The surface self-organization in process friction and corrosion of composite materials

Abstract

Purpose: The analysis of numerous phenomena that concern the possibilities of metal surface self-organization in friction and corrosion processes. Design/methodology/approach: The design of structural materials resistant to wear and corrosion. Findings: The paper presents the surface self-organization process of composite materials. The surface shows common properties in friction and corrosion. Research limitations/implications: The research has been carried out with the application of Auger spectroscopy. The physical chemical phenomena have been found, such as segregation and surface selforganization that take place during friction and corrosion processes. Practical implications: Eutectic alloys and metal alloys can be used to obtain high quality coatings resistant to wear and corrosion. Originality/value: The atom segregation gas been found in friction processes and the forming of special undersurface layer in the liquid phase Li17, Pb83.