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 …

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 …

Using two independent in situ techniques, we have studied the supercooling during the Bi–
Sn alloy crystallization in Cu/(Bi–Sn) films over the entire concentration range of the …

Results of in situ electron diffraction study on temperature dependence of the lattice
parameter of fusible component in Cu-Pb and Cu-Bi two-layer films are presented. It is found …

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 …

Compared to supercooling of pure metals, the study of supercooling of alloys is complicated
by a number of factors. Thus, the difference in temperatures of solidus and liquidus, which is …

We present a novel technique for investigating the melting and crystallization of
nanomaterials in confinement. According to this method, the melting-crystallization phase …

The temperature dependence of the crystal lattice parameter of the components of bilayer
films of the PbAg eutectic system with the use of in situ electron diffraction technology is …

В данной работе приводятся результаты экспериментального исследования
твердофазной растворимости Ge в тонких плёнках Ag. Для определения …

The work is devoted to the study of the thermal dispergation of polycrystalline silver films,
which occurs in the presence of low-melting metal. It was found that the liquid phase of lead …