The work is devoted to the study of the thermal coefficient of resistivity (TCR) in
nanocrystalline and amorphous metal films, the thickness of which significantly exceeds the …

The results of studying the melting–crystallization phase transitions in multilayer films, which
are the model for the systems “the particle embedded in the refractory matrix”, are presented …

It has been found that the kinetics of heating has an essential effect on copper films
dispersion temperature. Annealing of nonequilibrium defects slightly slow down the diffusion …

Despite numerous studies the nature of phase transformations of nanomaterials in
confinement remains among grand scientific challenges of nanoscience and …

The work is devoted to the study of recrystallization occurring during short-term annealing of
100 nm thick polycrystalline films of copper and silver. It is found that in copper films …

The chapter describes the fundamental aspects of the effects of scale on surface
phenomena in condensed films. Experimental and theoretical data for the size and …

The paper presents the results of the study of the formation of arrays of metal particles
arising due to the phenomenon of self-organization during melting of lead films. The lead …

Numerous researches in recent time have led to more practical use of materials based on
various forms of carbon [1, 2], among which an important place is occupied by the composite …

The temperature dependence of the resistance of chromium films obtained by the thermal
deposition on a substrate at room temperature was studied. It is shown that the most …

The results of the study of melting of Bi-Sn and Pb-Sn polycrystalline layered film systems
with the thickness of 200-400 nm on a substrate with temperature gradient are given …