A STUDY ON PROPERTIES OF ELEMENTS USED IN HIGH ENTROPY ALLOYS WITH GRAPHENE OXIDE INCORPORATED COATING
Abstract - The mechanical and functional properties of substrate is enhanced, which has wide range application of surface coatings. This review provides a comprehensive study of the Graphene Oxide (GO) incorporated as a doped material with high entropy alloy for coating on different substrates. GO can be used as filler by different fabrication techniques, fusion for electrical conductance enhancement, metal free catalyst reactions like hydration of alkynes exhibiting desired yield properties. Newly emerging advanced materials High entropy alloys (HEA) coatings have attracted the global attention which includes metallic, composites and even ceramics. HEA based coatings, design principles, microstructural and mechanical evolution is focused upon and mechanism of surface properties are analysed which cannot be limited to anti-corrosion or anti-radiation or non-diffusion properties. Functional properties of HEA are to be observed for their mechanical and functional potentials. GO and HEA based materials have been promising application in industrial as well as engineering. The main purpose is to design high performance structural materials by enhancing mechanical and electrical properties.
Keywords - High Entropy Alloys; Graphene Oxide; Electrodeposition; Corrosion; Microstructure