transport_llu#ar1.dat

Photon Emissivity Coefficients

Ion
Ar1+
Temperature Range
0.100 eV → 100 eV
Density Range
1.000 x 106 cm-3 → 1.000 x 1016 cm-3

ADF15

Filename
transport_llu#ar1.dat
Full Path
adf15/transport/transport_llu#ar1.dat
Download data
WavelengthTransitionTypeDriving Population
4362.62Å 4D9.5 →  4P5.5Excitation 
4389.43Å 4P5.5 →  4D9.5Excitation 
4437.94Å 2D4.5 →  2D4.5Excitation 
4443.06Å 2S0.5 →  2P2.5Excitation 
4489.14Å 2P2.5 →  2S0.5Excitation 
4603.84Å 2F6.5 →  2D4.5Excitation 
4635.42Å 2P2.5 →  2D4.5Excitation 
4655.49Å 2P2.5 →  2P2.5Excitation 
4766.22Å 4P5.5 →  4S1.5Excitation 
4823.46Å 2D4.5 →  2D4.5Excitation 
4876.38Å 4P5.5 →  4P5.5Excitation 
4898.6Å 2D4.5 →  2P2.5Excitation 
5084.92Å 2D4.5 →  2P2.5Excitation 
5093.47Å 2F6.5 →  2D4.5Excitation 
5500.85Å 2D4.5 →  2D4.5Excitation 
5568.55Å 2P2.5 →  2P2.5Excitation 
5595.66Å 2P2.5 →  2D4.5Excitation 
5883.05Å 2P2.5 →  2D4.5Excitation 
6099.05Å 2S0.5 →  2P2.5Excitation 
6141Å 2F6.5 →  2G8.5Excitation 
-----------------------------------------------------------------------

  PHOTON EMISSIVITY COEFFICIENTS:

 
  INFORMATION
  -----------
 
  NUCLEAR CHARGE = 18
  ION CHARGE +1  =  2
 
  SPECIFIC ION FILE  : /home/adas/adas/adf04/cllike/cllike_dcg07#ar1.dat
  EXPANSION FILE     : No projection data was used in this case.
 
  No ionisation data has been included

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


   Configuration           (2s+1)l(w-1/2)          Energy (cm**-1)
     1   3p5(2P)              (2)1( 2.5)              0.0
     2   3s3p6(2S)            (2)0( 0.5)         108721.0
     3   3p4(3P)3d(4D)        (4)2( 9.5)         132475.0
     4   3p4(3P)4s(4P)        (4)1( 5.5)         134750.0
     5   3p4(3P)4s(2P)        (2)1( 2.5)         138582.0
     6   3p4(3P)3d(4F)        (4)3(13.5)         142705.0
     7   3p4(3P)3d(2P)        (2)1( 2.5)         145349.0
     8   3p4(3P)3d(4P)        (4)1( 5.5)         147644.0
     9   3p4(1D)4s(2D)        (2)2( 4.5)         148754.0
    10   3p4(3P)3d(2F)        (2)3( 6.5)         149594.0
    11   3p4(3P)3d(2D)        (2)2( 4.5)         150842.0
    12   3p4(1D)3d(2G)        (2)4( 8.5)         154191.0
    13   3p4(3P)4p(4P)        (4)1( 5.5)         155257.0
    14   3p4(3P)4p(4D)        (4)2( 9.5)         157672.0
    15   3p4(3P)4p(2D)        (2)2( 4.5)         158996.0
    16   3p4(3P)4p(2P)        (2)1( 2.5)         160062.0
    17   3p4(3P)4p(4S)        (4)0( 1.5)         161049.0
    18   3p4(3P)4p(2S)        (2)0( 0.5)         161089.0
    19   3p4(1D)3d(2F)        (2)3( 6.5)         163418.0
    20   3p4(1S)4s(2S)        (2)0( 0.5)         167308.0
    21   3p4(1D)4p(2F)        (2)3( 6.5)         170475.0
    22   3p4(1D)4p(2P)        (2)1( 2.5)         172415.0
    23   3p4(1D)3d(2D)        (2)2( 4.5)         172533.0
    24   3p4(1D)4p(2D)        (2)2( 4.5)         173375.0
    25   3p4(1D)3d(2P)        (2)1( 2.5)         174547.0
    26   3p4(1S)3d(2D)        (2)2( 4.5)         179728.0
    27   3p4(3P)5s(4P)        (4)1( 5.5)         182030.0
    28   3p4(3P)5s(2P)        (2)1( 2.5)         183365.0
    29   3p4(3P)4d(4D)        (4)2( 9.5)         183826.0
    30   3p4(1D)3d(2S)        (2)0( 0.5)         184093.0
    31   3p4(3P)4d(4F)        (4)3(13.5)         185634.0
    32   3p4(3P)4d(4P)        (4)1( 5.5)         186631.0
    33   3p4(3P)4d(2F)        (2)3( 6.5)         187147.0
    34   3p4(3P)5p(4P)        (4)1( 5.5)         188970.0
    35   3p4(3P)5p(4D)        (4)2( 9.5)         189757.0
    36   3p4(3P)4d(2P)        (2)1( 2.5)         190373.0
    37   3p4(3P)5p(2P)        (2)1( 2.5)         190404.0
    38   3p4(3P)5p(2D)        (2)2( 4.5)         190712.0
    39   3p4(3P)5p(2S)        (2)0( 0.5)         190943.0
    40   3p4(3P)5p(4S)        (4)0( 1.5)         191170.0



  ISEL  WAVELENGTH       TRANSITION               TYPE   METASTABLE  IMET NMET  IP
  ----  ----------  ----------------------------  -----  ----------- ---- ----  --
   1.    4362.62     14(4)2( 9.5)-   4(4)1( 5.5)  EXCIT                T    1
   2.    4876.38     13(4)1( 5.5)-   4(4)1( 5.5)  EXCIT                T    1
   3.    4389.43     13(4)1( 5.5)-   3(4)2( 9.5)  EXCIT                T    1
   4.    4898.60     15(2)2( 4.5)-   5(2)1( 2.5)  EXCIT                T    1
   5.    4603.84     21(2)3( 6.5)-   9(2)2( 4.5)  EXCIT                T    1
   6.    4655.49     16(2)1( 2.5)-   5(2)1( 2.5)  EXCIT                T    1
   7.    6141.00     21(2)3( 6.5)-  12(2)4( 8.5)  EXCIT                T    1
   8.    4635.42     22(2)1( 2.5)-  11(2)2( 4.5)  EXCIT                T    1
   9.    4437.94     24(2)2( 4.5)-  11(2)2( 4.5)  EXCIT                T    1
  10.    5093.47     21(2)3( 6.5)-  11(2)2( 4.5)  EXCIT                T    1
  11.    4443.06     18(2)0( 0.5)-   5(2)1( 2.5)  EXCIT                T    1
  12.    5595.66     37(2)1( 2.5)-  23(2)2( 4.5)  EXCIT                T    1
  13.    4766.22     27(4)1( 5.5)-  17(4)0( 1.5)  EXCIT                T    1
  14.    5084.92     26(2)2( 4.5)-  16(2)1( 2.5)  EXCIT                T    1
  15.    6099.05     39(2)0( 0.5)-  25(2)1( 2.5)  EXCIT                T    1
  16.    5500.85     38(2)2( 4.5)-  23(2)2( 4.5)  EXCIT                T    1
  17.    4489.14     28(2)1( 2.5)-  18(2)0( 0.5)  EXCIT                T    1
  18.    5568.55     36(2)1( 2.5)-  22(2)1( 2.5)  EXCIT                T    1
  19.    5883.05     36(2)1( 2.5)-  24(2)2( 4.5)  EXCIT                T    1
  20.    4823.46     26(2)2( 4.5)-  15(2)2( 4.5)  EXCIT                T    1


  See http://www.adas.ac.uk/notes/adas_cm08-01.pdf for more information.

  CODE     : ADAS208
  PRODUCER : Martin O'Mullane              
  DATE     : 24/09/09

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Contributors

  • Martin O'Mullane
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