Abstract
The study results of the zinc coating obtained on the surface of metals in the process of mechanochemical synthesis, implemented in the conditions of vibrowave systems, are presented. The features of coating formation mechanism, an activating role in its formation of free-moving, under the influence of low-frequency vibrations, indenters, are disclosed. The advantages of applying zinc coatings method in comparison with traditional methods are shown.
Highlights
The formation of a zinc coating on a metal surface under the conditions of vibrowave technological system is a complex process that is the result of the combined action of mechanical component and chemical reaction
Feature of the coating method considered in the article is that it is formed on the metal surface as a result of shock-pulse interaction of free-moving indenters in a closed volume under the influence of low-frequency oscillations
Presented chemical processes that occur during the vibrating mechanochemical zinc coating formation, accompanied by metal surface layers elastoplastic deformation under conditions of multiple dynamic contact of the working medium particles with detail
Summary
The formation of a zinc coating on a metal surface under the conditions of vibrowave technological system is a complex process that is the result of the combined action of mechanical component and chemical reaction. Feature of the coating method considered in the article is that it is formed on the metal surface as a result of shock-pulse interaction of free-moving indenters in a closed volume under the influence of low-frequency oscillations. Insufficient knowledge of how this method influences on improving the operational properties of the metal surface predetermined the purpose of the research results. The aim of the research is the formation mechanism of a zinc coating characterized by the presence of a double electric layer between the metal and the solution with the established equilibrium potential formed as a result of the vibrowave action of the freemoving indenter
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