1S2 2S2 2P3 3S1      (3)1( 4.0)         374131.2
    13   1S2 2S2 2P3 3S1      (1)1( 1.0)         379517.4
    14   1S2 2S2 2P3 3P1      (1)1( 1.0)         385285.8
    15   1S2 2S2 2P3 3P1      (1)3( 3.0)         388059.3
    16   1S2 2S2 2P3 3P1      (3)2( 7.0)         388783.0
    17   1S2 2S2 2P3 3P1      (3)3(10.0)         391118.3
    18   1S2 2S2 2P3 3D1      (5)2(12.0)         394409.3
    19   1S2 2S2 2P3 3D1      (3)2( 7.0)         397885.9
    20   1S2 2S2 2P3 3P1      (3)1( 4.0)         398717.4
    21   1S2 2S2 2P3 3P1      (1)2( 2.0)         403810.9
    22   1S2 2S2 2P3 3P1      (3)2( 7.0)         409531.6
    23   1S2 2S2 2P3 3P1      (3)0( 1.0)         409818.1
    24   1S2 2S2 2P3 3P1      (3)1( 4.0)         411998.3
    25   1S2 2S2 2P3 3P1      (1)1( 1.0)         413336.1
    26   1S2 2S2 2P3 3P1      (1)2( 2.0)         422114.6
    27   1S2 2S2 2P3 3D1      (1)0( 0.0)         431270.4
    28   1S2 2S2 2P3 3D1      (1)4( 4.0)         432214.8
    29   1S2 2S2 2P3 3D1      (1)1( 1.0)         434781.0
    30   1S2 2S2 2P3 3D1      (3)0( 1.0)         434908.9
    31   1S2 2S2 2P3 3D1      (3)1( 4.0)         435128.1
    32   1S2 2S2 2P3 3D1      (3)3(10.0)         435264.5
    33   1S2 2S2 2P3 3D1      (1)2( 2.0)         435346.8
    34   1S2 2S2 2P3 3D1      (3)4(13.0)         436266.7
    35   1S2 2S2 2P3 3D1      (3)2( 7.0)         436574.2
    36   1S2 2S2 2P3 3D1      (1)3( 3.0)         436650.5
    37   1S2 2S2 2P3 3P1      (1)0( 0.0)         438179.4
    38   1S2 2S2 2P3 3D1      (3)3(10.0)         457175.9
    39   1S2 2S2 2P3 3D1      (3)1( 4.0)         457887.4
    40   1S2 2S2 2P3 3D1      (1)2( 2.0)         458200.6
    41   1S2 2S2 2P3 3D1      (3)2( 7.0)         458686.1
    42   1S2 2S2 2P3 3D1      (1)3( 3.0)         459790.2
    43   1S2 2S2 2P3 3D1      (1)1( 1.0)         462964.2
    44   1S2 2P6              (1)0( 0.0)         507397.4


  POPULATION PROCESSING CODE:  ADAS208

  ISEL  WAVELENGTH      TRANSITION            TYPE    METASTABLE  IMET NMET  IP
  ----  ----------  ------------------------  -----  ------------ ---- ----  --
   1.     489.5     4(3)1( 4.0)- 1(3)1( 4.0)  EXCIT                 T     1
   2.     345.8     5(1)1( 1.0)- 1(3)1( 4.0)  EXCIT                 T     1
   3.     323.0     6(5)0( 2.0)- 1(3)1( 4.0)  EXCIT                 T     1
   4.     313.4     7(3)0( 1.0)- 1(3)1( 4.0)  EXCIT                 T     1
   5.     283.4     9(3)2( 7.0)- 1(3)1( 4.0)  EXCIT                 T     1
   6.     280.5    10(3)1( 4.0)- 1(3)1( 4.0)  EXCIT                 T     1
   7.     279.6    11(1)2( 2.0)- 1(3)1( 4.0)  EXCIT                 T     1
   8.     267.3    12(3)1( 4.0)- 1(3)1( 4.0)  EXCIT                 T     1
   9.     263.5    13(1)1( 1.0)- 1(3)1( 4.0)  EXCIT                 T     1
  10.     255.7    17(3)3(10.0)- 1(3)1( 4.0)  EXCIT                 T     1
  11.     253.5    18(5)2(12.0)- 1(3)1( 4.0)  EXCIT                 T     1
  12.     251.3    19(3)2( 7.0)- 1(3)1( 4.0)  EXCIT                 T     1
  13.     244.2    22(3)2( 7.0)- 1(3)1( 4.0)  EXCIT                 T     1
  14.     231.9    27(1)0( 0.0)- 1(3)1( 4.0)  EXCIT                 T     1
  15.     230.0    29(1)1( 1.0)- 1(3)1( 4.0)  EXCIT                 T     1
  16.     229.9    30(3)0( 1.0)- 1(3)1( 4.0)  EXCIT                 T     1
  17.     229.8    31(3)1( 4.0)- 1(3)1( 4.0)  EXCIT                 T     1
  18.     229.7    32(3)3(10.0)- 1(3)1( 4.0)  EXCIT                 T     1
  19.     229.7    33(1)2( 2.0)- 1(3)1( 4.0)  EXCIT                 T     1
  20.     229.1    35(3)2( 7.0)- 1(3)1( 4.0)  EXCIT                 T     1
  21.     229.0    36(1)3( 3.0)- 1(3)1( 4.0)  EXCIT                 T     1
  22.     218.7    38(3)3(10.0)- 1(3)1( 4.0)  EXCIT                 T     1
  23.     218.4    39(3)1( 4.0)- 1(3)1( 4.0)  EXCIT                 T     1
  24.     218.2    40(1)2( 2.0)- 1(3)1( 4.0)  EXCIT                 T     1
  25.     218.0    41(3)2( 7.0)- 1(3)1( 4.0)  EXCIT                 T     1
  26.     216.0    43(1)1( 1.0)- 1(3)1( 4.0)  EXCIT                 T     1
  27.     559.4     4(3)1( 4.0)- 2(1)2( 2.0)  EXCIT                 T     1
  28.     379.3     5(1)1( 1.0)- 2(1)2( 2.0)  EXCIT                 T     1
  29.     340.6     7(3)0( 1.0)- 2(1)2( 2.0)  EXCIT                 T     1
  30.     305.5     9(3)2( 7.0)- 2(1)2( 2.0)  EXCIT                 T     1
  31.     301.1    11(1)2( 2.0)- 2(1)2( 2.0)  EXCIT                 T     1
  32.     286.9    12(3)1( 4.0)- 2(1)2( 2.0)  EXCIT                 T     1
  33.     282.5    13(1)1( 1.0)- 2(1)2( 2.0)  EXCIT                 T     1
  34.     275.8    15(1)3( 3.0)- 2(1)2( 2.0)  EXCIT                 T     1
  35.     268.6    19(3)2( 7.0)- 2(1)2( 2.0)  EXCIT                 T     1
  36.     264.3    21(1)2( 2.0)- 2(1)2( 2.0)  EXCIT                 T     1
  37.     257.9    25(1)1( 1.0)- 2(1)2( 2.0)  EXCIT                 T     1
  38.     244.3    29(1)1( 1.0)- 2(1)2( 2.0)  EXCIT                 T     1
  39.     244.3    30(3)0( 1.0)- 2(1)2( 2.0)  EXCIT                 T     1
  40.     244.1    31(3)1( 4.0)- 2(1)2( 2.0)  EXCIT                 T     1
  41.     244.1    32(3)3(10.0)- 2(1)2( 2.0)  EXCIT                 T     1
  42.     244.0    33(1)2( 2.0)- 2(1)2( 2.0)  EXCIT                 T     1
  43.     243.5    34(3)4(13.0)- 2(1)2( 2.0)  EXCIT                 T     1
  44.     243.3    35(3)2( 7.0)- 2(1)2( 2.0)  EXCIT                 T     1
  45.     243.2    36(1)3( 3.0)- 2(1)2( 2.0)  EXCIT                 T     1
  46.     242.3    37(1)0( 0.0)- 2(1)2( 2.0)  EXCIT                 T     1
  47.     231.7    38(3)3(10.0)- 2(1)2( 2.0)  EXCIT                 T     1
  48.     231.3    39(3)1( 4.0)- 2(1)2( 2.0)  EXCIT                 T     1
  49.     231.1    40(1)2( 2.0)- 2(1)2( 2.0)  EXCIT                 T     1
  50.     230.9    41(3)2( 7.0)- 2(1)2( 2.0)  EXCIT                 T     1
  51.     230.3    42(1)3( 3.0)- 2(1)2( 2.0)  EXCIT                 T     1
  52.     228.6    43(1)1( 1.0)- 2(1)2( 2.0)  EXCIT                 T     1
  53.     489.5     4(3)1( 4.0)- 1(3)1( 4.0)  RECOM  SEE ls#ne2              +T
  54.     345.8     5(1)1( 1.0)- 1(3)1( 4.0)  RECOM  SEE ls#ne2              +T
  55.     323.0     6(5)0( 2.0)- 1(3)1( 4.0)  RECOM  SEE ls#ne2              +T
  56.     313.4     7(3)0( 1.0)- 1(3)1( 4.0)  RECOM  SEE ls#ne2              +T
  57.     283.4     9(3)2( 7.0)- 1(3)1( 4.0)  RECOM  SEE ls#ne2              +T
  58.     280.5    10(3)1( 4.0)- 1(3)1( 4.0)  RECOM  SEE ls#ne2              +T
  59.     279.6    11(1)2( 2.0)- 1(3)1( 4.0)  RECOM  SEE ls#ne2              +T
  60.     267.3    12(3)1( 4.0)- 1(3)1( 4.0)  RECOM  SEE ls#ne2              +T
  61.     263.5    13(1)1( 1.0)- 1(3)1( 4.0)  RECOM  SEE ls#ne2              +T
  62.     255.7    17(3)3(10.0)- 1(3)1( 4.0)  RECOM  SEE ls#ne2              +T
  63.     253.5    18(5)2(12.0)- 1(3)1( 4.0)  RECOM  SEE ls#ne2              +T
  64.     251.3    19(3)2( 7.0)- 1(3)1( 4.0)  RECOM  SEE ls#ne2              +T
  65.     244.2    22(3)2( 7.0)- 1(3)1( 4.0)  RECOM  SEE ls#ne2              +T
  66.     231.9    27(1)0( 0.0)- 1(3)1( 4.0)  RECOM  SEE ls#ne2              +T
  67.     230.0    29(1)1( 1.0)- 1(3)1( 4.0)  RECOM  SEE ls#ne2              +T
  68.     229.9    30(3)0( 1.0)- 1(3)1( 4.0)  RECOM  SEE ls#ne2              +T
  69.     229.8    31(3)1( 4.0)- 1(3)1( 4.0)  RECOM  SEE ls#ne2              +T
  70.     229.7    32(3)3(10.0)- 1(3)1( 4.0)  RECOM  SEE ls#ne2              +T
  71.     229.7    33(1)2( 2.0)- 1(3)1( 4.0)  RECOM  SEE ls#ne2              +T
  72.     229.1    35(3)2( 7.0)- 1(3)1( 4.0)  RECOM  SEE ls#ne2              +T
  73.     229.0    36(1)3( 3.0)- 1(3)1( 4.0)  RECOM  SEE ls#ne2              +T
  74.     218.7    38(3)3(10.0)- 1(3)1( 4.0)  RECOM  SEE ls#ne2              +T
  75.     218.4    39(3)1( 4.0)- 1(3)1( 4.0)  RECOM  SEE ls#ne2              +T
  76.     218.2    40(1)2( 2.0)- 1(3)1( 4.0)  RECOM  SEE ls#ne2              +T
  77.     218.0    41(3)2( 7.0)- 1(3)1( 4.0)  RECOM  SEE ls#ne2              +T
  78.     216.0    43(1)1( 1.0)- 1(3)1( 4.0)  RECOM  SEE ls#ne2              +T
  79.     559.4     4(3)1( 4.0)- 2(1)2( 2.0)  RECOM  SEE ls#ne2              +T
  80.     379.3     5(1)1( 1.0)- 2(1)2( 2.0)  RECOM  SEE ls#ne2              +T
  81.     340.6     7(3)0( 1.0)- 2(1)2( 2.0)  RECOM  SEE ls#ne2              +T
  82.     305.5     9(3)2( 7.0)- 2(1)2( 2.0)  RECOM  SEE ls#ne2              +T
  83.     301.1    11(1)2( 2.0)- 2(1)2( 2.0)  RECOM  SEE ls#ne2              +T
  84.     286.9    12(3)1( 4.0)- 2(1)2( 2.0)  RECOM  SEE ls#ne2              +T
  85.     282.5    13(1)1( 1.0)- 2(1)2( 2.0)  RECOM  SEE ls#ne2              +T
  86.     275.8    15(1)3( 3.0)- 2(1)2( 2.0)  RECOM  SEE ls#ne2              +T
  87.     268.6    19(3)2( 7.0)- 2(1)2( 2.0)  RECOM  SEE ls#ne2              +T
  88.     264.3    21(1)2( 2.0)- 2(1)2( 2.0)  RECOM  SEE ls#ne2              +T
  89.     257.9    25(1)1( 1.0)- 2(1)2( 2.0)  RECOM  SEE ls#ne2              +T
  90.     244.3    29(1)1( 1.0)- 2(1)2( 2.0)  RECOM  SEE ls#ne2              +T
  91.     244.3    30(3)0( 1.0)- 2(1)2( 2.0)  RECOM  SEE ls#ne2              +T
  92.     244.1    31(3)1( 4.0)- 2(1)2( 2.0)  RECOM  SEE ls#ne2              +T
  93.     244.1    32(3)3(10.0)- 2(1)2( 2.0)  RECOM  SEE ls#ne2              +T
  94.     244.0    33(1)2( 2.0)- 2(1)2( 2.0)  RECOM  SEE ls#ne2              +T
  95.     243.5    34(3)4(13.0)- 2(1)2( 2.0)  RECOM  SEE ls#ne2              +T
  96.     243.3    35(3)2( 7.0)- 2(1)2( 2.0)  RECOM  SEE ls#ne2              +T
  97.     243.2    36(1)3( 3.0)- 2(1)2( 2.0)  RECOM  SEE ls#ne2              +T
  98.     242.3    37(1)0( 0.0)- 2(1)2( 2.0)  RECOM  SEE ls#ne2              +T
  99.     231.7    38(3)3(10.0)- 2(1)2( 2.0)  RECOM  SEE ls#ne2              +T
 100.     231.3    39(3)1( 4.0)- 2(1)2( 2.0)  RECOM  SEE ls#ne2              +T
 101.     231.1    40(1)2( 2.0)- 2(1)2( 2.0)  RECOM  SEE ls#ne2              +T
 102.     230.9    41(3)2( 7.0)- 2(1)2( 2.0)  RECOM  SEE ls#ne2              +T
 103.     230.3    42(1)3( 3.0)- 2(1)2( 2.0)  RECOM  SEE ls#ne2              +T
 104.     228.6    43(1)1( 1.0)- 2(1)2( 2.0)  RECOM  SEE ls#ne2              +T

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

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Contributors

• Martin O'Mullane