qef07#h_arf#li3.dat
Charge Exchange Effective Emission Coefficients
- Ion
- Li3+
- Temperature Range
- 1000 eV → 3.000 x 104 eV
- Density Range
- 1.000 x 1011 cm-3 → 1.000 x 1014 cm-3
- Energy Range
- 1.000 x 104 eV → 1.000 x 105 eV
- Mag Field Range
- 3 T → 3 T
- Zeff Range
- 1 → 6
| Wavelength | Transition |
|---|---|
| Å | 3 → 2 |
| Å | 7 → 5 |
| Å | 6 → 4 |
| Å | 5 → 3 |
| Å | 4 → 2 |
| Å | 3 → 1 |
| Å | 8 → 7 |
| Å | 7 → 6 |
| Å | 6 → 5 |
| Å | 5 → 4 |
| Å | 4 → 3 |
| Å | 8 → 6 |
----------------------------------------------------------------------- ADF01 : /home/adas/adas/adf01/ext#h0/arf07#3/ext#h0_arf07#li3.dat Effective coefficient list: ISEL TYPE ION INFORMATION ---- ---- --- ----------- 1 CX emiss Li+ 2 N = 2 - 3 728.8 2 CX emiss Li+ 2 N = 3 - 4 2082.3 3 CX emiss Li+ 2 N = 4 - 5 4498.9 4 CX emiss Li+ 2 N = 5 - 6 8282.0 5 CX emiss Li+ 2 N = 6 - 7 13735.4 6 CX emiss Li+ 2 N = 7 - 8 21162.6 7 CX emiss Li+ 2 N = 1 - 3 113.8 8 CX emiss Li+ 2 N = 2 - 4 539.9 9 CX emiss Li+ 2 N = 3 - 5 1423.5 10 CX emiss Li+ 2 N = 4 - 6 2915.3 11 CX emiss Li+ 2 N = 5 - 7 5166.7 12 CX emiss Li+ 2 N = 6 - 8 8329.3 Note that the lowest energy is 10keV/amu which is 10 times higher that the usual light element QEF data. The adf01 data was extracted from the universal formula and is unsafe (for Li) below 10keV/amu. CODE : run_adas309 AUTHOR : Martin O'Mullane DATE : 19-08-2012 -----------------------------------------------------------------------