pec40#w_ls#w56.dat

Photon Emissivity Coefficients

Ion: W⁵⁶⁺
Temperature Range: 56.00 eV → 8.400 x 10⁴ eV
Density Range: 1.000 x 10¹⁰ cm^-3 → 1.000 x 10¹⁶ cm^-3

ADF15

Filename: pec40#w_ls#w56.dat
Full Path: adf15/pec40#w/pec40#w_ls#w56.dat

Wavelength	Transition	Type
2.58737Å	2455551o ¹P_1.0 → 24565 ¹S_0.0	Excitation
2.78775Å	2455551i ¹P_1.0 → 24565 ¹S_0.0	Excitation
2.83653Å	1456551c ¹P_1.0 → 24565 ¹S_0.0	Excitation
3.15266Å	2455551d ³D_7.0 → 24565 ¹S_0.0	Excitation
3.20346Å	2455551d ¹P_1.0 → 24565 ¹S_0.0	Excitation
3.40848Å	2455551e ³F_10.0 → 24555516 ³D_7.0	Excitation
3.4471Å	2455551e ¹F_3.0 → 24555516 ¹D_2.0	Excitation
3.48163Å	2455551e ¹D_2.0 → 24555516 ¹P_1.0	Excitation
3.59787Å	2455551c ¹S_0.0 → 24555516 ¹P_1.0	Excitation
3.69068Å	14565519 ¹D_2.0 → 24565 ¹S_0.0	Excitation
3.85041Å	14565518 ¹P_1.0 → 24565 ¹S_0.0	Excitation
3.92476Å	14565518 ³P_4.0 → 24565 ¹S_0.0	Excitation
4.17811Å	24555519 ³P_4.0 → 24565 ¹S_0.0	Excitation
4.3563Å	24555519 ³D_7.0 → 24565 ¹S_0.0	Excitation
4.44222Å	24555519 ¹P_1.0 → 24565 ¹S_0.0	Excitation
4.73754Å	2455551a ³F_10.0 → 24555516 ³F_10.0	Excitation
4.7437Å	2455551a ³F_10.0 → 24555516 ³D_7.0	Excitation
4.79127Å	24555517 ³P_4.0 → 24565 ¹S_0.0	Excitation
4.80217Å	2455551a ¹D_2.0 → 24555516 ¹D_2.0	Excitation
4.81721Å	2455551a ¹F_3.0 → 24555516 ¹D_2.0	Excitation
4.82042Å	2455551a ³D_7.0 → 24555516 ³P_4.0	Excitation
4.87325Å	2455551a ¹D_2.0 → 24555516 ¹P_1.0	Excitation
4.87814Å	2455551a ¹D_2.0 → 24555516 ³D_7.0	Excitation
4.89366Å	2455551a ¹F_3.0 → 24555516 ³D_7.0	Excitation
5.02414Å	24555518 ³P_4.0 → 24555516 ¹D_2.0	Excitation
5.08976Å	24555517 ¹P_1.0 → 24565 ¹S_0.0	Excitation
5.10736Å	24555518 ³P_4.0 → 24555516 ³D_7.0	Excitation
5.11232Å	24555519 ¹D_2.0 → 24555516 ³D_7.0	Excitation
5.33345Å	24555518 ¹D_2.0 → 24555516 ¹F_3.0	Excitation
5.33678Å	24555518 ¹P_1.0 → 24555516 ¹D_2.0	Excitation
5.36046Å	24555518 ³P_4.0 → 24555516 ³P_4.0	Excitation
5.37686Å	24555518 ¹S_0.0 → 24555516 ¹P_1.0	Excitation
5.42241Å	24555518 ³D_7.0 → 24555516 ³F_10.0	Excitation
5.4247Å	24555518 ¹P_1.0 → 24555516 ¹P_1.0	Excitation
9.03669Å	2455551c ¹S_0.0 → 24555517 ¹P_1.0	Excitation
10.1709Å	1456551d ¹D_2.0 → 14565518 ¹P_1.0	Excitation
10.8696Å	2455551d ³D_7.0 → 24555518 ³P_4.0	Excitation
10.9529Å	2455551e ¹D_2.0 → 24555519 ¹P_1.0	Excitation
12.1921Å	2455551c ¹S_0.0 → 24555519 ¹P_1.0	Excitation
25.8787Å	24555516 ³P_4.0 → 24565 ¹S_0.0	Excitation
34.0173Å	24555516 ³D_7.0 → 24565 ¹S_0.0	Excitation
34.2574Å	24555516 ¹P_1.0 → 24565 ¹S_0.0	Excitation
39.7867Å	24555516 ¹F_3.0 → 24555516 ³F_10.0	Excitation
53.4759Å	24555518 ¹S_0.0 → 24555517 ¹P_1.0	Excitation
67.7507Å	14565519 ³D_7.0 → 14565518 ³P_4.0	Excitation
80.0769Å	24555516 ³P_4.0 → 24555516 ¹D_2.0	Excitation
87.184Å	24555519 ¹D_2.0 → 24555518 ¹P_1.0	Excitation
88.968Å	14565519 ¹D_2.0 → 14565518 ¹P_1.0	Excitation
108.167Å	24555516 ³P_4.0 → 24555516 ³D_7.0	Excitation
336.814Å	24555516 ³F_10.0 → 24555516 ¹D_2.0	Excitation

-------------------------------------------------------------------------------
  root partition information
  ==========================

  nuclear charge : 74
  ion charge+1   : 57

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

  population processing code: adas810

  adf04 source file    : adf04_copmm#74_ls_40#w56.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)
  ---   ------------------- --------------      --------------
    1   24565                  (1)0(  0.0)             0.0
    2   24555516               (1)2(  2.0)       2615380.7
    3   24555516               (3)3( 10.0)       2912280.7
    4   24555516               (1)1(  1.0)       2919080.7
    5   24555516               (3)2(  7.0)       2939680.7
    6   24555516               (3)1(  4.0)       3864180.7
    7   24555516               (1)3(  3.0)       5425680.7
    8   24555517               (1)1(  1.0)      19647280.7
    9   24555518               (3)0(  1.0)      20297280.7
   10   24555517               (3)1(  4.0)      20871280.7
   11   24555518               (1)1(  1.0)      21353280.7
   12   24555518               (3)2(  7.0)      21354280.7
   13   24555518               (1)0(  0.0)      21517280.7
   14   24555519               (1)2(  2.0)      22500280.7
   15   24555519               (1)1(  1.0)      22511280.7
   16   24555518               (3)1(  4.0)      22519280.7
   17   24555519               (3)2(  7.0)      22955280.7
   18   24555519               (3)3( 10.0)      23019280.7
   19   2455551A               (1)3(  3.0)      23374280.7
   20   2455551A               (1)2(  2.0)      23439280.7
   21   24555519               (3)1(  4.0)      23934280.7
   22   2455551A               (3)3( 10.0)      24020280.7
   23   2455551A               (3)4( 13.0)      24025280.7
   24   24555518               (1)2(  2.0)      24175280.7
   25   2455551A               (3)2(  7.0)      24609280.7
   26   24555519               (1)3(  3.0)      25305280.7
   27   14565518               (3)1(  4.0)      25479280.7
   28   14565518               (1)1(  1.0)      25971280.7
   29   2455551A               (1)4(  4.0)      26179280.7
   30   14565519               (3)2(  7.0)      26955280.7
   31   14565519               (1)2(  2.0)      27095280.7
   32   2455551B               (1)1(  1.0)      29810280.7
   33   2455551C               (3)0(  1.0)      30136280.7
   34   2455551C               (1)1(  1.0)      30657280.7
   35   2455551C               (1)0(  0.0)      30713280.7
   36   2455551C               (3)2(  7.0)      30942280.7
   37   2455551B               (3)1(  4.0)      31050280.7
   38   2455551D               (1)2(  2.0)      31213280.7
   39   2455551D               (1)1(  1.0)      31216280.7
   40   2455551E               (1)3(  3.0)      31625280.7
   41   2455551E               (1)2(  2.0)      31641280.7
   42   2455551D               (3)2(  7.0)      31719280.7
   43   2455551D               (3)3( 10.0)      31807280.7
   44   2455551C               (3)1(  4.0)      31862280.7
   45   2455551E               (3)3( 10.0)      32278280.7
   46   2455551E               (3)4( 13.0)      32316280.7
   47   2455551D               (3)1(  4.0)      32713280.7
   48   2455551E               (3)2(  7.0)      32901280.7
   49   2455551C               (1)2(  2.0)      33473280.7
   50   2455551D               (1)3(  3.0)      34022280.7
   51   2455551E               (1)4(  4.0)      34433280.7
   52   1456551C               (3)1(  4.0)      35016280.7
   53   2455551G               (1)1(  1.0)      35077280.7
   54   1456551C               (1)1(  1.0)      35254280.7
   55   2455551H               (3)0(  1.0)      35262280.7
   56   2455551H               (1)1(  1.0)      35557280.7
   57   2455551H               (1)0(  0.0)      35583280.7
   58   1456551D               (3)2(  7.0)      35733280.7
   59   1456551D               (1)2(  2.0)      35803280.7
   60   2455551I               (1)2(  2.0)      35870280.7
   61   2455551I               (1)1(  1.0)      35871280.7
   62   2455551H               (3)2(  7.0)      35962280.7
   63   2455551J               (1)3(  3.0)      36099280.7
   64   2455551J               (1)2(  2.0)      36105280.7
   65   2455551G               (3)1(  4.0)      36322280.7
   66   2455551I               (3)2(  7.0)      36400280.7
   67   2455551I               (3)3( 10.0)      36497280.7
   68   2455551J               (3)3( 10.0)      36758280.7
   69   2455551H               (3)1(  4.0)      36781280.7
   70   2455551J               (3)4( 13.0)      36806280.7
   71   2455551J               (3)2(  7.0)      37391280.7
   72   2455551I               (3)1(  4.0)      37397280.7
   73   2455551M               (1)1(  1.0)      38158280.7
   74   2455551N               (3)0(  1.0)      38272280.7
   75   2455551H               (1)2(  2.0)      38371280.7
   76   2455551N               (1)1(  1.0)      38455280.7
   77   2455551N               (1)0(  0.0)      38470280.7
   78   2455551O               (1)2(  2.0)      38648280.7
   79   2455551O               (1)1(  1.0)      38649280.7
   80   2455551I               (1)3(  3.0)      38680280.7
   81   2455551P               (1)3(  3.0)      38789280.7
   82   2455551P               (1)2(  2.0)      38792280.7
   83   2455551J               (1)4(  4.0)      38909280.7
   84   2455551N               (3)2(  7.0)      38920280.7
   85   2455551O               (3)2(  7.0)      39190280.7
   86   2455551O               (3)3( 10.0)      39291280.7
   87   2455551M               (3)1(  4.0)      39405280.7
   88   2455551P               (3)3( 10.0)      39452280.7
   89   2455551P               (3)4( 13.0)      39505280.7
   90   2455551N               (3)1(  4.0)      39688280.7
   91   1456551H               (3)1(  4.0)      40014280.7
   92   2455551P               (3)2(  7.0)      40089280.7
   93   1456551H               (1)1(  1.0)      40148280.7
   94   2455551O               (3)1(  4.0)      40188280.7
   95   1456551I               (3)2(  7.0)      40417280.7
   96   1456551I               (1)2(  2.0)      40457280.7
   97   2455551N               (1)2(  2.0)      41268280.7
   98   2455551O               (1)3(  3.0)      41459280.7
   99   2455551P               (1)4(  4.0)      41600280.7
  100   1456551N               (3)1(  4.0)      42960280.7
  101   1456551N               (1)1(  1.0)      43044280.7
  102   1456551O               (3)2(  7.0)      43210280.7
  103   1456551O               (1)2(  2.0)      43235280.7
-------------------------------------------------------------------------------
  superstage partition information
  ================================

  element symbol   : W
  parent template  : 
  partition level  :  1
  superstage label : 56

  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   2.58737   79(1)1(  1.0)-  1(1)0(  0.0)       excit   1    1  56    50 39  1
      2   2.78775   61(1)1(  1.0)-  1(1)0(  0.0)       excit   1    1  56    38 26  2
      3   2.83653   54(1)1(  1.0)-  1(1)0(  0.0)       excit   1    1  56    34 43  3
      4   3.15266   42(3)2(  7.0)-  1(1)0(  0.0)       excit   1    1  56    26 29  4
      5   3.20346   39(1)1(  1.0)-  1(1)0(  0.0)       excit   1    1  56    24 15  5
      6   3.40848   45(3)3( 10.0)-  5(3)2(  7.0)       excit   1    1  56   383 32  6
      7   3.44710   40(1)3(  3.0)-  2(1)2(  2.0)       excit   1    1  56   102 27  7
      8   3.48163   41(1)2(  2.0)-  4(1)1(  1.0)       excit   1    1  56   289 23  8
      9   3.59787   35(1)0(  0.0)-  4(1)1(  1.0)       excit   1    1  56   284 49  9
     10   3.69068   31(1)2(  2.0)-  1(1)0(  0.0)       excit   1    1  56    19 24 10
     11   3.85041   28(1)1(  1.0)-  1(1)0(  0.0)       excit   1    1  56    17 16 11
     12   3.92476   27(3)1(  4.0)-  1(1)0(  0.0)       excit   1    1  56    16 14 12
     13   4.17811   21(3)1(  4.0)-  1(1)0(  0.0)       excit   1    1  56    12 35 13
     14   4.35630   17(3)2(  7.0)-  1(1)0(  0.0)       excit   1    1  56    10  9 14
     15   4.44222   15(1)1(  1.0)-  1(1)0(  0.0)       excit   1    1  56     8  3 15
     16   4.73754   22(3)3( 10.0)-  3(3)3( 10.0)       excit   1    1  56   178 25 16
     17   4.74370   22(3)3( 10.0)-  5(3)2(  7.0)       excit   1    1  56   360  8 17
     18   4.79127   10(3)1(  4.0)-  1(1)0(  0.0)       excit   1    1  56     5 10 18
     19   4.80217   20(1)2(  2.0)-  2(1)2(  2.0)       excit   1    1  56    84 18 19
     20   4.81721   19(1)3(  3.0)-  2(1)2(  2.0)       excit   1    1  56    83  7 20
     21   4.82042   25(3)2(  7.0)-  6(3)1(  4.0)       excit   1    1  56   460 30 21
     22   4.87325   20(1)2(  2.0)-  4(1)1(  1.0)       excit   1    1  56   271  4 22
     23   4.87814   20(1)2(  2.0)-  5(3)2(  7.0)       excit   1    1  56   358 28 23
     24   4.89366   19(1)3(  3.0)-  5(3)2(  7.0)       excit   1    1  56   357 20 24
     25   5.02414   16(3)1(  4.0)-  2(1)2(  2.0)       excit   1    1  56    80 31 25
     26   5.08976    8(1)1(  1.0)-  1(1)0(  0.0)       excit   1    1  56     4 11 26
     27   5.10736   16(3)1(  4.0)-  5(3)2(  7.0)       excit   1    1  56   354 13 27
     28   5.11232   14(1)2(  2.0)-  5(3)2(  7.0)       excit   1    1  56   352 46 28
     29   5.33345   24(1)2(  2.0)-  7(1)3(  3.0)       excit   1    1  56   548 33 29
     30   5.33678   11(1)1(  1.0)-  2(1)2(  2.0)       excit   1    1  56    76 22 30
     31   5.36046   16(3)1(  4.0)-  6(3)1(  4.0)       excit   1    1  56   451 17 31
     32   5.37686   13(1)0(  0.0)-  4(1)1(  1.0)       excit   1    1  56   265  6 32
     33   5.42241   12(3)2(  7.0)-  3(3)3( 10.0)       excit   1    1  56   169 19 33
     34   5.42470   11(1)1(  1.0)-  4(1)1(  1.0)       excit   1    1  56   263 41 34
     35   9.03669   35(1)0(  0.0)-  8(1)1(  1.0)       excit   1    1  56   642 34 35
     36   10.1709   59(1)2(  2.0)- 28(1)1(  1.0)       excit   1    1  56  2220 42 36
     37   10.8696   42(3)2(  7.0)- 16(3)1(  4.0)       excit   1    1  56  1287 45 37
     38   10.9529   41(1)2(  2.0)- 15(1)1(  1.0)       excit   1    1  56  1207 36 38
     39   12.1921   35(1)0(  0.0)- 15(1)1(  1.0)       excit   1    1  56  1202 44 39
     40   25.8787    6(3)1(  4.0)-  1(1)0(  0.0)       excit   1    1  56     3  5 40
     41   34.0173    5(3)2(  7.0)-  1(1)0(  0.0)       excit   1    1  56     2  2 41
     42   34.2574    4(1)1(  1.0)-  1(1)0(  0.0)       excit   1    1  56     1  1 42
     43   39.7867    7(1)3(  3.0)-  3(3)3( 10.0)       excit   1    1  56   164 37 43
     44   53.4759   13(1)0(  0.0)-  8(1)1(  1.0)       excit   1    1  56   623 48 44
     45   67.7507   30(3)2(  7.0)- 27(3)1(  4.0)       excit   1    1  56  2123 40 45
     46   80.0769    6(3)1(  4.0)-  2(1)2(  2.0)       excit   1    1  56    71 50 46
     47   87.1840   14(1)2(  2.0)- 11(1)1(  1.0)       excit   1    1  56   874 21 47
     48   88.9680   31(1)2(  2.0)- 28(1)1(  1.0)       excit   1    1  56  2195 47 48
     49   108.167    6(3)1(  4.0)-  5(3)2(  7.0)       excit   1    1  56   344 38 49
     50   336.814    3(3)3( 10.0)-  2(1)2(  2.0)       excit   1    1  56    68 12 50
-------------------------------------------------------------------------------
  code     : adas810
  producer : Adam Foster
  date     : 15/05/09
-------------------------------------------------------------------------------

Contributors

Adam Foster

Transitions
Comments
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pec40#w_ls#w56.dat

Photon Emissivity Coefficients

ADF15

Contributors

Data Classes

Fundamental

Derived

pec40#w_ls#w56.dat

Photon Emissivity Coefficients

ADF15

Contributors

Data Classes

Fundamental

Derived

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