The aim of the present work is to develop, substantiate, and study a fundamentally new
method of derivation of composite electrolytic films making it possible to control their …

It is shown that the corrosion-electrochemical behavior of coatings with iron (cobalt) tungsten
alloys depends on the content of the refractory component, and the increase in chemical …

Photovoltaics (PV) is a key technology option for realizing a decarbonized power sector and
sustainable energy supply and can be deployed in a modular way almost everywhere on …

An electrolyte for chromium based nano-composite electrolytic coatings (nano-CEC)
obtaining has been developed. Nano-CEC was applied on steel of the St 3 brand with …

The process of mixed oxide coatings forming on a high-silicon aluminum alloy in the cobalt-
containing pyrophosphate electrolyte by the plasma-electrolytic oxidizing (PEO) method is …

The application of a systematic approach to the analysis of kinetic patterns in
multicomponent systems provides for the analysis of the recovery of individual alloyforming …

The influence of the ultrasound on corrosion resistance of chromium-dioxide silicon nano-
composition electrolytic coatings (nano-CEC) in solutions of the different concentrations of …

Modern electrochemical technologies for surface treatment of chromium based electrolytic
coatings to create protective, antifriction materials are considered. The physicochemical …

The paper presents research into the surface morphology, helium cluster formation and
mechanical properties of high-purity tungsten after the high fluence and low-energy helium …

To date, the study of the action of ionizing radiation on the structure and properties of
polymers, as well as on their basis of composite materials remains an urgent task. Studies of …