ls#xe16.dat

Resolved Specific Ion Data Collections

Ion
Xe16+
Temperature Range
24.90 eV → 2.490 x 104 eV

ADF04

Filename
ls#xe16.dat
Full Path
adf04/copmm#54/ls#xe16.dat
Download data
  • Spontaneous Emission: Xe+16(i) → Xe+16(j) + hv
  • Electron Impact Excitation: Xe+16(i) + e → Xe+16(j) + e
29 3F10.0 0.0 cm-1
29 1D2.0 18387.3 cm-1
29 3P4.0 32612.0 cm-1
29 1G4.0 39465.0 cm-1
29 1S0.0 94216.0 cm-1
1951a 3H16.0 802662.0 cm-1
1951a 1G4.0 803492.0 cm-1
1951a 3F10.0 815962.0 cm-1
1951a 1D2.0 832172.0 cm-1
1951a 3G13.0 859612.0 cm-1
1951a 3P4.0 860092.0 cm-1
1951a 3D7.0 862772.0 cm-1
1951a 1F3.0 881222.0 cm-1
1951a 1P1.0 910182.0 cm-1
1951a 1H5.0 921462.0 cm-1
1951c 3D7.0 1174950.0 cm-1
1951c 3F10.0 1181150.0 cm-1
1951c 1D2.0 1182650.0 cm-1
1951c 3P4.0 1202550.0 cm-1
1951c 1F3.0 1210950.0 cm-1
1951c 1P1.0 1223350.0 cm-1
1951e 1G4.0 1779150.0 cm-1
1951e 1F3.0 1784150.0 cm-1
1951e 3H16.0 1793850.0 cm-1
1951e 3G13.0 1796450.0 cm-1
1951e 3F10.0 1797450.0 cm-1
1951e 3D7.0 1798550.0 cm-1
1951e 1D2.0 1804350.0 cm-1
1951e 3P4.0 1812150.0 cm-1
1951e 1H5.0 1812850.0 cm-1
1951e 1P1.0 1820050.0 cm-1
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     Generated from Cowan Atomic Structure Program

     From IFG file : JETXPQ.IFG#54A.ARCHIVE(XE16)

     M O'Mullane        13:23  25/01/1998



     SCF method used                      : HR

     Scale factors for Slater Parameters  : 95 99 85 85 60

     Optically allowed transitions        : yes

     Optically forbidden transitions M1   : both

     Optically forbidden transitions E2   : both

     Born Collision-Strength  - print     :  9

                              - forbidden :  0 -> 2

                              - allowed   :  1 -> 1

                              - included  :  1,all

     Parity 1    Parity 2    Allowed
            0           0        222     initially
            0           0         92     reduced

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

   Correct the orbital energy line to insert 0.0 for orbitals not present
   in the set of configurations.

   Martin O'Mullane
   29-11-2011

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Contributors

  • Martin O'Mullane
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