Differential (0, 180 degrees ) excitation function of the C3Πustate of H2by electron impact

target states are represented using a full configuration interaction treatment within a basis of Slater-type orbitals optimized to give accurate vertical excitation energies. Results are presented for eigenphase s u m , in which the resonant and other features are analysed, as well as total electronic excitation cross sections. Extensive comparison is made with the available experimental data. In contrast to many previous ab initio calculations our results are in good agreement with the observed electronic excitation cross sections for all the processes considered. 0953-4075/90/244625+15$03.50 @ 1990 IOP Publishing Ltd 'feature' 'c'/'e' 1 4 2 ~~2 ~~ , , c / e ' I 1 o i 2 4 2 a ; 'feature' 'feature' 'd' 10:27ri20i ? 'resonance' 'resonance' Of course it is cross sections rather than eigenphase sums which are observed experimentally. Figures 6 to 11 present our total cross sections for electronic excitation

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Differential (0, 180 degrees ) excitation function of the C³Π_ustate of H₂by electron impact

Cited by 4 publications

References 4 publications

Rovibrationally resolved relative cross sections for electron impact excitation of

Rovibrationally resolved relative cross sections for electron impact excitation of

The total excitation cross section of the c³Π_ustate of H₂

Electronic excitation of molecular hydrogen using the R-matrix method

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Differential (0, 180 degrees ) excitation function of the C3Πustate of H2by electron impact

Cited by 4 publications

References 4 publications

Rovibrationally resolved relative cross sections for electron impact excitation of

Rovibrationally resolved relative cross sections for electron impact excitation of

The total excitation cross section of the c3Πustate of H2

Electronic excitation of molecular hydrogen using the R-matrix method

Contact Info

Product

Resources

About

Differential (0, 180 degrees ) excitation function of the C³Π_ustate of H₂by electron impact

The total excitation cross section of the c³Π_ustate of H₂