In our present era of nanoscience and nanotechnology, new materials are poised to take
center stage in dramatically improving friction and wear behavior under extreme conditions …

Ternary TiAlCr alloys show promise for practical application as coating materials due to their
excellent oxidation stability in air at elevated temperatures. The main feature of these alloys …

For determination of interatomic distances on a surface we use spectra below the lines of
backscattered electrons and below the Auger lines. In contrast to other authors, who record …

It is established that oxygen-containing films named as secondary structures (SS) are
developed on the surface of deformed composite powder material based on high-speed …

Blanking dies constitute heavily loaded tribosystems with low-cycle friction fatigue being the
primary mechanism of their wear. In this paper the authors consider characteristic features of …

Cutting tools made of high-speed steel based deformed composite powder materials (HSS-
based DCPM) are known to develop oxygen-containing films, the so-called “secondary …

The basic factors controlling grain boundary segregations (GBS) in engineering steels are
discussed. In contrast to single-phase alloys, in engineering steels, the multicomponent …

There are presented the computer models of multicomponent grain boundary segregation
(GBS) that are formed at quenching or tempering of engineering steels. The modelling of …

Разработан теоретический подход для определения параметров наноразмерных
кристаллических структур по дифракционным спектрам потерь энергии oже …

Используя электронную просвечивающую микроскопию и спектроскопию потерь
энергии Оже-электронов, исследовали фазы чистого углерода, сформировавшиеся в …