nalike_lgy09#p4.dat

Resolved Specific Ion Data Collections

Ion
P4+
Temperature Range
0.431 eV → 4308 eV

ADF04

Filename
nalike_lgy09#p4.dat
Full Path
adf04/copaw#na/nalike_lgy09#p4.dat
Download data
  • Spontaneous Emission: P+4(i) → P+4(j) + hv
  • Electron Impact Excitation: P+4(i) + e → P+4(j) + e
3s1 2S0.5 0.0 cm-1
3p1 2P0.5 88075.0 cm-1
3p1 2P1.5 88756.0 cm-1
3d1 2D1.5 203074.0 cm-1
3d1 2D2.5 203106.0 cm-1
4s1 2S0.5 270520.0 cm-1
4p1 2P0.5 301619.0 cm-1
4p1 2P1.5 301862.0 cm-1
4d1 2D1.5 342759.0 cm-1
4d1 2D2.5 342773.0 cm-1
4f1 2F2.5 349249.0 cm-1
4f1 2F3.5 349254.0 cm-1
5s1 2S0.5 373564.0 cm-1
5p1 2P0.5 388014.0 cm-1
5p1 2P1.5 388128.0 cm-1
5d1 2D1.5 407508.0 cm-1
5d1 2D2.5 407515.0 cm-1
5f1 2F2.5 411008.0 cm-1
5f1 2F3.5 411011.0 cm-1
5g1 2G3.5 411117.0 cm-1
5g1 2G4.5 411119.0 cm-1
6s1 2S0.5 423860.0 cm-1
6p1 2P0.5 431720.0 cm-1
6p1 2P1.5 431783.0 cm-1
6d1 2D1.5 442502.0 cm-1
6d1 2D2.5 442507.0 cm-1
6f1 2F2.5 444574.0 cm-1
6f1 2F3.5 444575.0 cm-1
6g1 2G3.5 444649.0 cm-1
6g1 2G4.5 444650.0 cm-1
6h1 2H4.5 444651.0 cm-1
6h1 2H5.5 444652.0 cm-1
2p5 3s2 2P1.5 1062150.0 cm-1
2p5 3s2 2P0.5 1068900.0 cm-1
2p5 3s1 3p1 4S1.5 1117390.0 cm-1
2p5 3s1 3p1 4D3.5 1128820.0 cm-1
2p5 3s1 3p1 4D2.5 1130080.0 cm-1
2p5 3s1 3p1 4D1.5 1131590.0 cm-1
2p5 3s1 3p1 4D0.5 1133040.0 cm-1
2p5 3s1 3p1 4P2.5 1138210.0 cm-1
2p5 3s1 3p1 4P1.5 1139760.0 cm-1
2p5 3s1 3p1 4P0.5 1140710.0 cm-1
2p5 3s1 3p1 2D1.5 1143410.0 cm-1
2p5 3s1 3p1 2D2.5 1146070.0 cm-1
2p5 3s1 3p1 2P0.5 1146320.0 cm-1
2p5 3s1 3p1 2P1.5 1148000.0 cm-1
2p5 3s1 3p1 2S0.5 1157700.0 cm-1
2p5 3s1 3p1 2D2.5 1178480.0 cm-1
2p5 3s1 3p1 2D1.5 1181900.0 cm-1
2p5 3s1 3p1 2P1.5 1187030.0 cm-1
2p5 3s1 3p1 2P0.5 1188200.0 cm-1
2p5 3s1 3p1 2S0.5 1225180.0 cm-1
2p5 3p2 2P0.5 1228060.0 cm-1
2p5 3p2 2P1.5 1229660.0 cm-1
2p5 3p2 2F3.5 1231880.0 cm-1
2p5 3p2 4P2.5 1232960.0 cm-1
2p5 3p2 4P1.5 1234530.0 cm-1
2p5 3p2 4P0.5 1235540.0 cm-1
2p5 3p2 2F2.5 1235860.0 cm-1
2p5 3p2 4D3.5 1240750.0 cm-1
2p5 3p2 4D2.5 1242040.0 cm-1
2p5 3p2 2D1.5 1242860.0 cm-1
2p5 3p2 2D2.5 1243060.0 cm-1
2p5 3p2 4D1.5 1244690.0 cm-1
2p5 3p2 4D0.5 1245540.0 cm-1
2p5 3p2 2D1.5 1251200.0 cm-1
2p5 3p2 2D2.5 1253500.0 cm-1
2p5 3p2 2S0.5 1255380.0 cm-1
2p5 3p2 4S1.5 1255400.0 cm-1
2p5 3s1 3d1 4P0.5 1268340.0 cm-1
2p5 3s1 3d1 4P1.5 1269200.0 cm-1
2p5 3s1 3d1 4P2.5 1270780.0 cm-1
2p5 3s1 3d1 4F4.5 1272190.0 cm-1
2p5 3s1 3d1 4F3.5 1273560.0 cm-1
2p5 3s1 3d1 4F2.5 1275020.0 cm-1
2p5 3s1 3d1 4F1.5 1276500.0 cm-1
2p5 3s1 3d1 4D3.5 1280250.0 cm-1
2p5 3s1 3d1 4D2.5 1281640.0 cm-1
2p5 3p2 2P1.5 1281680.0 cm-1
2p5 3s1 3d1 4D0.5 1281800.0 cm-1
2p5 3s1 3d1 4D1.5 1282800.0 cm-1
2p5 3p2 2P0.5 1283490.0 cm-1
2p5 3s1 3d1 2F2.5 1285370.0 cm-1
2p5 3s1 3d1 2F3.5 1287500.0 cm-1
2p5 3s1 3d1 2D1.5 1289190.0 cm-1
2p5 3s1 3d1 2D2.5 1290250.0 cm-1
2p5 3s1 3d1 2P1.5 1297070.0 cm-1
2p5 3s1 3d1 2P0.5 1299060.0 cm-1
2p5 3p2 2P1.5 1304520.0 cm-1
2p5 3p2 2P0.5 1306640.0 cm-1
2p5 3s1 3d1 2F3.5 1320650.0 cm-1
2p5 3s1 3d1 2F2.5 1324350.0 cm-1
2p5 3s1 3d1 2D1.5 1330300.0 cm-1
2p5 3s1 3d1 2D2.5 1331000.0 cm-1
2p5 3s1 3d1 2P0.5 1335090.0 cm-1
2p5 3s1 3d1 2P1.5 1339380.0 cm-1
2p5 3p1 3d1 4D0.5 1341830.0 cm-1
2p5 3p1 3d1 4D1.5 1342460.0 cm-1
2p5 3p1 3d1 4D2.5 1343520.0 cm-1
2p5 3p1 3d1 4D3.5 1345040.0 cm-1
2p5 3p1 3d1 4G5.5 1349200.0 cm-1
2p5 3p1 3d1 4G4.5 1350050.0 cm-1
2p5 3p1 3d1 4G3.5 1351110.0 cm-1
2p5 3p1 3d1 4G2.5 1352590.0 cm-1
2p5 3p1 3d1 2D2.5 1353980.0 cm-1
2p5 3p1 3d1 2D1.5 1355200.0 cm-1
2p5 3p1 3d1 2F3.5 1357350.0 cm-1
2p5 3p1 3d1 2G3.5 1358620.0 cm-1
2p5 3p1 3d1 2G4.5 1359390.0 cm-1
2p5 3p1 3d1 2P0.5 1360760.0 cm-1
2p5 3p1 3d1 2F2.5 1362270.0 cm-1
2p5 3p1 3d1 4F1.5 1362920.0 cm-1
2p5 3p1 3d1 4F2.5 1363520.0 cm-1
2p5 3p1 3d1 4F3.5 1363760.0 cm-1
2p5 3p1 3d1 4F4.5 1364750.0 cm-1
2p5 3p1 3d1 2P1.5 1364960.0 cm-1
2p5 3p1 3d1 2F3.5 1366660.0 cm-1
2p5 3p1 3d1 2F2.5 1366670.0 cm-1
2p5 3p1 3d1 4S1.5 1368950.0 cm-1
2p5 3p1 3d1 4P0.5 1370460.0 cm-1
2p5 3p1 3d1 4P2.5 1370680.0 cm-1
2p5 3p1 3d1 4P1.5 1371370.0 cm-1
2p5 3p1 3d1 4D3.5 1372900.0 cm-1
2p5 3p1 3d1 4D2.5 1373770.0 cm-1
2p5 3p1 3d1 4D1.5 1374670.0 cm-1
2p5 3p1 3d1 4D0.5 1375360.0 cm-1
2p5 3p1 3d1 4F4.5 1376870.0 cm-1
2p5 3p1 3d1 4F3.5 1377910.0 cm-1
2p5 3p1 3d1 4D2.5 1378940.0 cm-1
2p5 3p1 3d1 4D3.5 1379010.0 cm-1
2p5 3p1 3d1 2D1.5 1379560.0 cm-1
2p5 3p1 3d1 4F2.5 1379700.0 cm-1
2p5 3p1 3d1 4F1.5 1380690.0 cm-1
2p5 3p1 3d1 2D2.5 1381340.0 cm-1
2p5 3p1 3d1 4D0.5 1382260.0 cm-1
2p5 3p1 3d1 4D1.5 1382800.0 cm-1
2p5 3p1 3d1 2F2.5 1385400.0 cm-1
2p5 3p1 3d1 2F3.5 1387540.0 cm-1
2p5 3p1 3d1 2D1.5 1387720.0 cm-1
2p5 3p1 3d1 2P0.5 1388140.0 cm-1
2p5 3p1 3d1 4P0.5 1388230.0 cm-1
2p5 3p1 3d1 4P1.5 1388630.0 cm-1
2p5 3p1 3d1 4P2.5 1388880.0 cm-1
2p5 3p1 3d1 2P1.5 1389620.0 cm-1
2p5 3p1 3d1 2D2.5 1390040.0 cm-1
2p5 3p1 3d1 2S0.5 1394710.0 cm-1
2p5 3p1 3d1 2P1.5 1400030.0 cm-1
2p5 3p1 3d1 2D1.5 1400290.0 cm-1
2p5 3p1 3d1 2P0.5 1400330.0 cm-1
2p5 3p1 3d1 2D2.5 1400360.0 cm-1
2p5 3p1 3d1 2G4.5 1408840.0 cm-1
2p5 3p1 3d1 2G3.5 1412790.0 cm-1
2p5 3p1 3d1 2F2.5 1420810.0 cm-1
2p5 3p1 3d1 2S0.5 1421270.0 cm-1
2p5 3p1 3d1 2F3.5 1421540.0 cm-1
2p5 3p1 3d1 2P1.5 1423890.0 cm-1
2p5 3p1 3d1 2D2.5 1425260.0 cm-1
2p5 3p1 3d1 2D1.5 1428420.0 cm-1
2p5 3p1 3d1 2P0.5 1429850.0 cm-1
2p5 3p1 3d1 2D1.5 1455800.0 cm-1
2p5 3p1 3d1 2D2.5 1456280.0 cm-1
------------------------------------------------------------------------

        Result of ICFT R-matrix calculation for outer shell excitation
        +++++++++++++++++++++++++++++++++++

 Calculation automated by offline ADAS code ADAS8#3

     Summary Information
     +++++++++++++++++++

 *  Ionisation energy taken from ADAS adf00 files

 *  Energy levels calculated by AUTOSTRUCTURE

 *  Radiative rates calculated by AUTOSTRUCTURE

 *  Effective collision strengths calculated by ICFT
    R-matrix calculation using target structure from
    AUTOSTRUCTURE.

     Calculation details
     +++++++++++++++++++

 The following scaling parameters on bound orbitals were used:

         1S = 1.44416
         2S = 1.06533
         2P = 1.01591
         3S = 0.98648
         3P = 0.96229
         3D = 0.92547
         4S = 0.97746
         4P = 0.95627
         4D = 0.92143
         4F = 0.86867
         5S = 0.97421
         5P = 0.95381
         5D = 0.91889
         5F = 0.86860
         5G = 0.84028
         6S = 0.97287
         6P = 0.95389
         6D = 0.92095
         6F = 0.87080
         6G = 0.84974
         6H = 1.24862

 An exchange calculation was performed up to J=12
 A non-exchange calculation was then performed up to J=40
 Followed by a top-up calculation to J -> infinity.

 40 continuum basis orbitals were used, giving a smallest maximum
 basis-orbital energy of 23.3733 Rydbergs (318.017120 eV)

 A fine energy mesh of 0.000050 Z**2 Rydbergs (0.0108848 eV) was used
 between the first and last thresholds for the excitation calculation.

 A coarse energy mesh of 0.005000 Z**2 Rydbergs (1.08848 eV) was used
 from the last threshold up to 0.936811 Z**2 Rydbergs (203.94 eV) in the
 excitation calculation.

 A coarse energy mesh of 0.005000 Z**2 Rydbergs (1.08848 eV) was used
 from first threshold up to 0.936811 Z**2 Rydbergs (203.94 eV) in the
 non-exchange calculation.

 Dipole and Born limits were used from the last calculated energy points
 up to infinite energy to complete the effective collision strengths

 Produced by: Guiyun Liang
 Date:        16/03/09
------------------------------------------------------------------------
        Result of ICFT R-matrix calculation for inner shell excitation
        +++++++++++++++++++++++++++++++++++

 Calculation automated by offline ADAS code ADAS8#3

     Summary Information
     +++++++++++++++++++

 *  Ionisation energy taken from ADAS adf00 files

 *  Energy levels calculated by AUTOSTRUCTURE

 *  Radiative rates calculated by AUTOSTRUCTURE

 *  Effective collision strengths calculated by ICFT
    R-matrix calculation using target structure from
    AUTOSTRUCTURE.

     Calculation details
     +++++++++++++++++++

 The following scaling parameters on bound orbitals were used:

         1S = 1.44438
         2S = 1.06248
         2P = 1.01080
         3S = 1.13397
         3P = 1.10359
         3D = 1.13334

 An exchange calculation was performed up to J=12
 A non-exchange calculation was then performed up to J=40
 Followed by a top-up calculation to J -> infinity.

 25 continuum basis orbitals were used, giving a smallest maximum
 basis-orbital energy of 95.4534 Rydbergs (1298.738960 eV)

 A fine energy mesh of 0.000050 Z**2 Rydbergs (0.0108848 eV) was used
 between the first and last thresholds for the excitation calculation.

 A coarse energy mesh of 0.010000 Z**2 Rydbergs (2.17696 eV) was used
 from the last threshold up to 3.747244 Z**2 Rydbergs (815.76 eV) in the
 excitation calculation.

 A coarse energy mesh of 0.010000 Z**2 Rydbergs (2.17696 eV) was used
 from first threshold up to 3.747244 Z**2 Rydbergs (815.76 eV) in the
 non-exchange calculation.

 Dipole and Born limits were used from the last calculated energy points
 up to infinite energy to complete the effective collision strengths

 Produced by: Guiyun Liang
 Date:        26/05/09
------------------------------------------------------------------------

Contributors

  • Guiyun Liang
  • Processes
  • States
  • Comments
  • Origins

Data Classes