Quantitative analysis of hydrogen isotopes in first wall as well as in construction materials of
future fusion devices plays a crucial role to understand the evolution of those materials …

Experimental results on the hydrocarbon isotope analysis by elastic peak electron
spectroscopy are presented. Amorphous hydrocarbon samples (aC: H, aC: D) are prepared …

The momentum distributions of C atoms in polycrystalline diamond (produced by chemical
vapor deposition) and in highly oriented pyrolitic graphite (HOPG) are studied by scattering …

Elastic peaks electron spectroscopy (EPES) is a perspective tool for measuring the
hydrogen atomic density in hydrocarbons. It is known that hydrogen elastic peaks overlap …

The equivalence of equations, describing the various physical phenomena, always provides
a mutual enrichment of theories. For example, the analogy of the force lines of the electric …

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 …

A quantitative method for interpreting the spectroscopy signal of elastically reflected electron
peaks is constructed taking into account the layer-by-layer analysis of the content of …

Electron spectroscopy techniques based on the interaction of electrons with matter are one
of the most popular tools for surface analysis. Methods of electron spectroscopy imply the …

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 …