We review the current stage of research of track formation processes and mechanisms in
materials irradiated by swift ions. We show that the nature and morphology of tracks depend …

Приведён анализ современного состояния исследований процессов и механизмов
трекообразования при облучении материалов быстрыми ионами. Показано, что …

Silicon carbide (SiC) is one of the promising candidates for graphite protection in different
applications involving high temperatures and a highly corrosive environment. An ideal …

The microstructural changes caused by Xe 26+ swift heavy ions on polycrystalline SiC were
investigated. Chemically vapour deposited SiC samples were irradiated by 167 MeV Xe 26+ …

Innovations in nanostructuring of inorganic crystalline solids are often limited by prerequisite
critical nucleation energy and solute supersaturation for formation of a phase. This research …

A study of a tungsten (W) thin film deposited on a single crystalline 6H–SiC substrate and
annealed in Ar at temperatures of 700° C, 800° C, 900° C and 1000° C for 1 hour was …

The irradiation effect of swift heavy ions on palladium (Pd) films deposited on 6H-SiC was
investigated. The samples were irradiated by Xe 26+ ions with the energy of 167 MeV at …

We report on the effect of the surface roughness of Pd nanostructures on the electrical
characteristics (Schottky barrier height) of Pd nanostructures/SiC nano-contacts as probed …

A structure made of a very thin Pd metal layer at the surface, followed by a SiC layer of
varied thickness were deposited onto a c-Si substrate by e-beam evaporation at room …

We exploit the thermal-induced dewetting process of a deposited Pt film to produce two-
dimensional arrays of Pt nanostructures on SiC surface. After depositing 7.5 nm-thick Pt film …