pec40#w_ls#w2.dat

Photon Emissivity Coefficients

Ion
W2+
Temperature Range
0.155 eV → 233 eV
Density Range
1.000 x 1010 cm-3 → 1.000 x 1016 cm-3

ADF15

Filename
pec40#w_ls#w2.dat
Full Path
adf15/pec40#w/pec40#w_ls#w2.dat
Download data
WavelengthTransitionTypeDriving Population
232.926Å60964a52b55c55d 1H5.0 → 60964a52b56c54d 1I6.0Excitation 
233.401Å60964a52b55c55d 3G13.0 → 60964a52b56c54d 3H16.0Excitation 
242.424Å60964a52b55c55d 1I6.0 → 60964a52b56c54d 1I6.0Excitation 
244.03Å60964a52b55c55d 5P7.0 → 60964a52b56c54d 5D12.0Excitation 
249.118Å60964a52b55c55d 1I6.0 → 60964a52b56c54d 3H16.0Excitation 
259.737Å60964a52b55c55d 3F10.0 → 60964a52b56c54d 3G13.0Excitation 
291.413Å60964a52b55c55d 5F17.0 → 60964a52b56c54d 5D12.0Excitation 
294.649Å60964a52b55c55d 3I19.0 → 60964a52b56c54d 3H16.0Excitation 
666.951Å60964a52b56c53d51e 5F17.0 → 60964a52b56c54d 5D12.0Excitation 
701.479Å60964a52b56c53d51e 5D12.0 → 60964a52b56c54d 5D12.0Excitation 
704.791Å60964a52b56c53d51e 5F17.0 → 60964a52b56c54d 5D12.0Excitation 
705.533Å60964a52b56c53d51e 3H16.0 → 60964a52b56c54d 3H16.0Excitation 
715.305Å60964a52b56c53d51e 1J7.0 → 60964a52b56c54d 1I6.0Excitation 
719.027Å60964a52b56c53d51e 3I19.0 → 60964a52b56c54d 3H16.0Excitation 
774.673Å60964a52b56c53d51e 3I19.0 → 60964a52b56c54d 3H16.0Excitation 
1263.42Å60964a52b56c53d51h 3D7.0 → 60964a52b56c54d 5D12.0Excitation 
1317.99Å60964a52b56c53d51h 5D12.0 → 60964a52b56c54d 5D12.0Excitation 
1357.84Å60964a52b56c53d51h 3G13.0 → 60964a52b56c54d 3F10.0Excitation 
1371.91Å60964a52b56c53d51h 5P7.0 → 60964a52b56c54d 5D12.0Excitation 
1375.31Å60964a52b56c53d51h 3G13.0 → 60964a52b56c54d 5D12.0Excitation 
1383.77Å60964a52b56c53d51h 3G13.0 → 60964a52b56c54d 3G13.0Excitation 
1388.32Å60964a52b56c53d51h 3F10.0 → 60964a52b56c54d 3G13.0Excitation 
1389.1Å60964a52b56c53d51h 1H5.0 → 60964a52b56c54d 3H16.0Excitation 
1395.93Å60964a52b56c53d51h 3F10.0 → 60964a52b56c54d 3H16.0Excitation 
1422.33Å60964a52b56c53d51h 3D7.0 → 60964a52b56c54d 3F10.0Excitation 
1425.32Å60964a52b56c53d51h 3G13.0 → 60964a52b56c54d 3H16.0Excitation 
1453.93Å60964a52b56c53d51h 3D7.0 → 60964a52b56c54d 5D12.0Excitation 
1478.69Å60964a52b56c53d51h 1F3.0 → 60964a52b56c54d 1G4.0Excitation 
1480.55Å60964a52b56c53d51h 3G13.0 → 60964a52b56c54d 1I6.0Excitation 
1491.92Å60964a52b56c53d51h 1I6.0 → 60964a52b56c54d 1I6.0Excitation 
1499.97Å60964a52b56c53d51h 3H16.0 → 60964a52b56c54d 3H16.0Excitation 
1504.56Å60964a52b56c53d51h 3F10.0 → 60964a52b56c54d 3G13.0Excitation 
1506.76Å60964a52b56c53d51h 3G13.0 → 60964a52b56c54d 3F10.0Excitation 
1515.82Å60964a52b56c53d51h 3D7.0 → 60964a52b56c54d 3H16.0Excitation 
1523.39Å60964a52b56c53d51h 5F17.0 → 60964a52b56c54d 5D12.0Excitation 
1523.91Å60964a52b56c53d51h 3F10.0 → 60964a52b56c54d 3G13.0Excitation 
1529.8Å60964a52b56c53d51h 5D12.0 → 60964a52b56c54d 5D12.0Excitation 
1538.76Å60964a52b56c53d51h 3G13.0 → 60964a52b56c54d 3G13.0Excitation 
1547.15Å60964a52b56c53d51h 3H16.0 → 60964a52b56c54d 3H16.0Excitation 
1590.45Å60964a52b56c53d51h 3H16.0 → 60964a52b56c54d 3F10.0Excitation 
1594.34Å60964a52b56c53d51h 1D2.0 → 60964a52b56c54d 1F3.0Excitation 
1608.28Å60964a52b56c53d51h 3D7.0 → 60964a52b56c54d 3F10.0Excitation 
1629.17Å60964a52b56c53d51h 1G4.0 → 60964a52b56c54d 3H16.0Excitation 
1646.61Å60964a52b56c53d51h 3F10.0 → 60964a52b56c54d 3H16.0Excitation 
1659.38Å60964a52b56c53d51h 3G13.0 → 60964a52b56c54d 1I6.0Excitation 
1668.43Å60964a52b56c53d51h 3P4.0 → 60964a52b56c54d 3D7.0Excitation 
1668.52Å60964a52b56c53d51h 3D7.0 → 60964a52b56c54d 3D7.0Excitation 
1679.77Å60964a52b56c53d51h 3G13.0 → 60964a52b56c54d 3H16.0Excitation 
1686.2Å60964a52b56c53d51h 3D7.0 → 60964a52b56c54d 3P4.0Excitation 
1839.6Å60964a52b56c53d51h 3G13.0 → 60964a52b56c54d 3G13.0Excitation 
  root partition information
  ==========================

  nuclear charge : 74
  ion charge+1   :  3

  population calculation information
  ----------------------------------

  population processing code: adas810

  adf04 source file    : adf04_copmm#74_ls_40#w2.dat
  adf18/a17_p208 file  : NULL

  meta. ion. coeff. selector  : 
  options  : lnorm =T  lpsel =F  lzsel =T  liosel=F
           : lhsel =F  lrsel =F  lisel =F  lnsel =F
  energy levels
  -------------

   lv      configuration    (2S+1)L(w-1/2)      energy (cm^-1)
  ---   ------------------- --------------      --------------
  superstage partition information
  ================================

  element symbol   : W
  parent template  : 
  partition level  :  1
  superstage label :  2

  tabulation       : photon emissivity coefft (te,ne)
  units            : ph. emis coef(cm^3 s^-1); te (ev); ne (cm^-3)

  photon emissivity atomic transitions
  ------------------------------------
  
   isel  wvlen(A)            transition                type  ispb nspb
                                                             ispp nspp sz    tg pr wr
  ----- ---------- ----------------------------------- ----- ---- ---- --    -- -- --
      1   232.926  329(1)5(  5.0)-  7(1)6(  6.0)       excit   1    1   2  1807 40  1
      2   233.401  324(3)4( 13.0)-  2(3)5( 16.0)       excit   1    1   2   557 25  2
      3   242.424  322(1)6(  6.0)-  7(1)6(  6.0)       excit   1    1   2  1805 36  3
      4   244.030  312(5)1(  7.0)-  1(5)2( 12.0)       excit   1    1   2   296 19  4
      5   249.118  314(1)6(  6.0)-  2(3)5( 16.0)       excit   1    1   2   549 33  5
      6   259.737  308(3)3( 10.0)-  5(3)4( 13.0)       excit   1    1   2  1393 46  6
      7   291.413  274(5)3( 17.0)-  1(5)2( 12.0)       excit   1    1   2   258 31  7
      8   294.649  279(3)6( 19.0)-  2(3)5( 16.0)       excit   1    1   2   524 30  8
      9   666.951   96(5)3( 17.0)-  1(5)2( 12.0)       excit   1    1   2    93 27  9
     10   701.479   80(5)2( 12.0)-  1(5)2( 12.0)       excit   1    1   2    78 11 10
     11   704.791   78(5)3( 17.0)-  1(5)2( 12.0)       excit   1    1   2    76 23 11
     12   705.533  122(3)5( 16.0)-  2(3)5( 16.0)       excit   1    1   2   409 41 12
     13   715.305  164(1)7(  7.0)-  7(1)6(  6.0)       excit   1    1   2  1760 14 13
     14   719.027  104(3)6( 19.0)-  2(3)5( 16.0)       excit   1    1   2   395 48 14
     15   774.673   79(3)6( 19.0)-  2(3)5( 16.0)       excit   1    1   2   376 17 15
     16   1263.42   30(3)2(  7.0)-  1(5)2( 12.0)       excit   1    1   2    29 44 16
     17   1317.99   28(5)2( 12.0)-  1(5)2( 12.0)       excit   1    1   2    27 42 17
     18   1357.84   49(3)4( 13.0)-  4(3)3( 10.0)       excit   1    1   2   859 24 18
     19   1371.91   24(5)1(  7.0)-  1(5)2( 12.0)       excit   1    1   2    23  5 19
     20   1375.31   23(3)4( 13.0)-  1(5)2( 12.0)       excit   1    1   2    22 50 20
     21   1383.77   49(3)4( 13.0)-  5(3)4( 13.0)       excit   1    1   2  1165 37 21
     22   1388.32   48(3)3( 10.0)-  5(3)4( 13.0)       excit   1    1   2  1164 32 22
     23   1389.10   43(1)5(  5.0)-  2(3)5( 16.0)       excit   1    1   2   351 39 23
     24   1395.93   42(3)3( 10.0)-  2(3)5( 16.0)       excit   1    1   2   350 21 24
     25   1422.33   59(3)2(  7.0)- 13(3)3( 10.0)       excit   1    1   2  2928 34 25
     26   1425.32   38(3)4( 13.0)-  2(3)5( 16.0)       excit   1    1   2   347  9 26
     27   1453.93   21(3)2(  7.0)-  1(5)2( 12.0)       excit   1    1   2    20 16 27
     28   1478.69   50(1)3(  3.0)-  8(1)4(  4.0)       excit   1    1   2  1838 20 28
     29   1480.55   49(3)4( 13.0)-  7(1)6(  6.0)       excit   1    1   2  1718  6 29
     30   1491.92   45(1)6(  6.0)-  7(1)6(  6.0)       excit   1    1   2  1717 12 30
     31   1499.97   31(3)5( 16.0)-  2(3)5( 16.0)       excit   1    1   2   343  4 31
     32   1504.56   42(3)3( 10.0)-  5(3)4( 13.0)       excit   1    1   2  1159 22 32
     33   1506.76   38(3)4( 13.0)-  4(3)3( 10.0)       excit   1    1   2   849 38 33
     34   1515.82   30(3)2(  7.0)-  2(3)5( 16.0)       excit   1    1   2   342 49 34
     35   1523.39   18(5)3( 17.0)-  1(5)2( 12.0)       excit   1    1   2    17  3 35
     36   1523.91   40(3)3( 10.0)-  5(3)4( 13.0)       excit   1    1   2  1158  7 36
     37   1529.80   17(5)2( 12.0)-  1(5)2( 12.0)       excit   1    1   2    16  1 37
     38   1538.76   38(3)4( 13.0)-  5(3)4( 13.0)       excit   1    1   2  1156 10 38
     39   1547.15   29(3)5( 16.0)-  2(3)5( 16.0)       excit   1    1   2   341  2 39
     40   1590.45   31(3)5( 16.0)-  4(3)3( 10.0)       excit   1    1   2   842 13 40
     41   1594.34   51(1)2(  2.0)- 11(1)3(  3.0)       excit   1    1   2  2421 35 41
     42   1608.28   30(3)2(  7.0)-  4(3)3( 10.0)       excit   1    1   2   841 26 42
     43   1629.17   27(1)4(  4.0)-  2(3)5( 16.0)       excit   1    1   2   339 18 43
     44   1646.61   26(3)3( 10.0)-  2(3)5( 16.0)       excit   1    1   2   338 29 44
     45   1659.38   38(3)4( 13.0)-  7(1)6(  6.0)       excit   1    1   2  1715 15 45
     46   1668.43   35(3)1(  4.0)-  6(3)2(  7.0)       excit   1    1   2  1443 43 46
     47   1668.52   34(3)2(  7.0)-  6(3)2(  7.0)       excit   1    1   2  1442 28 47
     48   1679.77   23(3)4( 13.0)-  2(3)5( 16.0)       excit   1    1   2   336  8 48
     49   1686.20   55(3)2(  7.0)- 12(3)1(  4.0)       excit   1    1   2  2674 47 49
     50   1839.60   23(3)4( 13.0)-  5(3)4( 13.0)       excit   1    1   2  1142 45 50
  code     : adas810
  producer : Adam Foster
  date     : 15/05/09

Contributors

  • Adam Foster
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  • Origins

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