transport_llu#ni25ic.dat

Photon Emissivity Coefficients

Ion: Ni²⁵⁺
Temperature Range: 29.10 eV → 1.750 x 10⁵ eV
Density Range: 8.030 x 10¹⁰ cm^-3 → 8.030 x 10²⁴ cm^-3

ADF15

Filename: transport_llu#ni25ic.dat
Full Path: adf15/transport/transport_llu#ni25ic.dat

Wavelength	Transition	Type
6.1Å	5p1 ²P_0.5 → 2s1 ²S_0.5	Excitation
6.1Å	5p1 ²P_1.5 → 2s1 ²S_0.5	Excitation
6.3Å	5s1 ²S_0.5 → 2p1 ²P_0.5	Excitation
6.3Å	5d1 ²D_1.5 → 2p1 ²P_0.5	Excitation
6.3Å	5d1 ²D_1.5 → 2p1 ²P_1.5	Excitation
6.3Å	5d1 ²D_2.5 → 2p1 ²P_1.5	Excitation
6.4Å	5s1 ²S_0.5 → 2p1 ²P_1.5	Excitation
6.8Å	4p1 ²P_0.5 → 2s1 ²S_0.5	Excitation
6.8Å	4p1 ²P_1.5 → 2s1 ²S_0.5	Excitation
7Å	4s1 ²S_0.5 → 2p1 ²P_0.5	Excitation
7Å	4d1 ²D_1.5 → 2p1 ²P_0.5	Excitation
7.1Å	4s1 ²S_0.5 → 2p1 ²P_1.5	Excitation
7.1Å	4d1 ²D_1.5 → 2p1 ²P_1.5	Excitation
7.1Å	4d1 ²D_2.5 → 2p1 ²P_1.5	Excitation
9.1Å	3p1 ²P_0.5 → 2s1 ²S_0.5	Excitation
9.1Å	3p1 ²P_1.5 → 2s1 ²S_0.5	Excitation
9.4Å	3d1 ²D_1.5 → 2p1 ²P_0.5	Excitation
9.5Å	3d1 ²D_1.5 → 2p1 ²P_1.5	Excitation
9.5Å	3d1 ²D_2.5 → 2p1 ²P_1.5	Excitation
9.6Å	3s1 ²S_0.5 → 2p1 ²P_0.5	Excitation
9.7Å	3s1 ²S_0.5 → 2p1 ²P_1.5	Excitation
18.2Å	5p1 ²P_0.5 → 3s1 ²S_0.5	Excitation
18.2Å	5p1 ²P_1.5 → 3s1 ²S_0.5	Excitation
18.5Å	5d1 ²D_1.5 → 3p1 ²P_0.5	Excitation
18.7Å	5s1 ²S_0.5 → 3p1 ²P_0.5	Excitation
18.7Å	5d1 ²D_1.5 → 3p1 ²P_1.5	Excitation
18.7Å	5d1 ²D_2.5 → 3p1 ²P_1.5	Excitation
18.9Å	5s1 ²S_0.5 → 3p1 ²P_1.5	Excitation
18.9Å	5p1 ²P_1.5 → 3d1 ²D_1.5	Excitation
18.9Å	5f1 ²F_2.5 → 3d1 ²D_1.5	Excitation
18.9Å	5f1 ²F_2.5 → 3d1 ²D_2.5	Excitation
18.9Å	5f1 ²F_3.5 → 3d1 ²D_2.5	Excitation
19Å	5p1 ²P_0.5 → 3d1 ²D_1.5	Excitation
19Å	5p1 ²P_1.5 → 3d1 ²D_2.5	Excitation
26.2Å	4p1 ²P_1.5 → 3s1 ²S_0.5	Excitation
26.3Å	4p1 ²P_0.5 → 3s1 ²S_0.5	Excitation
26.9Å	4d1 ²D_1.5 → 3p1 ²P_0.5	Excitation
27.2Å	4d1 ²D_2.5 → 3p1 ²P_1.5	Excitation
27.3Å	4d1 ²D_1.5 → 3p1 ²P_1.5	Excitation
27.6Å	4s1 ²S_0.5 → 3p1 ²P_0.5	Excitation
27.6Å	4f1 ²F_2.5 → 3d1 ²D_1.5	Excitation
27.7Å	4f1 ²F_2.5 → 3d1 ²D_2.5	Excitation
27.7Å	4f1 ²F_3.5 → 3d1 ²D_2.5	Excitation
27.8Å	4p1 ²P_1.5 → 3d1 ²D_1.5	Excitation
27.9Å	4p1 ²P_1.5 → 3d1 ²D_2.5	Excitation
28Å	4s1 ²S_0.5 → 3p1 ²P_1.5	Excitation
28Å	4p1 ²P_0.5 → 3d1 ²D_1.5	Excitation
56.9Å	5p1 ²P_1.5 → 4s1 ²S_0.5	Excitation
57.3Å	5p1 ²P_0.5 → 4s1 ²S_0.5	Excitation
58.2Å	5d1 ²D_1.5 → 4p1 ²P_0.5	Excitation
59.9Å	5s1 ²S_0.5 → 4p1 ²P_0.5	Excitation
165.1Å	2p1 ²P_1.5 → 2s1 ²S_0.5	Excitation
234.2Å	2p1 ²P_0.5 → 2s1 ²S_0.5	Excitation
577Å	3p1 ²P_1.5 → 3s1 ²S_0.5	Excitation
841.8Å	3p1 ²P_0.5 → 3s1 ²S_0.5	Excitation
993.2Å	3d1 ²D_1.5 → 3p1 ²P_0.5	Excitation
1390.1Å	4p1 ²P_1.5 → 4s1 ²S_0.5	Excitation
1590.2Å	3d1 ²D_2.5 → 3p1 ²P_1.5	Excitation
2041.1Å	4p1 ²P_0.5 → 4s1 ²S_0.5	Excitation
2166.6Å	3d1 ²D_1.5 → 3p1 ²P_1.5	Excitation
2366.5Å	4d1 ²D_1.5 → 4p1 ²P_0.5	Excitation

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

  PHOTON EMISSIVITY COEFFICIENTS:

 
  INFORMATION
  -----------
 
  NUCLEAR CHARGE = 28
  ION CHARGE +1  = 26
 
  SPECIFIC ION FILE  : /home/adas/adas/adf04/coppm#li/coppm#li_pm#ni25j.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   2s1                  (2)0( 0.5)              0.0
     2   2p1                  (2)1( 0.5)         427022.0
     3   2p1                  (2)1( 1.5)         605678.0
     4   3s1                  (2)0( 0.5)       10874426.0
     5   3p1                  (2)1( 0.5)       10993223.0
     6   3p1                  (2)1( 1.5)       11047749.0
     7   3d1                  (2)2( 1.5)       11093904.0
     8   3d1                  (2)2( 2.5)       11110633.0
     9   4s1                  (2)0( 0.5)       14621395.0
    10   4p1                  (2)1( 0.5)       14670389.0
    11   4p1                  (2)1( 1.5)       14693333.0
    12   4d1                  (2)2( 1.5)       14712646.0
    13   4d1                  (2)2( 2.5)       14719703.0
    14   4f1                  (2)3( 2.5)       14721484.0
    15   4f1                  (2)3( 3.5)       14724943.0
    16   5s1                  (2)0( 0.5)       16341212.0
    17   5p1                  (2)1( 0.5)       16366057.0
    18   5p1                  (2)1( 1.5)       16377783.0
    19   5d1                  (2)2( 1.5)       16387586.0
    20   5d1                  (2)2( 2.5)       16391199.0
    21   5f1                  (2)3( 2.5)       16392136.0
    22   5f1                  (2)3( 3.5)       16393940.0
    23   5g1                  (2)4( 3.5)       16394401.0
    24   5g1                  (2)4( 4.5)       16395470.0


  POPULATION PROCESSING CODE:  ADAS208

  ISEL  WAVELENGTH      TRANSITION            TYPE    METASTABLE  IMET NMET  IP
  ----  ----------  ------------------------  -----  ------------ ---- ----  --
   1.     234.2     2(2)1( 0.5)- 1(2)0( 0.5)  EXCIT                 T     1
   2.     165.1     3(2)1( 1.5)- 1(2)0( 0.5)  EXCIT                 T     1
   3.       9.1     5(2)1( 0.5)- 1(2)0( 0.5)  EXCIT                 T     1
   4.       9.1     6(2)1( 1.5)- 1(2)0( 0.5)  EXCIT                 T     1
   5.       6.8    10(2)1( 0.5)- 1(2)0( 0.5)  EXCIT                 T     1
   6.       6.8    11(2)1( 1.5)- 1(2)0( 0.5)  EXCIT                 T     1
   7.       6.1    17(2)1( 0.5)- 1(2)0( 0.5)  EXCIT                 T     1
   8.       6.1    18(2)1( 1.5)- 1(2)0( 0.5)  EXCIT                 T     1
   9.       9.6     4(2)0( 0.5)- 2(2)1( 0.5)  EXCIT                 T     1
  10.       9.4     7(2)2( 1.5)- 2(2)1( 0.5)  EXCIT                 T     1
  11.       7.0     9(2)0( 0.5)- 2(2)1( 0.5)  EXCIT                 T     1
  12.       7.0    12(2)2( 1.5)- 2(2)1( 0.5)  EXCIT                 T     1
  13.       6.3    16(2)0( 0.5)- 2(2)1( 0.5)  EXCIT                 T     1
  14.       6.3    19(2)2( 1.5)- 2(2)1( 0.5)  EXCIT                 T     1
  15.       9.7     4(2)0( 0.5)- 3(2)1( 1.5)  EXCIT                 T     1
  16.       9.5     7(2)2( 1.5)- 3(2)1( 1.5)  EXCIT                 T     1
  17.       9.5     8(2)2( 2.5)- 3(2)1( 1.5)  EXCIT                 T     1
  18.       7.1     9(2)0( 0.5)- 3(2)1( 1.5)  EXCIT                 T     1
  19.       7.1    12(2)2( 1.5)- 3(2)1( 1.5)  EXCIT                 T     1
  20.       7.1    13(2)2( 2.5)- 3(2)1( 1.5)  EXCIT                 T     1
  21.       6.4    16(2)0( 0.5)- 3(2)1( 1.5)  EXCIT                 T     1
  22.       6.3    19(2)2( 1.5)- 3(2)1( 1.5)  EXCIT                 T     1
  23.       6.3    20(2)2( 2.5)- 3(2)1( 1.5)  EXCIT                 T     1
  24.     841.8     5(2)1( 0.5)- 4(2)0( 0.5)  EXCIT                 T     1
  25.     577.0     6(2)1( 1.5)- 4(2)0( 0.5)  EXCIT                 T     1
  26.      26.3    10(2)1( 0.5)- 4(2)0( 0.5)  EXCIT                 T     1
  27.      26.2    11(2)1( 1.5)- 4(2)0( 0.5)  EXCIT                 T     1
  28.      18.2    17(2)1( 0.5)- 4(2)0( 0.5)  EXCIT                 T     1
  29.      18.2    18(2)1( 1.5)- 4(2)0( 0.5)  EXCIT                 T     1
  30.     993.2     7(2)2( 1.5)- 5(2)1( 0.5)  EXCIT                 T     1
  31.      27.6     9(2)0( 0.5)- 5(2)1( 0.5)  EXCIT                 T     1
  32.      26.9    12(2)2( 1.5)- 5(2)1( 0.5)  EXCIT                 T     1
  33.      18.7    16(2)0( 0.5)- 5(2)1( 0.5)  EXCIT                 T     1
  34.      18.5    19(2)2( 1.5)- 5(2)1( 0.5)  EXCIT                 T     1
  35.    2166.6     7(2)2( 1.5)- 6(2)1( 1.5)  EXCIT                 T     1
  36.    1590.2     8(2)2( 2.5)- 6(2)1( 1.5)  EXCIT                 T     1
  37.      28.0     9(2)0( 0.5)- 6(2)1( 1.5)  EXCIT                 T     1
  38.      27.3    12(2)2( 1.5)- 6(2)1( 1.5)  EXCIT                 T     1
  39.      27.2    13(2)2( 2.5)- 6(2)1( 1.5)  EXCIT                 T     1
  40.      18.9    16(2)0( 0.5)- 6(2)1( 1.5)  EXCIT                 T     1
  41.      18.7    19(2)2( 1.5)- 6(2)1( 1.5)  EXCIT                 T     1
  42.      18.7    20(2)2( 2.5)- 6(2)1( 1.5)  EXCIT                 T     1
  43.      28.0    10(2)1( 0.5)- 7(2)2( 1.5)  EXCIT                 T     1
  44.      27.8    11(2)1( 1.5)- 7(2)2( 1.5)  EXCIT                 T     1
  45.      27.6    14(2)3( 2.5)- 7(2)2( 1.5)  EXCIT                 T     1
  46.      19.0    17(2)1( 0.5)- 7(2)2( 1.5)  EXCIT                 T     1
  47.      18.9    18(2)1( 1.5)- 7(2)2( 1.5)  EXCIT                 T     1
  48.      18.9    21(2)3( 2.5)- 7(2)2( 1.5)  EXCIT                 T     1
  49.      27.9    11(2)1( 1.5)- 8(2)2( 2.5)  EXCIT                 T     1
  50.      27.7    14(2)3( 2.5)- 8(2)2( 2.5)  EXCIT                 T     1
  51.      27.7    15(2)3( 3.5)- 8(2)2( 2.5)  EXCIT                 T     1
  52.      19.0    18(2)1( 1.5)- 8(2)2( 2.5)  EXCIT                 T     1
  53.      18.9    21(2)3( 2.5)- 8(2)2( 2.5)  EXCIT                 T     1
  54.      18.9    22(2)3( 3.5)- 8(2)2( 2.5)  EXCIT                 T     1
  55.    2041.1    10(2)1( 0.5)- 9(2)0( 0.5)  EXCIT                 T     1
  56.    1390.1    11(2)1( 1.5)- 9(2)0( 0.5)  EXCIT                 T     1
  57.      57.3    17(2)1( 0.5)- 9(2)0( 0.5)  EXCIT                 T     1
  58.      56.9    18(2)1( 1.5)- 9(2)0( 0.5)  EXCIT                 T     1
  59.    2366.5    12(2)2( 1.5)-10(2)1( 0.5)  EXCIT                 T     1
  60.      59.9    16(2)0( 0.5)-10(2)1( 0.5)  EXCIT                 T     1
  61.      58.2    19(2)2( 1.5)-10(2)1( 0.5)  EXCIT                 T     1

  CODE     : ADAS208
  PRODUCER : Martin O'Mullane              
  DATE     : 01/11/05

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

  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.

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

Contributors

Martin O'Mullane

Transitions
Comments
Origins

transport_llu#ni25ic.dat

Photon Emissivity Coefficients

ADF15

Contributors

Data Classes

Fundamental

Derived

transport_llu#ni25ic.dat

Photon Emissivity Coefficients

ADF15

Contributors

Data Classes

Fundamental

Derived

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