Registration Number
0221U105603,
0120U104373
, R & D reports
Title
Physics of the processes of surface strengthening.
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Head
Efremenko Vasyl G., Доктор технічних наук
Registration Date
29-07-2021
Organization
State Higher Educational Institution "Azov State Technical University"
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The object of research is the processes of phase-structural transformations and inter-phase distribution of alloying elements during pulse-plasma processing using a composite cathode; optical properties of ultrafine systems in aluminum alloys; conditions for the propagation of contaminants due to convection from linear sources of contamination. The purpose of the work is to build a mathematical model for computer modeling of the thermal convection process near a linear source of pollution and a mathematical model of surface modification by laser radiation; determination of the influence of the composite cathode material on the microstructure and phase distribution of alloying elements during pulse-plasma coating; study of spectral-optical characteristics of ultrafine particles based on A2B6. Research methods: numerical simulation, photoluminescent analysis, optical and electron microscopy, energy dispersion spectroscopy, microhardness measurements, electrical measurements, tribological tests, video recording. The paper describes the microstructure, phase distribution of chemical elements and tribological characteristics of coatings obtained by pulse-plasma treatment. The optical characteristics of ultrafine systems based on A2B6 compounds obtained by various physical methods are presented. Mathematical models of surface modification by laser radiation are investigated and described. A mathematical analysis of the process of diffusion of solid particles during thermal and concentration convection from different sources of environmental pollution is presented.
Product Description
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Efremenko Vasiliy Georgievich
Dzherenova Antonina V
Zhuk Victor I
Zurnadzhy Vadym I.
Tyutyunikov Vladimir Ivanovich
Fedun Viktor Ivanovich
Tsvetkova Elena V
Chabak Julia G
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2021-07-29
