sxb96#ne_pju#ne5.dat

Ionisation Per Photon Coefficients

Ion: Ne⁵⁺
Temperature Range: 1.550 eV → 9310 eV
Density Range: 2.800 x 10⁶ cm^-3 → 2.800 x 10²⁰ cm^-3

ADF13

Filename: sxb96#ne_pju#ne5.dat
Full Path: adf13/sxb96#ne/sxb96#ne_pju#ne5.dat

Wavelength	Transition	Driving Population
82.1Å	2p2 3d1 ²D_4.5 → 2s2 2p1 ²P_2.5
86Å	2p2 3d1 ²S_0.5 → 2s2 2p1 ²P_2.5
87.6Å	2p2 3d1 ²P_2.5 → 2s2 2p1 ²P_2.5
87.7Å	2p2 3d1 ²D_4.5 → 2s2 2p1 ²P_2.5
87.8Å	2p2 3d1 ²F_6.5 → 2s2 2p1 ²P_2.5
88.6Å	2p2 3s1 ²S_0.5 → 2s2 2p1 ²P_2.5
88.9Å	2p2 3d1 ²D_4.5 → 2s2 2p1 ²P_2.5
90.5Å	2p2 3d1 ⁴P_5.5 → 2s2 2p1 ²P_2.5
91.2Å	2p2 3d1 ⁴D_9.5 → 2s2 2p1 ²P_2.5
91.2Å	2p2 3d1 ²P_2.5 → 2s2 2p1 ²P_2.5
91.9Å	2p2 3d1 ⁴F_13.5 → 2s2 2p1 ²P_2.5
94.8Å	2p2 3s1 ²D_4.5 → 2s2 2p1 ²P_2.5
96.4Å	2p2 3s1 ²P_2.5 → 2s2 2p1 ²P_2.5
97.8Å	2p2 3s1 ⁴P_5.5 → 2s2 2p1 ²P_2.5
100.5Å	2p2 3p1 ²F_6.5 → 2s1 2p2 ⁴P_5.5
100.7Å	2s1 2p1 3p1 ²S_0.5 → 2s2 2p1 ²P_2.5
101.3Å	2s1 2p1 3p1 ²P_2.5 → 2s2 2p1 ²P_2.5
101.5Å	2s1 2p1 3p1 ²D_4.5 → 2s2 2p1 ²P_2.5
101.8Å	2p2 3p1 ⁴S_1.5 → 2s1 2p2 ⁴P_5.5
102.8Å	2p2 3p1 ²P_2.5 → 2s1 2p2 ⁴P_5.5
103.6Å	2p2 3p1 ⁴P_5.5 → 2s1 2p2 ⁴P_5.5
103.6Å	2p2 3p1 ²D_4.5 → 2s1 2p2 ⁴P_5.5
104.1Å	2p2 3p1 ⁴D_9.5 → 2s1 2p2 ⁴P_5.5
106Å	2p2 3p1 ²S_0.5 → 2s1 2p2 ⁴P_5.5
107.4Å	2s1 2p1 3d1 ²P_2.5 → 2s1 2p2 ⁴P_5.5
107.6Å	2s1 2p1 3d1 ²D_4.5 → 2s1 2p2 ⁴P_5.5
108.6Å	2s1 2p1 3d1 ²F_6.5 → 2s1 2p2 ⁴P_5.5
109.4Å	2s1 2p1 3p1 ²S_0.5 → 2s2 2p1 ²P_2.5
111.1Å	2s1 2p1 3p1 ²D_4.5 → 2s2 2p1 ²P_2.5
113.4Å	2s1 2p1 3p1 ⁴P_5.5 → 2s2 2p1 ²P_2.5
114.2Å	2s1 2p1 3p1 ²P_2.5 → 2s2 2p1 ²P_2.5
114.2Å	2s1 2p1 3p1 ⁴S_1.5 → 2s2 2p1 ²P_2.5
114.3Å	2s1 2p1 3p1 ⁴D_9.5 → 2s2 2p1 ²P_2.5
117.5Å	2s1 2p1 3d1 ²P_2.5 → 2s1 2p2 ⁴P_5.5
118.3Å	2s1 2p1 3d1 ²F_6.5 → 2s1 2p2 ⁴P_5.5
119.2Å	2s1 2p1 3s1 ²P_2.5 → 2s1 2p2 ⁴P_5.5
120.4Å	2s1 2p1 3d1 ⁴P_5.5 → 2s1 2p2 ⁴P_5.5
120.9Å	2s1 2p1 3d1 ²D_4.5 → 2s1 2p2 ⁴P_5.5
121.1Å	2s1 2p1 3d1 ⁴D_9.5 → 2s1 2p2 ⁴P_5.5
122.6Å	2s2 3d1 ²D_4.5 → 2s2 2p1 ²P_2.5
123.8Å	2s1 2p1 3d1 ⁴F_13.5 → 2s1 2p2 ⁴P_5.5
132.4Å	2s1 2p1 3s1 ²P_2.5 → 2s1 2p2 ⁴P_5.5
136.4Å	2s1 2p1 3s1 ⁴P_5.5 → 2s1 2p2 ⁴P_5.5
138.6Å	2s2 3s1 ²S_0.5 → 2s2 2p1 ²P_2.5
327.8Å	2p3 ²P_2.5 → 2s1 2p2 ⁴P_5.5
386.7Å	2p3 ²D_4.5 → 2s1 2p2 ⁴P_5.5
401.7Å	2s1 2p2 ²P_2.5 → 2s2 2p1 ²P_2.5
434.8Å	2s1 2p2 ²S_0.5 → 2s2 2p1 ²P_2.5
453.3Å	2p3 ⁴S_1.5 → 2s1 2p2 ⁴P_5.5
561.4Å	2s1 2p2 ²D_4.5 → 2s2 2p1 ²P_2.5

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  IONISATION/PHOTON LIST:        

 
  INFORMATION
  -----------
 
  NUCLEAR CHARGE = 10
  ION CHARGE +1  =  6
 
  SPECIFIC ION FILE  : /home/adas/adas/adf04/adas#10/cop98#10_ls#ne5.dat
  EXPANSION FILE     : /home/adas/adas/adf18/a17_p208/exp96#b/exp96#b_ne5ls.dat
 
  META. ION. COEFF. SELECTOR:  *(1,1)    *(1,2)  
                              * - rate from specific ion file
                              N - no rate available

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


   Configuration           (2S+1)L(w-1/2)          Energy (cm**-1)
     1   2S2 2P1              (2)1( 2.5)              0.0
     2   2S1 2P2              (4)1( 5.5)         100120.0
     3   2S1 2P2              (2)2( 4.5)         178132.0
     4   2S1 2P2              (2)0( 0.5)         229983.0
     5   2S1 2P2              (2)1( 2.5)         248961.0
     6   2P3                  (4)0( 1.5)         320745.0
     7   2P3                  (2)2( 4.5)         358698.6
     8   2P3                  (2)1( 2.5)         405166.0
     9   2S2 3S1              (2)0( 0.5)         721738.0
    10   2S2 3P1              (2)1( 2.5)         770577.2
    11   2S2 3D1              (2)2( 4.5)         815533.0
    12   2S1 2P1 3S1          (4)1( 5.5)         833478.0
    13   2S1 2P1 3S1          (2)1( 2.5)         855414.7
    14   2S1 2P1 3P1          (4)2( 9.5)         874548.4
    15   2S1 2P1 3P1          (2)1( 2.5)         875631.3
    16   2S1 2P1 3P1          (4)0( 1.5)         875780.7
    17   2S1 2P1 3P1          (4)1( 5.5)         881650.7
    18   2S1 2P1 3P1          (2)2( 4.5)         899708.0
    19   2S1 2P1 3D1          (4)3(13.5)         907724.4
    20   2S1 2P1 3P1          (2)0( 0.5)         913988.0
    21   2S1 2P1 3D1          (4)2( 9.5)         925678.0
    22   2S1 2P1 3D1          (2)2( 4.5)         927268.0
    23   2S1 2P1 3D1          (4)1( 5.5)         930919.7
    24   2S1 2P1 3S1          (2)1( 2.5)         939388.0
    25   2S1 2P1 3D1          (2)3( 6.5)         945485.1
    26   2S1 2P1 3D1          (2)1( 2.5)         951464.7
    27   2S1 2P1 3P1          (2)2( 4.5)         985212.0
    28   2S1 2P1 3P1          (2)1( 2.5)         986978.0
    29   2S1 2P1 3P1          (2)0( 0.5)         993128.0
    30   2S1 2P1 3D1          (2)3( 6.5)        1021128.0
    31   2P2 3S1              (4)1( 5.5)        1022358.0
    32   2S1 2P1 3D1          (2)2( 4.5)        1029310.0
    33   2S1 2P1 3D1          (2)1( 2.5)        1031458.0
    34   2P2 3S1              (2)1( 2.5)        1037147.5
    35   2P2 3P1              (2)0( 0.5)        1043117.5
    36   2P2 3S1              (2)2( 4.5)        1055358.0
    37   2P2 3P1              (4)2( 9.5)        1061178.0
    38   2P2 3P1              (4)1( 5.5)        1064921.3
    39   2P2 3P1              (2)2( 4.5)        1064940.5
    40   2P2 3P1              (2)1( 2.5)        1072990.9
    41   2P2 3P1              (4)0( 1.5)        1082168.0
    42   2P2 3D1              (4)3(13.5)        1088493.6
    43   2P2 3P1              (2)3( 6.5)        1095152.3
    44   2P2 3D1              (4)2( 9.5)        1096419.1
    45   2P2 3D1              (2)1( 2.5)        1096640.7
    46   2P2 3D1              (2)3( 6.5)        1103107.3
    47   2P2 3D1              (4)1( 5.5)        1104378.9
    48   2P2 3P1              (2)2( 4.5)        1107488.0
    49   2P2 3P1              (2)1( 2.5)        1118847.8
    50   2P2 3D1              (2)2( 4.5)        1125284.2
    51   2P2 3S1              (2)0( 0.5)        1128738.7
    52   2P2 3D1              (2)4( 8.5)        1132453.9
    53   2P2 3D1              (2)3( 6.5)        1138738.0
    54   2P2 3D1              (2)2( 4.5)        1140691.3
    55   2P2 3D1              (2)1( 2.5)        1141528.0
    56   2P2 3D1              (2)0( 0.5)        1162757.2
    57   2P2 3P1              (2)1( 2.5)        1179510.4
    58   2P2 3D1              (2)2( 4.5)        1217474.3


  POPULATION PROCESSING CODE:  ADAS208

  ISEL  WAVELENGTH      TRANSITION            TYPE    METASTABLE  IMET  NMET
  ----  ----------  ------------------------  -----  ------------ ----  ----
   1.     561.4     3(2)2( 4.5)- 1(2)1( 2.5)  EXCIT                 T     1
   2.     434.8     4(2)0( 0.5)- 1(2)1( 2.5)  EXCIT                 T     1
   3.     401.7     5(2)1( 2.5)- 1(2)1( 2.5)  EXCIT                 T     1
   4.     138.6     9(2)0( 0.5)- 1(2)1( 2.5)  EXCIT                 T     1
   5.     122.6    11(2)2( 4.5)- 1(2)1( 2.5)  EXCIT                 T     1
   6.     114.3    14(4)2( 9.5)- 1(2)1( 2.5)  EXCIT                 T     1
   7.     114.2    15(2)1( 2.5)- 1(2)1( 2.5)  EXCIT                 T     1
   8.     114.2    16(4)0( 1.5)- 1(2)1( 2.5)  EXCIT                 T     1
   9.     113.4    17(4)1( 5.5)- 1(2)1( 2.5)  EXCIT                 T     1
  10.     111.1    18(2)2( 4.5)- 1(2)1( 2.5)  EXCIT                 T     1
  11.     109.4    20(2)0( 0.5)- 1(2)1( 2.5)  EXCIT                 T     1
  12.     101.5    27(2)2( 4.5)- 1(2)1( 2.5)  EXCIT                 T     1
  13.     101.3    28(2)1( 2.5)- 1(2)1( 2.5)  EXCIT                 T     1
  14.     100.7    29(2)0( 0.5)- 1(2)1( 2.5)  EXCIT                 T     1
  15.      97.8    31(4)1( 5.5)- 1(2)1( 2.5)  EXCIT                 T     1
  16.      96.4    34(2)1( 2.5)- 1(2)1( 2.5)  EXCIT                 T     1
  17.      94.8    36(2)2( 4.5)- 1(2)1( 2.5)  EXCIT                 T     1
  18.      91.9    42(4)3(13.5)- 1(2)1( 2.5)  EXCIT                 T     1
  19.      91.2    44(4)2( 9.5)- 1(2)1( 2.5)  EXCIT                 T     1
  20.      91.2    45(2)1( 2.5)- 1(2)1( 2.5)  EXCIT                 T     1
  21.      90.5    47(4)1( 5.5)- 1(2)1( 2.5)  EXCIT                 T     1
  22.      88.9    50(2)2( 4.5)- 1(2)1( 2.5)  EXCIT                 T     1
  23.      88.6    51(2)0( 0.5)- 1(2)1( 2.5)  EXCIT                 T     1
  24.      87.8    53(2)3( 6.5)- 1(2)1( 2.5)  EXCIT                 T     1
  25.      87.7    54(2)2( 4.5)- 1(2)1( 2.5)  EXCIT                 T     1
  26.      87.6    55(2)1( 2.5)- 1(2)1( 2.5)  EXCIT                 T     1
  27.      86.0    56(2)0( 0.5)- 1(2)1( 2.5)  EXCIT                 T     1
  28.      82.1    58(2)2( 4.5)- 1(2)1( 2.5)  EXCIT                 T     1
  29.     453.3     6(4)0( 1.5)- 2(4)1( 5.5)  EXCIT                 T     1
  30.     386.7     7(2)2( 4.5)- 2(4)1( 5.5)  EXCIT                 T     1
  31.     327.8     8(2)1( 2.5)- 2(4)1( 5.5)  EXCIT                 T     1
  32.     136.4    12(4)1( 5.5)- 2(4)1( 5.5)  EXCIT                 T     1
  33.     132.4    13(2)1( 2.5)- 2(4)1( 5.5)  EXCIT                 T     1
  34.     123.8    19(4)3(13.5)- 2(4)1( 5.5)  EXCIT                 T     1
  35.     121.1    21(4)2( 9.5)- 2(4)1( 5.5)  EXCIT                 T     1
  36.     120.9    22(2)2( 4.5)- 2(4)1( 5.5)  EXCIT                 T     1
  37.     120.4    23(4)1( 5.5)- 2(4)1( 5.5)  EXCIT                 T     1
  38.     119.2    24(2)1( 2.5)- 2(4)1( 5.5)  EXCIT                 T     1
  39.     118.3    25(2)3( 6.5)- 2(4)1( 5.5)  EXCIT                 T     1
  40.     117.5    26(2)1( 2.5)- 2(4)1( 5.5)  EXCIT                 T     1
  41.     108.6    30(2)3( 6.5)- 2(4)1( 5.5)  EXCIT                 T     1
  42.     107.6    32(2)2( 4.5)- 2(4)1( 5.5)  EXCIT                 T     1
  43.     107.4    33(2)1( 2.5)- 2(4)1( 5.5)  EXCIT                 T     1
  44.     106.0    35(2)0( 0.5)- 2(4)1( 5.5)  EXCIT                 T     1
  45.     104.1    37(4)2( 9.5)- 2(4)1( 5.5)  EXCIT                 T     1
  46.     103.6    38(4)1( 5.5)- 2(4)1( 5.5)  EXCIT                 T     1
  47.     103.6    39(2)2( 4.5)- 2(4)1( 5.5)  EXCIT                 T     1
  48.     102.8    40(2)1( 2.5)- 2(4)1( 5.5)  EXCIT                 T     1
  49.     101.8    41(4)0( 1.5)- 2(4)1( 5.5)  EXCIT                 T     1
  50.     100.5    43(2)3( 6.5)- 2(4)1( 5.5)  EXCIT                 T     1

  CODE     : ADAS208
  PRODUCER : Martin O'Mullane              
  DATE     : 20.12.00

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Predecessors

ADF04 cop98#10_ls#ne5.dat

Contributors

Martin O'Mullane

Transitions
Comments
Origins

sxb96#ne_pju#ne5.dat

Ionisation Per Photon Coefficients

ADF13

Predecessors

Contributors

Data Classes

Fundamental

Derived

sxb96#ne_pju#ne5.dat

Ionisation Per Photon Coefficients

ADF13

Predecessors

Contributors

Data Classes

Fundamental

Derived

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