Iterative static-exchange techniques applied to low-energy collisions of electrons with molecular ions: H2/+/, CH/+/, and N2/+/

Details Iterative static-exchange techniques applied to low-energy collisions of electrons with molecular ions: H2/+/, CH/+/, and N2/+/ Iterative static-exchange techniques applied to low-energy collisions of electrons with molecular ions: H2/+/, CH/+/, and N2/+/

Dec 1980

adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=1980phrva..22.2474r&link_type=abstract

Physical Review A - General Physics, 3rd Series, vol. 22, Dec. 1980, p. 2474-2484. Research supported by the University of Cali

Physics

General Physics

33

Electron Scattering, Hydrocarbons, Hydrogen Ions, Iterative Solution, Molecular Ions, Nitrogen Ions, Approximation, Elastic Scattering, Ionic Collisions, Photoionization, Vibrational Spectra, Wave Functions

Scientific paper

An iterative static-exchange single-center close-coupling procedure is applied to electron collisions with molecular ions. The method is taken mutatus mutandus from a procedure used previously to study electron neutral-molecule collisions. The procedure is found to be both stable and efficient for calculating static-exchange level wave functions and eigenphases. The method is applied to electron collisions with H2(+), CH(+), and N2(+). In addition, ro-vibrational-excitation cross sections for e + H2(+) collisions in the adiabatic nuclei approximation and photoionization cross sections for H2 and N2 are reported.

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