olike_tgl10#ne2.dat

• Spontaneous Emission: Ne⁺²(i) → Ne⁺²(j) + hv
• Electron Impact Excitation: Ne⁺²(i) + e → Ne⁺²(j) + e

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  See B M McLaughlin et al, J Phys B44 (2011) 175206
      DOI: 10.1088/0953-4075/44/17/175206

  The above Maxwellian averaged rate coefficients are from a 554 level Intermediate-Coupling
  Frame-Transformation (ICFT) R-matrix calculation containing 153181 transitions. 

  The configurations included in the scattering calculations were:
  2p$^4$,2p$^3$3s-2p$^3$4f,2s2p$^5$,2s2p$^4$3s-2s2p$^4$4f,2p$^6$, 2p$^5$3s-2p$^5$4f

  The box size was 22.88 au, with 35 (N+1)-electron continuum basis oribitals per
  angular momentum with a maximum Hamiltonian dimension of 19,845.
  
  The LS part of the calculation ran up to a MAXLT=38 for the non-exchange part
  this was transformed to intermediate coupling at stgicf

  The outer region calculation was split into two energy regions. Region 1 
  ran from the first excitation threshold up to the ionization threshold
  and region 2 from the ionization threshold to four times the threshold.
  In region 1, the exchange calculation used 40,000 energy points and the non-exchange
  calculation used 200 energy points. In region 2, 200 energy points were used for
  both the exchange and non-exchange calculations.
                        
  NAME: Teck-Ghee Lee               
  DATE: August 12th, 2010

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