Abstract

Anton S. Yegorov^*, Vitaly S. Ivanov, Alexey V. Antipov, Alyona I. Wozniak, Kseniia V. Tcarkova.

DOI : http://dx.doi.org/10.13005/ojc/310303

silicon carbide exhibits exceptional properties: high durability, high thermal conductivity, good heat resistance, low thermal expansion factor and chemical inactivity. Reinforcement with silicon carbide nanoparticles increases polymer’s tensile strength and thermal stability.Chemical methods of modification of the silicon carbide surface by means of variety of reagents from ordinary molecules to macromolecular polymers are reviewed in the review.The structure of silicon carbide surface layer and the nature of modificator bonding with the surface of SiC particles are reviewed. General examples of surface modification methodologies and composite materials with the addition of modified SiC are given.

carbide; nanostructures; nanopowder; modificator; surface modification; composite; composite material

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