Energetic (multiple keV) electrons scattering at high momentum transfer (ie scatter over a
large angle (> 2 0∘)) interact with a single particle, either a nucleus or a target electron …

Elastic peak electron spectroscopy (EPES) analyzes the line shape of the elastic peak. The
reduction in energy of the elastic peak electrons is the result of energy transfer to the target …

The diffusivity of oxygen in thin, sputter-deposited TiO 2 films, as can be used in RRAMs, is
measured using electron and ion backscattering techniques. The as-grown sample …

The memristor is one of the most promising devices being studied for multiple uses in future
electronic systems, with applications ranging from nonvolatile memories to artificial neural …

Recoil energy is a phenomenon that is observed in various spectroscopy experiments.
Elastic Peak Electron Spectroscopy (also known as Electron Compton Scattering) studies …

Abstract Elastic Peak Electron Spectroscopy, abbreviated as EPES, involves the analysis of
the line shape found in the elastic peak. The reduction in the energy of electrons within the …

A solution to the boundary problem for describing the formation of peaks of electrons
elastically reflected from multicomponent samples is presented. It is shown that the problem …

A small-angle theory is developed for the elastic reflection of electrons off multicomponent
materials. A way of interpreting signals of elastic peak electron spectroscopy (EPES) is …

New quantitative method of hydrogen isotopes detection in engineering materials used for
fusion is introduced. The study proposes a theory of small-angle atomic particle elastic …

We calculated the mean atomic kinetic energy,, of the X atom (X= Si, Ti, Hf, O) in some
ceramic oxides, SiO2, TiO2 and HfO2 using the published partial vibrational density of states …