Paccмoтpeны фpaктaльныe cтpyктypы, вcтpeчaющиecя в диcпepcныx cиcтeмax.
Oпиcaны тeopeтичecкиe мoдeли пpoцeccoв фopмиpoвaния фpaктaльныx aгpeгaтoв и …

The fractal structures that form in disperse systems are considered. Theoretical models of
fractal aggregation and the kinetics of coagulation of fractal aggregates are described. The …

Percolation is a fundamental property of grain boundary (GB) networks that has so far been
analyzed through synthetic three-dimensional (3D) microstructures alone. In this work, we …

Percolation theory is often used to model intergranular or transgranular phenomena in
polycrystals by treating low-and high-angle interfaces as strong and weak links, respectively …

The transition from incomplete to complete grain boundary (GB) wetting has been studied in
the (Cu)+ L region of the Cu–In phase diagram in the broad interval of In concentrations from …

The aim of this study is to investigate the effects of grain orientation in polycrystalline
materials on cell-substrate interactions. Samples are prepared from rods and sheets of Ti …

The rationale behind this work is to design an implant device, based on a ferromagnetic
material, with the potential to deform in vivo promoting osseointegration through the growth …

The modern concepts regarding a number of phenomena, joined together by a common
name “Rehbinder effect” and consisting of a change in the mechanical properties of solids …

This study investigates the effects of crystallographic orientation of titanium substrates on the
atomic structure and biological characteristics of hydroxyapatite (HA) coatings. Samples are …

Wetting of SiC by molten E2O3 (ss)/AlN as a function of temperature up to 2000° C was
investigated under argon and nitrogen atmospheres. E2O3 (ss) is a solid solution of rare …