Melting temperature is one of the principal parameters of phase equilibria thermodynamics
and its value affects the majority of materials properties. Despite previous studies, the …

Modern catalysts widely utilize multicomponent nanosized materials and structures, and the
interphase interactions in such systems are still unresolved in many aspects. In this work, we …

In this paper, we study the mutual solid-state solubility in Ausingle bond Ni nanoparticles
with a mean size of≈ 6 nm. Solid solution formation was probed via electron …

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

Conventional in situ transmission electron microscopy (TEM) enables the atomic-scale study
of dynamic materials processes on millisecond time scales. Specimen holders capable of …

The efficiency of determination of solid state solubility of the components in the system with
an eutectic type of interaction (Ag-Ge) by means of measuring the sample electrical …

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 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 wetting of nickel films deposited on NaCl (100), Si (111), and GaAs (111) single crystals
by island lead condensates has been studied. It has been shown that with an increase of the …

In that work a describing of automated system is made an introduction, which allow to
identify particles, that are look after on electron-microscopic images, and to determine their …