ABSTRACT
This chapter considers study of the dependence of the formation of the morphology of a diamond film on the surface of carbide plates WC-Co from the nucleation centers of diamond crystallites in the presence of a copper sublayer. Removal of cobalt ligament and forming a copper layer in a surface sublayer carried out by chemical vapor deposition from aqueous solutions of CuSO4. Metal/carbon nanocomposites are metal-containing clusters associated with a shell from carbon fibers. Their activity as well as the activity of stable free radicals is very high. The ability to self-organize nanoparticles is realized due to their energy saturation, which manifests itself in their oscillations and electronic state. The “release forms” of a metal/carbon nanocomposite is required to ensure the safety of the activity of the obtaining nanocomposites. Physicochemical properties of dispersed systems based on alumina by introducing a small amount of modifier can be improved. They form thermally stable compounds having higher thermo-mechanical and catalytic properties.
