ionelec_szd#n.dat
Electron Impact Ionisation Coefficients
- Ion
- N
- Temperature Range
- 1.000 eV → 1.000 x 104 eV
ADF07
- Filename
- ionelec_szd#n.dat
- Full Path
- adf07/ionelec/ionelec_szd#n.dat
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- N0(2s2 2p3 4S) + e → N+ + e + e
- N0(2s2 2p3 4S) + e → N+(2s2 2p2 3P) + e + e
- N0(2s2 2p3 4S) + e → N+(2s2 2p2 1D) + e + e
- N0(2s2 2p3 4S) + e → N+(2s2 2p2 1S) + e + e
- N0(2s2 2p2 4S) + e → N+(2s1 2p3 5S) + e + e
- N0(2s2 2p3 2D) + e → N+ + e + e
- N0(2s2 2p3 2D) + e → N+(2s2 2p2 3P) + e + e
- N0(2s2 2p3 2D) + e → N+(2s2 2p2 1D) + e + e
- N0(2s2 2p3 2D) + e → N+(2s2 2p2 1S) + e + e
- N0(2s2 2p2 2P) + e → N+(2s1 2p3 5S) + e + e
- N0(2s2 2p3 2P) + e → N+ + e + e
- N0(2s2 2p3 2P) + e → N+(2s2 2p2 3P) + e + e
- N0(2s2 2p3 2P) + e → N+(2s2 2p2 1D) + e + e
- N0(2s2 2p3 2P) + e → N+(2s2 2p2 1S) + e + e
- N0(2s2 2p2 2P) + e → N+(2s1 2p3 5S) + e + e
- N+(2s2 2p2 3P) + e → N2+ + e + e
- N+(2s2 2p2 3P) + e → N2+(2s2 2p1 2P) + e + e
- N+(2s2 2p2 3P) + e → N2+(2s1 2p2 4P) + e + e
- N+(2s2 2p2 1D) + e → N2+ + e + e
- N+(2s2 2p2 1D) + e → N2+(2s2 2p1 2P) + e + e
- N+(2s2 2p2 1D) + e → N2+(2s1 2p2 4P) + e + e
- N+(2s2 2p2 1S) + e → N2+ + e + e
- N+(2s2 2p2 1S) + e → N2+(2s2 2p1 2P) + e + e
- N+(2s2 2p2 1S) + e → N2+(2s1 2p2 4P) + e + e
- N+(2s1 2p3 5S) + e → N2+ + e + e
- N+(2s1 2p3 5S) + e → N2+(2s2 2p1 2P) + e + e
- N+(2s1 2p3 5S) + e → N2+(2s1 2p2 4P) + e + e
- N2+(2s2 2p1 2P) + e → N3+ + e + e
- N2+(2s2 2p1 2P) + e → N3+(2s2 1S) + e + e
- N2+(2s2 2p1 2P) + e → N3+(2s1 2p1 3P) + e + e
- N2+(2s1 2p2 4P) + e → N3+ + e + e
- N2+(2s1 2p2 4P) + e → N3+(2s2 1S) + e + e
- N2+(2s1 2p2 4P) + e → N3+(2s1 2p1 3P) + e + e
- N3+(2s2 1S) + e → N4+ + e + e
- N3+(2s2 1S) + e → N4+(2s1 2S) + e + e
- N3+(2s1 2p1 3P) + e → N4+ + e + e
- N3+(2s1 2p1 3P) + e → N4+(2s1 2S) + e + e
- N4+(2s1 2S) + e → N5+ + e + e
- N4+(2s1 2S) + e → N5+(1s2 1S) + e + e
- N4+(2s1 2S) + e → N5+(1s1 2s1 3S) + e + e
- N5+(1s2 1S) + e → N6+ + e + e
- N5+(1s2 1S) + e → N6+(1s1 2S) + e + e
- N5+(1s1 2s1 3S) + e → N6+ + e + e
- N5+(1s1 2s2 3S) + e → N6+(1s1 2S) + e + e
- N6+(1s1 2S) + e → N7+ + e + e
- N6+(1s1 2S) + e → N7+(hash(0x19c6e78) 1S) + e + e
---------------------------------------------------------------------------- ELECTRON IMPACT IONISATION RATE COEFFICIENT LIST: ISEL INITIAL MET. FINAL MET. SOURCE ION CODE ION CODE ---- ------- ---- ------- ---- ----------------------------------- 1 N + 0 1 N + 1 0 *BELL ET AL. (1982) CLM-R216 2 N + 0 1 N + 1 1 *SUMMERS/HOOPER split ELL et al. 3 N + 0 1 N + 1 2 *SUMMERS/HOOPER split BELL et al. 4 N + 0 1 N + 1 3 *SUMMERS/HOOPER split BELL et al. 5 N + 0 1 N + 1 4 *SUMMERS/HOOPER split BELL et al. 6 N + 0 2 N + 1 0 *SUMMERS/HOOPER split BELL et al. 7 N + 0 2 N + 1 1 *SUMMERS/HOOPER split BELL et al. 8 N + 0 2 N + 1 2 *SUMMERS/HOOPER split BELL et al. 9 N + 0 2 N + 1 3 *SUMMERS/HOOPER split BELL et al. 10 N + 0 2 N + 1 4 *SUMMERS/HOOPER split BELL et al. 11 N + 0 3 N + 1 0 *SUMMERS/HOOPER split BELL et al. 12 N + 0 3 N + 1 1 *SUMMERS/HOOPER split BELL et al. 13 N + 0 3 N + 1 2 *SUMMERS/HOOPER split BELL et al. 14 N + 0 3 N + 1 3 *SUMMERS/HOOPER split BELL et al. 15 N + 0 3 N + 1 4 *SUMMERS/HOOPER split BELL et al. 16 N + 1 1 N + 2 0 *BELL ET AL. (1982) CLM-R216 17 N + 1 1 N + 2 1 *SUMMERS/HOOPER split ELL et al. 18 N + 1 1 N + 2 2 *SUMMERS/HOOPER split BELL et al. 19 N + 1 2 N + 2 0 *SUMMERS/HOOPER split BELL et al. 20 N + 1 2 N + 2 1 *SUMMERS/HOOPER split BELL et al. 21 N + 1 2 N + 2 2 *SUMMERS/HOOPER split BELL et al. 22 N + 1 3 N + 2 0 *SUMMERS/HOOPER split BELL et al. 23 N + 1 3 N + 2 1 *SUMMERS/HOOPER split BELL et al. 24 N + 1 3 N + 2 2 *SUMMERS/HOOPER split BELL et al. 25 N + 1 4 N + 2 0 *SUMMERS/HOOPER split BELL et al. 26 N + 1 4 N + 2 1 *SUMMERS/HOOPER split BELL et al. 27 N + 1 4 N + 2 2 *SUMMERS/HOOPER split BELL et al. 28 N + 2 1 N + 3 0 *BELL ET AL. (1982) CLM-R216 29 N + 2 1 N + 3 1 *SUMMERS/HOOPER split ELL et al. 30 N + 2 1 N + 3 2 *SUMMERS/HOOPER split BELL et al. 31 N + 2 2 N + 3 0 *SUMMERS/HOOPER split BELL et al. 32 N + 2 2 N + 3 1 *SUMMERS/HOOPER split BELL et al. 33 N + 2 2 N + 3 2 *SUMMERS/HOOPER split BELL et al. 34 N + 3 1 N + 4 0 *BELL ET AL. (1982) CLM-R216 35 N + 3 1 N + 4 1 *SUMMERS/HOOPER split ELL et al. 36 N + 3 1 N + 4 2 *SUMMERS/HOOPER split BELL et al. 37 N + 3 2 N + 4 0 *SUMMERS/HOOPER split BELL et al. 38 N + 4 1 N + 5 0 *BELL ET AL. (1982) CLM-R216 39 N + 4 1 N + 5 1 *SUMMERS/HOOPER split ELL et al. 40 N + 4 1 N + 5 2 *SUMMERS/HOOPER split BELL et al. 41 N + 5 1 N + 6 0 *BELL ET AL. (1982) CLM-R216 42 N + 5 1 N + 6 1 *SUMMERS/HOOPER split BELL et al. 43 N + 5 2 N + 6 0 *SUMMERS/HOOPER split BELL et al. 44 N + 5 2 N + 6 1 *SUMMERS/HOOPER split BELL et al. 45 N + 6 1 N + 7 0 *BELL ET AL. (1982) CLM-R216 46 N + 6 1 N + 7 1 *SUMMERS/HOOPER split BELL et al. PREFERRED DATA INDICATED BY * NOTES. ------ ISEL INITIAL MET. DESIG. FINAL MET. DESIG. ION CODE ION CODE ---- ------- ---- --------------- ------- ---- --------------- 1 N + 0 1 2S2 2P3(4S) N + 1 0 Total 2 N + 0 1 2S2 2P3(4S) N + 1 1 2S2 2P2(3P) 3 N + 0 1 2S2 2P3(4S) N + 1 2 2S2 2P2(1D) 4 N + 0 1 2S2 2P3(4S) N + 1 3 2S2 2P2(1S) 5 N + 0 1 2S2 2P2(4S) N + 1 4 2S1 2P3(5S) 6 N + 0 2 2S2 2P3(2D) N + 1 0 Total 7 N + 0 2 2S2 2P3(2D) N + 1 1 2S2 2P2(3P) 8 N + 0 2 2S2 2P3(2D) N + 1 2 2S2 2P2(1D) 9 N + 0 2 2S2 2P3(2D) N + 1 3 2S2 2P2(1S) 10 N + 0 2 2S2 2P2(2P) N + 1 4 2S1 2P3(5S) 11 N + 0 2 2S2 2P3(2P) N + 1 0 Total 12 N + 0 2 2S2 2P3(2P) N + 1 1 2S2 2P2(3P) 13 N + 0 2 2S2 2P3(2P) N + 1 2 2S2 2P2(1D) 14 N + 0 2 2S2 2P3(2P) N + 1 3 2S2 2P2(1S) 15 N + 0 2 2S2 2P2(2P) N + 1 4 2S1 2P3(5S) 16 N + 1 1 2S2 2P2(3P) N + 2 0 Total 17 N + 1 1 2S2 2P2(3P) N + 2 1 2S2 2P1(2P) 18 N + 1 1 2S2 2P2(3P) N + 2 2 2S1 2P2(4P) 19 N + 1 2 2S2 2P2(1D) N + 2 0 Total 20 N + 1 2 2S2 2P2(1D) N + 2 1 2S2 2P1(2P) 21 N + 1 2 2S2 2P2(1D) N + 2 2 2S1 2P2(4P) 22 N + 1 3 2S2 2P2(1S) N + 2 0 Total 23 N + 1 3 2S2 2P2(1S) N + 2 1 2S2 2P1(2P) 24 N + 1 3 2S2 2P2(1S) N + 2 2 2S1 2P2(4P) 25 N + 1 4 2S1 2P3(5S) N + 2 0 Total 26 N + 1 4 2S1 2P3(5S) N + 2 1 2S2 2P1(2P) 27 N + 1 4 2S1 2P3(5S) N + 2 2 2S1 2P2(4P) 28 N + 2 1 2S2 2P1(2P) N + 3 0 Total 29 N + 2 1 2S2 2P1(2P) N + 3 1 2S2(1S) 30 N + 2 1 2S2 2P1(2P) N + 3 2 2S1 2P1(3P) 31 N + 2 2 2S1 2P2(4P) N + 3 0 Total 32 N + 2 2 2S1 2P2(4P) N + 3 1 2S2(1S) 33 N + 2 2 2S1 2P2(4P) N + 3 2 2S1 2P1(3P) 34 N + 3 1 2S2(1S) N + 4 0 Total 35 N + 3 1 2S2(1S) N + 4 1 2S1(2S) 36 N + 3 2 2S1 2P1(3P) N + 4 0 Total 37 N + 3 2 2S1 2P1(3P) N + 4 1 2s1(2S) 38 N + 4 1 2S1(2S) N + 5 0 Total 39 N + 4 1 2S1(2S) N + 5 1 1s2(1S) 40 N + 4 1 2S1(2S) N + 5 2 1s1 2s1(3S) 41 N + 5 1 1S2(1S) N + 6 0 Total 42 N + 5 1 1S2(1S) N + 6 1 1s1(2S) 43 N + 5 1 1S1 2s1(3S) N + 6 0 Total 44 N + 5 1 1S1 2s2(3S) N + 6 1 1s1(2S) 45 N + 6 1 1S1(2S) N + 7 0 Total 46 N + 6 1 1S1(2S) N + 7 1 (1S) Compiler: H. P. Summers Date: 13 June 1996 ---------------------------------------------------------------------------- --------------------------------------------------------------------------------- ---------------------------------------------------------------------------------