Existing data on the ionization of neutral atoms and molecules by proton impact are
reviewed, and electron production cross-section data are collected. The three major …

Ionization of atoms by proton impact, as predicted by the classical binary-encounter
approximation, is examined and compared with available experimental data on the noble …

This review includes a compilation and critical evaluation of absolute cross sections for
ionization of atoms and diatomic molecules by electron impact. Experimental techniques …

Experimental data on electron impact ionization cross sections for atoms and ions ranging
from H to U are compiled and given, in graphical form, as a function of the electron impact …

All known data on the energy distribution of secondary electrons from collisions of protons
with atoms and molecules have been reviewed and differential cross sections have been …

The cross sections for charge transfer and for ionization in collisions between protons and
hydrogen atoms have been determined over the energy range from 400 to 40 000 ev. The …

Cross sections, differential in ejection energy and angle, for electron emission from nitrogen
following proton impact were measured for protons with energies from 0.3 to 1.7 MeV …

Rudge and Seaton's theory of impact ionization is extended to ion-atom collisions.
Calculations are carried out for the angular and energy distribution of electrons ejected from …

A detailed investigation of multiple ionization of He (ionization charge states q= 1, 2), Ne (q=
1–3), and Ar and Kr (q= 1–4) is presented for proton impact energies ranging from 10 keV to …

Absolute cross sections for multiple ionization (σ q) of He, Ne, Ar, and Kr are presented for
proton-impact energies between 10 and 4000 keV. Charge states up to 6+ are observed for …