Double Ionization of Molecular Hydrogen by Fast Electron Impact
P. F. Weck 1*1 Department of Chemistry, University of Nevada Las Vegas, Las Vegas, NV 89154, USA.
Received 6 June 2006; Accepted 28 August 2006
Available online 5 October 2006
We propose a theoretical model of the double ionization of homonuclear diatomic targets by fast electron impact. By application of two-effective-center continuum waves to describe the ejected electrons in the exit channel and by use of Nordsieck-type integrals, an expression has been obtained by an analytical treatment for the fivefold differential cross section, the relevant quantity to describe the kinematically complete collisions in the coplanar geometry. The correlate motion of the ejected electrons is taken into account by means of adequate Sommerfeld parameters.
Notice: Undefined variable: ams in /var/www/html/issue/abstract/readabs.php on line 163
PACS: 34.80.Gs, 68.49.-h, 31.70.-f
Key words: Hydrogen, collision, ionization, analytical method.
Email: email@example.com (P. F. Weck)