This review paper is concerned with elastic peak electron spectroscopy (EPES) and
information it gives on electronic transport phenomena. Experimental methods are …

The backscattering yield (BY) is an important factor in elastic peak electron spectroscopy.
Monte Carlo (MC) algorithm describing the electron elastic and inelastic backscattering from …

Growth and reconstruction of Rh particles deposited onto different Al2O3 substrates were
studied. Three single crystalline α-alumina substrates, having (0001),(1 1 ̄ 0 2) and (1 1 2 …

L'interaction entre le plasma et les parois dans les moteurs à courant de Hall est aujourd'hui
un important sujet de recherche pour la communauté scientifique de la physique des …

EPES (elastic peak electron spectroscopy) and AREPES (angle resolved elastic peak
electron spectroscopy) are non destructive methods and very sensitive to the surface region …

The Multi-Mode Elastic Peak Electron Spectroscopy (MM-EPES) analysis is confined to
incoherent electron elastic scattering and the use of variable primary energy. This …

The energy and angular distributions of backscattered electrons produced under impact of
8.0-keV electrons with a thick tungsten target are measured. The energy range of …

An unexpected interface effect for the sampling depth of elastic peak electron spectroscopy
(EPES) in applications to the overlayer/substrate system has been found. The sampling …

In the elastic peak electron spectroscopy (EPES) method, an electron with a given kinetic
energy backscattered from a surface probes the surface region which is smaller than the …

Under electron impacts, electrons are emitted from the surface and near surface region of
materials. This phenomenon is called electron emission induced by electrons (EE). It is a …