transport_llu#mo39ic.dat

Photon Emissivity Coefficients

Ion
Mo39+
Temperature Range
68.90 eV → 4.140 x 105 eV
Density Range
1.640 x 1012 cm-3 → 1.640 x 1026 cm-3

ADF15

Filename
transport_llu#mo39ic.dat
Full Path
adf15/transport/transport_llu#mo39ic.dat
Download data
WavelengthTransitionTypeDriving Population
2.6Å 2P0.5 →  2S0.5Excitation 
2.6Å 2P1.5 →  2S0.5Excitation 
2.6Å 2S0.5 →  2P0.5Excitation 
2.6Å 2D1.5 →  2P0.5Excitation 
2.7Å 2S0.5 →  2P1.5Excitation 
2.7Å 2D1.5 →  2P1.5Excitation 
2.7Å 2D2.5 →  2P1.5Excitation 
2.9Å 2P0.5 →  2S0.5Excitation 
2.9Å 2P1.5 →  2S0.5Excitation 
2.9Å 2S0.5 →  2P0.5Excitation 
2.9Å 2D1.5 →  2P0.5Excitation 
3Å 2S0.5 →  2P1.5Excitation 
3Å 2D1.5 →  2P1.5Excitation 
3Å 2D2.5 →  2P1.5Excitation 
3.8Å 2P0.5 →  2S0.5Excitation 
3.8Å 2P1.5 →  2S0.5Excitation 
3.9Å 2D1.5 →  2P0.5Excitation 
4Å 2S0.5 →  2P0.5Excitation 
4Å 2D1.5 →  2P1.5Excitation 
4Å 2D2.5 →  2P1.5Excitation 
4.1Å 2S0.5 →  2P1.5Excitation 
7.6Å 2P0.5 →  2S0.5Excitation 
7.6Å 2P1.5 →  2S0.5Excitation 
7.6Å 2D1.5 →  2S0.5Excitation 
7.6Å 2D2.5 →  2S0.5Excitation 
7.7Å 2P1.5 →  2P0.5Excitation 
7.7Å 2D1.5 →  2P0.5Excitation 
7.8Å 2S0.5 →  2P0.5Excitation 
7.9Å 2P1.5 →  2P1.5Excitation 
7.9Å 2D1.5 →  2P1.5Excitation 
7.9Å 2D2.5 →  2P1.5Excitation 
7.9Å 2F2.5 →  2P1.5Excitation 
7.9Å 2F3.5 →  2P1.5Excitation 
8Å 2S0.5 →  2P1.5Excitation 
8Å 2P0.5 →  2P1.5Excitation 
10.9Å 2P1.5 →  2S0.5Excitation 
10.9Å 2D1.5 →  2S0.5Excitation 
10.9Å 2D2.5 →  2S0.5Excitation 
11.1Å 2P0.5 →  2S0.5Excitation 
11.1Å 2D1.5 →  2P0.5Excitation 
11.2Å 2P1.5 →  2P0.5Excitation 
11.4Å 2S0.5 →  2P0.5Excitation 
11.4Å 2F3.5 →  2P1.5Excitation 
11.5Å 2D1.5 →  2P1.5Excitation 
11.5Å 2D2.5 →  2P1.5Excitation 
11.5Å 2F2.5 →  2P1.5Excitation 
11.6Å 2P1.5 →  2P1.5Excitation 
11.7Å 2P0.5 →  2P1.5Excitation 
11.9Å 2S0.5 →  2P1.5Excitation 
58.5Å 2P1.5 →  2S0.5Excitation 
144Å 2P0.5 →  2S0.5Excitation 
199.6Å 2P1.5 →  2S0.5Excitation 
-----------------------------------------------------------------------

  PHOTON EMISSIVITY COEFFICIENTS:

 
  INFORMATION
  -----------
 
  NUCLEAR CHARGE = 42
  ION CHARGE +1  = 40
 
  SPECIFIC ION FILE  : /home/adas/adas/adf04/copsm#li/copsm#li_sm#mo39ic.dat
  EXPANSION FILE     : 
 
  No ionisation data has been included

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


   Configuration           (2S+1)L(w-1/2)          Energy (cm**-1)
     1    2s   2S(J=0.5)      (2)0( 0.5)              0.0
     2    2p*  2P(J=0.5)      (2)1( 0.5)         694273.1
     3    2p   2P(J=1.5)      (2)1( 1.5)        1709647.6
     4    3s   3S(J=0.5)      (2)0( 0.5)       25896285.9
     5    3p*  3P(J=0.5)      (2)1( 0.5)       26090081.5
     6    3p   3P(J=1.5)      (2)1( 1.5)       26397345.1
     7    3d*  3D(J=1.5)      (2)2( 1.5)       26470320.2
     8    3d   3D(J=2.5)      (2)2( 2.5)       26564255.1
     9    4s   4S(J=0.5)      (2)0( 0.5)       34833596.4
    10    4p*  4P(J=0.5)      (2)1( 0.5)       34913265.5
    11    4p   4P(J=1.5)      (2)1( 1.5)       35042535.7
    12    4d*  4D(J=1.5)      (2)2( 1.5)       35073042.6
    13    4d   4D(J=2.5)      (2)2( 2.5)       35112767.4
    14    4f*  4F(J=2.5)      (2)3( 2.5)       35115181.6
    15    4f   4F(J=3.5)      (2)3( 3.5)       35134714.8
    16    5s   5S(J=0.5)      (2)0( 0.5)       38933809.7
    17    5p*  5P(J=0.5)      (2)1( 0.5)       38974192.9
    18    5p   5P(J=1.5)      (2)1( 1.5)       39040144.9
    19    5d*  5D(J=1.5)      (2)2( 1.5)       39055617.8
    20    5d   5D(J=2.5)      (2)2( 2.5)       39076028.9
    21    5f*  5F(J=2.5)      (2)3( 2.5)       39077236.0
    22    5f   5F(J=3.5)      (2)3( 3.5)       39087331.8
    23    5g*  5G(J=3.5)      (2)4( 3.5)       39087770.7
    24    5g   5G(J=4.5)      (2)4( 4.5)       39093806.3


  POPULATION PROCESSING CODE:  ADAS208

  ISEL  WAVELENGTH      TRANSITION            TYPE    METASTABLE  IMET NMET  IP
  ----  ----------  ------------------------  -----  ------------ ---- ----  --
   1.     144.0     2(2)1( 0.5)- 1(2)0( 0.5)  EXCIT                 T     1
   2.      58.5     3(2)1( 1.5)- 1(2)0( 0.5)  EXCIT                 T     1
   3.       3.8     5(2)1( 0.5)- 1(2)0( 0.5)  EXCIT                 T     1
   4.       3.8     6(2)1( 1.5)- 1(2)0( 0.5)  EXCIT                 T     1
   5.       2.9    10(2)1( 0.5)- 1(2)0( 0.5)  EXCIT                 T     1
   6.       2.9    11(2)1( 1.5)- 1(2)0( 0.5)  EXCIT                 T     1
   7.       2.6    17(2)1( 0.5)- 1(2)0( 0.5)  EXCIT                 T     1
   8.       2.6    18(2)1( 1.5)- 1(2)0( 0.5)  EXCIT                 T     1
   9.       4.0     4(2)0( 0.5)- 2(2)1( 0.5)  EXCIT                 T     1
  10.       3.9     7(2)2( 1.5)- 2(2)1( 0.5)  EXCIT                 T     1
  11.       2.9     9(2)0( 0.5)- 2(2)1( 0.5)  EXCIT                 T     1
  12.       2.9    12(2)2( 1.5)- 2(2)1( 0.5)  EXCIT                 T     1
  13.       2.6    16(2)0( 0.5)- 2(2)1( 0.5)  EXCIT                 T     1
  14.       2.6    19(2)2( 1.5)- 2(2)1( 0.5)  EXCIT                 T     1
  15.       4.1     4(2)0( 0.5)- 3(2)1( 1.5)  EXCIT                 T     1
  16.       4.0     7(2)2( 1.5)- 3(2)1( 1.5)  EXCIT                 T     1
  17.       4.0     8(2)2( 2.5)- 3(2)1( 1.5)  EXCIT                 T     1
  18.       3.0     9(2)0( 0.5)- 3(2)1( 1.5)  EXCIT                 T     1
  19.       3.0    12(2)2( 1.5)- 3(2)1( 1.5)  EXCIT                 T     1
  20.       3.0    13(2)2( 2.5)- 3(2)1( 1.5)  EXCIT                 T     1
  21.       2.7    16(2)0( 0.5)- 3(2)1( 1.5)  EXCIT                 T     1
  22.       2.7    19(2)2( 1.5)- 3(2)1( 1.5)  EXCIT                 T     1
  23.       2.7    20(2)2( 2.5)- 3(2)1( 1.5)  EXCIT                 T     1
  24.     199.6     6(2)1( 1.5)- 4(2)0( 0.5)  EXCIT                 T     1
  25.      11.1    10(2)1( 0.5)- 4(2)0( 0.5)  EXCIT                 T     1
  26.      10.9    11(2)1( 1.5)- 4(2)0( 0.5)  EXCIT                 T     1
  27.      10.9    12(2)2( 1.5)- 4(2)0( 0.5)  EXCIT                 T     1
  28.      10.9    13(2)2( 2.5)- 4(2)0( 0.5)  EXCIT                 T     1
  29.       7.6    17(2)1( 0.5)- 4(2)0( 0.5)  EXCIT                 T     1
  30.       7.6    18(2)1( 1.5)- 4(2)0( 0.5)  EXCIT                 T     1
  31.       7.6    19(2)2( 1.5)- 4(2)0( 0.5)  EXCIT                 T     1
  32.       7.6    20(2)2( 2.5)- 4(2)0( 0.5)  EXCIT                 T     1
  33.      11.4     9(2)0( 0.5)- 5(2)1( 0.5)  EXCIT                 T     1
  34.      11.2    11(2)1( 1.5)- 5(2)1( 0.5)  EXCIT                 T     1
  35.      11.1    12(2)2( 1.5)- 5(2)1( 0.5)  EXCIT                 T     1
  36.       7.8    16(2)0( 0.5)- 5(2)1( 0.5)  EXCIT                 T     1
  37.       7.7    18(2)1( 1.5)- 5(2)1( 0.5)  EXCIT                 T     1
  38.       7.7    19(2)2( 1.5)- 5(2)1( 0.5)  EXCIT                 T     1
  39.      11.9     9(2)0( 0.5)- 6(2)1( 1.5)  EXCIT                 T     1
  40.      11.7    10(2)1( 0.5)- 6(2)1( 1.5)  EXCIT                 T     1
  41.      11.6    11(2)1( 1.5)- 6(2)1( 1.5)  EXCIT                 T     1
  42.      11.5    12(2)2( 1.5)- 6(2)1( 1.5)  EXCIT                 T     1
  43.      11.5    13(2)2( 2.5)- 6(2)1( 1.5)  EXCIT                 T     1
  44.      11.5    14(2)3( 2.5)- 6(2)1( 1.5)  EXCIT                 T     1
  45.      11.4    15(2)3( 3.5)- 6(2)1( 1.5)  EXCIT                 T     1
  46.       8.0    16(2)0( 0.5)- 6(2)1( 1.5)  EXCIT                 T     1
  47.       8.0    17(2)1( 0.5)- 6(2)1( 1.5)  EXCIT                 T     1
  48.       7.9    18(2)1( 1.5)- 6(2)1( 1.5)  EXCIT                 T     1
  49.       7.9    19(2)2( 1.5)- 6(2)1( 1.5)  EXCIT                 T     1
  50.       7.9    20(2)2( 2.5)- 6(2)1( 1.5)  EXCIT                 T     1
  51.       7.9    21(2)3( 2.5)- 6(2)1( 1.5)  EXCIT                 T     1
  52.       7.9    22(2)3( 3.5)- 6(2)1( 1.5)  EXCIT                 T     1

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

  This file is intended to provide PEC data for elements not yet
  in the GCR framework. There may be a large variability in data
  quality between ionisation stages of the same element. The adf04
  file will indicate the source/quality of the fundamental data.
  
  Note that this file was not produced as part of the GCR Project. 
  No recombination or projection data is used - only the low
  levels (in the adf04 file) have been included in the collisional-
  radiative calculation.

  Check the adf15/pec96#/ directories to see if more complete
  data is available for this ionisation stage.

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

  CODE     : ADAS208
  PRODUCER : Martin O'Mullane              
  DATE     : 15/04/04

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Contributors

  • Martin O'Mullane
  • Transitions
  • Comments
  • Origins

Data Classes

Fundamental

ADF01ADF04ADF07ADF08ADF09ADF38ADF39ADF48

Derived

ADF11ADF12ADF13ADF15ADF21ADF22