cop98#10_ls#ne8.dat

Resolved Specific Ion Data Collections

Ion
Ne8+
Temperature Range
6.980 eV → 3.490 x 104 eV

ADF04

Filename
cop98#10_ls#ne8.dat
Full Path
adf04/adas#10/cop98#10_ls#ne8.dat
Download data
  • Spontaneous Emission: Ne+8(i) → Ne+8(j) + hv
  • Electron Impact Excitation: Ne+8(i) + e → Ne+8(j) + e
  • Free Electron Recombination: Ne+9(i) + e → Ne+8(j)
1s2 1S0.0 0.0 cm-1
1s1 2s1 3S1.0 7299940.0 cm-1
1s1 2p1 3P4.0 7379330.0 cm-1
1s1 2s1 1S0.0 7382680.0 cm-1
1s1 2p1 1P1.0 7436560.0 cm-1
1s1 3s1 3S1.0 8623000.0 cm-1
1s1 3p1 3P4.0 8644740.0 cm-1
1s1 3s1 1S0.0 8644880.0 cm-1
1s1 3d1 3D7.0 8657130.0 cm-1
1s1 3p1 1P1.0 8660530.0 cm-1
1s1 3d1 1D2.0 8662400.0 cm-1
1s1 4s1 3S1.0 9075200.0 cm-1
1s1 4s1 1S0.0 9084060.0 cm-1
1s1 4p1 3P4.0 9084140.0 cm-1
1s1 4f1 3F10.0 9089800.0 cm-1
1s1 4d1 3D7.0 9090360.0 cm-1
1s1 4p1 1P1.0 9090630.0 cm-1
1s1 4f1 1F3.0 9094400.0 cm-1
1s1 4d1 1D2.0 9099870.0 cm-1
1s1 5s1 3S1.0 9282200.0 cm-1
1s1 5s1 1S0.0 9286650.0 cm-1
1s1 5p1 3P4.0 9286710.0 cm-1
1s1 5d1 3D7.0 9288500.0 cm-1
1s1 5f1 3F10.0 9289800.0 cm-1
1s1 5p1 1P1.0 9290000.0 cm-1
1s1 5f1 1F3.0 9294400.0 cm-1
1s1 5g1 3G13.0 9429870.0 cm-1
1s1 5d1 1D2.0 9429870.0 cm-1
1s1 5g1 1G4.0 9429870.0 cm-1
-------------------------------------------------------------------------------

 Combined two specific ion files

 Target         : /work/work_remote/mog/adas_work/copmm#10_ls#ne8.dat
 Supplementary  : /u/adas/adas/adf04/copsm#he/copsm#he_sm#ne8l.dat

 Replace SUPPLEMENTARY level into TARGET level

                     1                 1
                     2                 2
                     3                 4
                     4                 3
                     5                 5
                     6                 6
                     7                 7
                     8                 8
                     9                 9
                    10                10
                    11                11
                    12                12
                    13                13
                    14                14
                    15                15
                    16                16
                    17                17
                    18                18
                    19                19
                    20                20
                    21                21
                    22                22
                    23                23
                    24                25
                    25                26
                    26                24
                    27                27
                    28                28
                    29                29


 Code : /home/omullane/merge_adf04/merge_adf04

 Date     :  01/18/99
 Producer :  Martin O'Mullane

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

   A value differences were detected for the following transitions and
    the target values are used.

       Tran.      Target        Supp

      4   1     1.00D-30     0.00D+00
      7   1     1.00D-30     0.00D+00
      9   1     6.40D+06     0.00D+00
     10   1     6.58D+08     0.00D+00
     13   1     1.00D-30     0.00D+00
     15   1     1.83D+06     0.00D+00
     16   1     2.97D+08     0.00D+00
     21   1     1.00D-30     0.00D+00
     23   1     2.51D+04     0.00D+00
     24   1     4.84D+06     0.00D+00
      6   2     2.21D-24     0.00D+00
      9   2     3.51D+07     0.00D+00
     10   2     1.01D+06     0.00D+00
     12   2     8.17D-25     0.00D+00
     15   2     4.80D+06     0.00D+00
     16   2     8.77D+04     0.00D+00
     20   2     1.01D-23     0.00D+00
     23   2     5.66D+05     0.00D+00
     24   2     8.73D+03     0.00D+00
     27   2     2.59D-31     0.00D+00
      7   4     1.00D-30     0.00D+00
      9   4     2.85D+05     0.00D+00
     10   4     2.94D+07     0.00D+00
     13   4     1.00D-30     0.00D+00
     15   4     2.53D+04     0.00D+00
     16   4     4.11D+06     0.00D+00
     21   4     1.00D-30     0.00D+00
     23   4     2.08D+04     0.00D+00
     24   4     4.02D+06     0.00D+00
     12   6     2.67D-25     0.00D+00
     15   6     2.34D+06     0.00D+00
     16   6     4.28D+04     0.00D+00
     20   6     3.76D-27     0.00D+00
     23   6     7.49D+05     0.00D+00
     24   6     1.16D+04     0.00D+00
     27   6     2.59D-31     0.00D+00
     13   7     1.00D-30     0.00D+00
     15   7     1.30D+04     0.00D+00
     16   7     2.11D+06     0.00D+00
     21   7     1.00D-30     0.00D+00
     23   7     4.33D+03     0.00D+00
     24   7     8.35D+05     0.00D+00
     12   9     6.13D+05     0.00D+00
     15   9     6.33D+05     0.00D+00
     16   9     1.52D+04     0.00D+00
     20   9     3.61D+05     0.00D+00
     23   9     3.03D+05     0.00D+00
     24   9     7.13D+03     0.00D+00
     27   9     5.59D+06     0.00D+00
     13   9     1.70D+04     0.00D+00
     21   9     1.13D+04     0.00D+00
     28   9     1.86D+06     0.00D+00
     12  10     5.81D+03     0.00D+00
     13  10     5.76D+05     0.00D+00
     15  10     5.02D+03     0.00D+00
     16  10     6.23D+05     0.00D+00
     20  10     3.42D+03     0.00D+00
     21  10     3.84D+05     0.00D+00
     23  10     2.32D+03     0.00D+00
     24  10     3.07D+05     0.00D+00
     27  10     6.20D+05     0.00D+00
     28  10     4.35D+06     0.00D+00
     20  12     1.54D-29     0.00D+00
     23  12     3.18D+05     0.00D+00
     24  12     4.92D+03     0.00D+00
     27  12     2.59D-31     0.00D+00
     21  13     1.00D-30     0.00D+00
     23  13     1.58D+03     0.00D+00
     24  13     3.05D+05     0.00D+00
     20  15     1.87D+05     0.00D+00
     23  15     1.41D+05     0.00D+00
     24  15     2.40D+03     0.00D+00
     27  15     4.82D+05     0.00D+00
     21  15     3.42D+03     0.00D+00
     28  15     1.77D+05     0.00D+00
     20  16     1.13D+03     0.00D+00
     21  16     1.84D+05     0.00D+00
     23  16     7.87D+02     0.00D+00
     24  16     1.40D+05     0.00D+00
     27  16     5.85D+04     0.00D+00
     28  16     3.62D+05     0.00D+00
      8   3     1.19D+07     0.00D+00
     14   3     4.72D+06     0.00D+00
     17   3     2.09D+07     0.00D+00
     22   3     1.18D+06     0.00D+00
     25   3     1.54D+07     0.00D+00
     11   3     2.15D+04     0.00D+00
     18   3     6.27D+06     0.00D+00
     19   3     9.53D+03     0.00D+00
     26   3     4.41D+06     0.00D+00
     29   3     8.09D+03     0.00D+00
      8   5     5.47D+03     0.00D+00
     11   5     1.30D+07     0.00D+00
     14   5     2.72D+03     0.00D+00
     17   5     6.25D+03     0.00D+00
     18   5     8.29D+02     0.00D+00
     19   5     6.75D+06     0.00D+00
     22   5     2.59D+03     0.00D+00
     25   5     1.04D+03     0.00D+00
     26   5     6.80D+03     0.00D+00
     29   5     1.08D+07     0.00D+00
     14   8     2.72D+06     0.00D+00
     17   8     2.59D+06     0.00D+00
     22   8     6.45D+05     0.00D+00
     25   8     2.58D+04     0.00D+00
     18   8     1.26D+06     0.00D+00
     19   8     2.42D+03     0.00D+00
     26   8     1.11D+04     0.00D+00
     29   8     1.45D+03     0.00D+00
     14  11     6.33D+02     0.00D+00
     17  11     3.77D+05     0.00D+00
     18  11     1.90D+06     0.00D+00
     19  11     1.38D+06     0.00D+00
     22  11     4.22D+02     0.00D+00
     25  11     2.56D+03     0.00D+00
     26  11     1.45D+04     0.00D+00
     29  11     1.06D+06     0.00D+00
     22  14     2.44D+05     0.00D+00
     25  14     4.72D+05     0.00D+00
     26  14     1.86D+05     0.00D+00
     29  14     4.40D+02     0.00D+00
     22  17     2.31D+04     0.00D+00
     29  17     9.34D+03     0.00D+00
     22  18     3.27D+03     0.00D+00
     25  18     4.89D+03     0.00D+00
     29  18     1.59D+04     0.00D+00
     22  19     1.16D+02     0.00D+00
     25  19     5.80D+04     0.00D+00
     26  19     3.23D+05     0.00D+00
     29  19     2.56D+05     0.00D+00
      3   1     1.39D+09     0.00D+00
      8   1     4.60D+08     0.00D+00
     14   1     2.07D+08     0.00D+00
     22   1     1.19D+08     0.00D+00
     11   2     7.63D+07     0.00D+00
     17   2     2.38D-31     0.00D+00
     19   2     3.34D+07     0.00D+00
     25   2     2.38D-31     0.00D+00
     29   2     1.60D+07     0.00D+00
      8   4     2.35D+07     0.00D+00
     14   4     1.18D+07     0.00D+00
     22   4     7.43D+06     0.00D+00
      6   3     5.64D+10     0.00D+00
      6   5     7.27D+06     0.00D+00
     14   6     1.86D+10     0.00D+00
     17   6     2.38D-31     0.00D+00
     19   6     1.01D+07     0.00D+00
     22   6     9.88D+09     0.00D+00
     25   6     2.38D-31     0.00D+00
     29   6     5.24D+06     0.00D+00
      7   3     2.82D+07     0.00D+00
      7   5     5.61D+10     0.00D+00
     14   7     3.22D+06     0.00D+00
     22   7     2.05D+06     0.00D+00
      9   3     4.39D+11     0.00D+00
      9   5     3.23D+09     0.00D+00
     14   9     2.70D+09     0.00D+00
     17   9     8.38D+10     0.00D+00
     19   9     4.88D+07     0.00D+00
     22   9     1.13D+09     0.00D+00
     25   9     2.78D+10     0.00D+00
     29   9     2.27D+07     0.00D+00
     18   9     2.22D+10     0.00D+00
     26   9     6.77D+09     0.00D+00
     10   3     9.98D+09     0.00D+00
     10   5     4.13D+11     0.00D+00
     14  10     2.07D+07     0.00D+00
     17  10     7.43D+09     0.00D+00
     18  10     6.89D+10     0.00D+00
     22  10     8.59D+06     0.00D+00
     25  10     2.25D+09     0.00D+00
     26  10     2.33D+10     0.00D+00
     12   3     2.09D+10     0.00D+00
     12   5     2.80D+06     0.00D+00
     12   8     1.56D+10     0.00D+00
     12  11     2.37D+06     0.00D+00
     22  12     4.31D+09     0.00D+00
     25  12     2.38D-31     0.00D+00
     29  12     2.34D+06     0.00D+00
     13   3     1.32D+07     0.00D+00
     13   5     2.71D+10     0.00D+00
     13   8     8.73D+06     0.00D+00
     13  11     1.56D+10     0.00D+00
     22  13     7.83D+05     0.00D+00
     29  13     4.72D+09     0.00D+00
     15   3     1.43D+11     0.00D+00
     15   5     6.25D+08     0.00D+00
     15   8     4.58D+10     0.00D+00
     15  11     2.11D+08     0.00D+00
     22  15     1.43D+09     0.00D+00
     25  15     1.56D+10     0.00D+00
     29  15     1.61D+07     0.00D+00
     26  15     4.27D+09     0.00D+00
     16   3     1.96D+09     0.00D+00
     16   5     1.34D+11     0.00D+00
     16   8     6.07D+08     0.00D+00
     16  11     4.59D+10     0.00D+00
     22  16     6.56D+06     0.00D+00
     25  16     1.43D+09     0.00D+00
     26  16     1.28D+10     0.00D+00
     20   3     8.45D+09     0.00D+00
     20   5     1.14D+06     0.00D+00
     20   8     6.98D+09     0.00D+00
     20  11     1.10D+06     0.00D+00
     20  14     5.30D+09     0.00D+00
     20  17     1.00D-30     0.00D+00
     20  19     8.38D+05     0.00D+00
     21   3     1.01D+07     0.00D+00
     21   5     2.10D+10     0.00D+00
     21   8     5.09D+06     0.00D+00
     21  11     9.38D+09     0.00D+00
     21  14     3.19D+06     0.00D+00
     21  19     5.57D+09     0.00D+00
     23   3     6.44D+10     0.00D+00
     23   5     2.53D+08     0.00D+00
     23   8     2.23D+10     0.00D+00
     23  11     8.62D+07     0.00D+00
     23  14     9.43D+09     0.00D+00
     23  17     3.07D+08     0.00D+00
     23  19     3.70D+07     0.00D+00
     23  18     3.17D+07     0.00D+00
     24   3     7.17D+08     0.00D+00
     24   5     6.54D+10     0.00D+00
     24   8     2.43D+08     0.00D+00
     24  11     2.28D+10     0.00D+00
     24  14     1.02D+08     0.00D+00
     24  17     9.36D+07     0.00D+00
     24  18     2.41D+08     0.00D+00
     24  19     9.85D+09     0.00D+00
     27   3     2.59D-31     0.00D+00
     27   8     2.59D-31     0.00D+00
     27  14     2.59D-31     0.00D+00

   Choice of A values for the following transitions has been made

      4   1,   7   1,   9   1,  10   1,  13   1,  15   1,  16   1,  21   1
     23   1,  24   1,   6   2,   9   2,  10   2,  12   2,  15   2,  16   2
     20   2,  23   2,  24   2,  27   2,   7   4,   9   4,  10   4,  13   4
     15   4,  16   4,  21   4,  23   4,  24   4,  12   6,  15   6,  16   6
     20   6,  23   6,  24   6,  27   6,  13   7,  15   7,  16   7,  21   7
     23   7,  24   7,  12   9,  15   9,  16   9,  20   9,  23   9,  24   9
     27   9,  13   9,  21   9,  28   9,  12  10,  13  10,  15  10,  16  10
     20  10,  21  10,  23  10,  24  10,  27  10,  28  10,  20  12,  23  12
     24  12,  27  12,  21  13,  23  13,  24  13,  20  15,  23  15,  24  15
     27  15,  21  15,  28  15,  20  16,  21  16,  23  16,  24  16,  27  16
     28  16,   8   3,  14   3,  17   3,  22   3,  25   3,  11   3,  18   3
     19   3,  26   3,  29   3,   8   5,  11   5,  14   5,  17   5,  18   5
     19   5,  22   5,  25   5,  26   5,  29   5,  14   8,  17   8,  22   8
     25   8,  18   8,  19   8,  26   8,  29   8,  14  11,  17  11,  18  11
     19  11,  22  11,  25  11,  26  11,  29  11,  22  14,  25  14,  26  14
     29  14,  22  17,  29  17,  22  18,  25  18,  29  18,  22  19,  25  19
     26  19,  29  19,   3   1,   8   1,  14   1,  22   1,  11   2,  17   2
     19   2,  25   2,  29   2,   8   4,  14   4,  22   4,   6   3,   6   5
     14   6,  17   6,  19   6,  22   6,  25   6,  29   6,   7   3,   7   5
     14   7,  22   7,   9   3,   9   5,  14   9,  17   9,  19   9,  22   9
     25   9,  29   9,  18   9,  26   9,  10   3,  10   5,  14  10,  17  10
     18  10,  22  10,  25  10,  26  10,  12   3,  12   5,  12   8,  12  11
     22  12,  25  12,  29  12,  13   3,  13   5,  13   8,  13  11,  22  13
     29  13,  15   3,  15   5,  15   8,  15  11,  22  15,  25  15,  29  15
     26  15,  16   3,  16   5,  16   8,  16  11,  22  16,  25  16,  26  16
     20   3,  20   5,  20   8,  20  11,  20  14,  20  17,  20  19,  21   3
     21   5,  21   8,  21  11,  21  14,  21  19,  23   3,  23   5,  23   8
     23  11,  23  14,  23  17,  23  19,  23  18,  24   3,  24   5,  24   8
     24  11,  24  14,  24  17,  24  18,  24  19,  27   3,  27   8,  27  14

-------------------------------------------------------------------------------
 Comments from target file
-------------------------------------------------------------------------------

  File generated by compression of a J-resolved file

  Program: ADAS209

  Source file: /disk3/summers/adas/adf04/cop98#10/copmm#10_ic#ne8.dat

  Original level indexing:
     1    2    3    4    5    6    7    8    9   10
    11   12   13   14   15   16   17   18   19   20
    21   22   23   24   25   26   27   28   29   30
    31   32   33   34   35   36   37   38   39   40
    41   42   43   44   45   46   47   48   49
  Selection Vector:
     1    2    3    4    3    3    5    6    7    8
     8    8    9    9    9   10   11   12   13   14
    14   14   15   15   15   16   17   17   17   18
    19   20   21   22   22   22   23   23   23   24
    25   25   25   26   27   27   27   28   29

  Original parent metastables:
    (1S)
  Parent bundling vector:
     0


  Producer : Martin O'Mullane
  Date     : 18/01/99

-------------------------------------------------------------------------------
 Comments from supplementary file
-------------------------------------------------------------------------------

  Specific ion file based on effective collision strength data of
  Sampson and co-workers.

  Energies : NIST Standard Reference Database 61
  A-values : NIST Standard Reference Database 61 and
             Opacity Project (Berrington et al.)
  Upsilons : Fits of Golden et. al(1981)Ap.J.Suppl.45,
             603 & (1978) Ap.J. Suppl.38,19; extended
             and revised by Clark (1982)Ap. J. Supple.
             49,545.

  Generating code:  jetand.copase.fort(samp#he)
  Producer:         H. Anderson
  Date:             05/01/96

  Update:  13/02/97 HP Summers - corrected LS coupled term weight factors

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

 Filtered adf04 file to
  - sort energy levels
  - remove non physical A values from
    energy level reversals
  - remove energies above ionisation potential
  - remove duplicate transitions

 Code : /home/omullane/adf04_utils/filter_adf04.x


 Level list :

      1   2   3   4   5   6   7   8   9  10
     11  12  13  14  15  16  17  18  19  20
     21  22  23  24  25  26  27  28  29

 Original level order :

      1   2   3   4   5   6   8   7   9  11
     10  12  13  14  17  15  19  18  16  20
     21  22  23  25  29  26  27  24  28

  Unphysical A values. Set A=1.0E-30 for following transitions :

     28    27    A =   3.96D-10
     18    17    A =   5.15D-07
     26    25    A =   3.09D-07
      8     7    A =   6.27D-02
     11    10    A =   6.38D+04
     16    15    A =   8.81D+02
     19    15    A =   1.12D+01
     19    18    A =   1.32D+02
     19    17    A =   1.59D+04
     28    24    A =   2.25D+00
     28    26    A =   3.17D+01
     28    25    A =   6.01D+03


 Date     :  18/01/99
 Producer :  Martin O'Mullane

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

   RADIATIVE RECOMBINATION DATA ADDED

   PROCESSED BY ADAS211 ON :
   /home/adas/adas/adf08/rrc98#he/rrc98#h_ne9.dat


 Date     :  19/01/99
 Producer :  Martin O'Mullane

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

     Dielectronic data is post-processed from Badnell files as follows:

      /u/adas/adas/adf09/mom93#h/mom93#h_ne9ls12.dat

     The cross-referencing file is as follows:

      /home/mog/adas/adf18/a09_a04/drm96#he/drm96#he_ls#ne8.dat

     The parent metastable indices are as follows:

     1.    1S1                 (2)0( 0.5)

     Dielectronic data added to  29 existing rad. recom. level sets

 Date     :  19/01/99
 Producer :  Martin O'Mullane

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  Added ionisation rates (S-lines) from :
      /home/adas/adas/adf07/szd96#ne/szd96#ne_ne.dat

    S  1  +1   ISEL =   57   Energy =   9644960.00
    S  2  +1   ISEL =   59   Energy =   2345020.00

  Code     : ADAS807
  Producer : Martin O'Mullane
  Date     : 18/12/00

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Predecessors

Dependents

Contributors

  • Martin O'Mullane
  • Hugh Summers
  • Douglas Sampson
  • Keith Berrington
  • Harvey Anderson
  • Nigel Badnell
  • Processes
  • States
  • Comments
  • Origins

Data Classes