Publication: Approximate inelastic scattering cross sections of electrons
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Cengiz, Ahmet
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Pergamon-Elsevier Science
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Abstract
The approximate expressions for the differential inelastic scattering cross sections of electrons in a medium are proposed from distant and close interactions using generalized oscillator strength. The approximate total inelastic scattering cross section of electrons in a medium is calculated by using the presented expressions for distant and close interactions. For several media, the calculated K- and L-shell electron-impact ionization cross sections, total electron-impact ionization cross sections and inelastic mean free paths and collision stopping powers of electrons are compared to other theoretical and experimental values available from the literature.
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Keywords
Inelastic scattering, Electron-impact ionization, Inner shell electron-impact ionization, Stopping power, Electrons, Positrons, K-Shell ionization, Monte-Carlo-simulation, Mean-free-path, Low-energy electrons, Stopping-power formula, Impact ionization, Relativistic electrons, Optical-data, Model, Positrons, Ionization, Scattering, Generalized oscillator strength, Inelastic mean free paths, Radiology
Citation
Cengiz, A. (2002). "Approximate inelastic scattering cross sections of electrons". Radiation Physics and Chemistry, 65(1), 33-44.