Удивительный прогресс в микро-и оптоэлектронике, оптике и в других областях
техники, преобразивший информационный мир за короткий период, непосредственно …

The status of knowledge of phase nucleation and growth processes on a solid surface in
one-and multicomponent systems is surveyed. The formation kinetics and subsequent …

The absolute coagulation rate constants of monodisperse spherical colloids in aqueous
suspension were measured at the early stage of the coagulation processes by using two …

This review reports on recent advances in our knowledge about the stability of binary
colloids. We focus not only on experimental results but also discuss theoretical and …

We have developed and investigated a hydrodynamic model of Deep-Sea Mining (DSM)
collector turbidity flows that captures sediment particle aggregation and breakup …

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 …

Despite recent advancement in the field of sediment transport, the integration of cohesive
sediment properties in large-scale transport models remain a challenging task. In order to …

This work shows that colloidal stability and aggregation kinetics of hydrophobic polystyrene
(PS) nanospheres are extremely sensitive to the nature of the salt used to coagulate them …

We discuss how the range of information available from microparticle analysis can be
extended in a number of applications by measuring a specific set of optical properties of …