nlike_rf97#n0.dat

Resolved Specific Ion Data Collections

Ion
N0+
Temperature Range
1.000 eV → 11.98 eV

ADF04

Filename
nlike_rf97#n0.dat
Full Path
adf04/nlike/nlike_rf97#n0.dat
Download data
  • Spontaneous Emission: N+0(i) → N+0(j) + hv
  • Electron Impact Excitation: N+0(i) + e → N+0(j) + e
2p3 4S1.5 0.0 cm-1
2p3 2D4.5 19227.9 cm-1
2p3 2P2.5 28839.2 cm-1
2p2(3p)3s 4P5.5 83335.6 cm-1
2p2(3p)3s 2P2.5 86192.8 cm-1
2p2(3p)3p 2S0.5 93581.6 cm-1
2p2(3p)3p 4D9.5 94837.8 cm-1
2p2(3p)3p 4P5.5 95509.9 cm-1
2p2(3p)3p 4S1.5 96750.8 cm-1
2p2(3p)3p 2D4.5 96833.5 cm-1
2p2(3p)3p 2P2.5 97793.9 cm-1
2s1 2p4 4P5.5 88132.5 cm-1
2p2(1d)3s' 2D4.5 99663.6 cm-1
2p2(3p)3d 2P2.5 104628.0 cm-1
2p2(3p)3d 4F13.5 104720.0 cm-1
2p2(3p)3d 2F6.5 104851.0 cm-1
2p2(3p)3d 4D9.5 105007.0 cm-1
2p2(3p)3d 2D4.5 105134.0 cm-1
2p2(3p)3d 4P5.5 104857.0 cm-1
2p2(1d)3p' 2D4.5 110535.0 cm-1
2p2(1d)3p' 2P2.5 112311.0 cm-1
------------------------------------------------------------------------------
 *** ENERGY VALUES
     All energy values are taken from
              Wiese, Moore, to be published (1995)
 *** TRANSITION PROBABILITIES
     1-4, 1-12, 14-21, 18-20
              A.Hibbert et al., Astron. Astrophys. Suppl. Ser. 88, 505 (1991)
     9-12
              W.L.Wiese et al., NSRDS-NBS Washington (1966)
     7-12, 8-12
             These values are calculated by R.Frost with an extended
             superstructure code named autostructure (extensions made by 
             N.R.Badnell, see beyond) and may have an uncertainty
             of about a factor 5 (both are  2p2 3p - 2s1 2p4  transitions).
     All other transitions are taken from
              W.L.Wiese, J.R. Fuhr, T.N. Deters, J. Phys. Chem. Ref. Data, 
                 Monograph No. & (1996) 'Transition Probabilities of
                 Carbon, Nitrogen and Oxygen: A critical data compilation'.
 *** COLLISION STRENGTHS
     The effective collision strengths for all transitions have been calculated
     by R.Frost (Lehrstuhl fuer Technische Elektrophysik, Technische
     Universitaet Muenchen, 1995) with R-Matrix codes from N.R.Badnell
     and H.P.Summers (Department of Physics & Applied Physics, Strathclyde 
     University, Glasgow).

     10 Jan. 97    R.M.Frost
------------------------------------------------------------------------------
  Reformat numbers to conform to adf04 specifications.

  CONTACT     : Martin O'Mullane
  DATE        : 31-08-2011

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

Dependents

Contributors

  • R Frost
  • Nigel Badnell
  • Hugh Summers
  • Martin O'Mullane
  • Processes
  • States
  • Comments
  • Origins

Data Classes