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Volume 2
Issue 2
Title Thin film nanophase and nanocomposite fluorine-containing wear inhibitors
Author Yauheni Auchynnikau
The paper examines features of the morphology and structure of thin films based on fluorine-containing oligomers modified by nanoparticles of different composition and obtaining technology. A classification of nanophase and nanocomposite thin film coatings is proposed.
The oligomeric fluorine-containing components by using mortar technology develop thin-film coatings, comprising a quasi-crystalline nanophases in oligomeric matrix with high chemisorption activity to a metal substrate. Modifying of the oligomeric matrix by active components with uncompensated charge leads to the formation of ordered areas at the interface “low-dimensional filler-matrix”. In composites, containing synthetic polytetrafluoroethylene thermogas dynamic products, synergistic effect is realized due to thermodynamic compatibility of oligomeric polar and nonpolar components and high-molecular particles with uncompensated charge. This ensures the formation of coating with improved adhesion, deformation strength and tribological characteristics parameters.

Avdejchik, S.V. 2006. Nanocomposite materials engineering: the experience of the development and application. Grodno: GrSU. 403 p.
Avdejchik, S.V., 2007, 2008. Tribochemical technology functional composite materials: Part 1, Part 2. Grodno: Grodno State Agrarian University
Boiko, J.S., 1998. Technological features of the formation of composite thin-film coatings based on fluorinated polymers and oligomers: Doctoral (kandidate of tech sciences) dissertation research. Grodno
Buznik, V.M., Fomin, V.M., Alkhimov, A.P., 2005. Metal polymer nanocomposites. (receipt, properties, application). Novosibirsk: SO RAN
Goldade, V.A., Struk, V.A., Pesetsky, S.S., 1993. Inhibitors of wear of metal systems. Moscow: Khimiya
Gorbatsevich, G.N., 2002. Structure and technology of carbon sealing materials for static and moving seals: Doctoral (kandidate of tech sciences) dissertation research, Grodno
Lovshenko, F.G., Panteleenko, F.I., Rogachev, A.V. 2004. New resource-saving technologies and composite materials. Moscow. Energoatomizdat, Gomel. BelGUT. 519 p.
Napreev, I.S., 1998. Office of tribological characteristics of the bearing assemblies by epilaming. Doctoral (kandidate of tech sciences) dissertation research. Gomel
Okhlopkova, A.A., 2000. Physico-chemical principles for the establishment of tribological materials based on polymers and ultrafine ceramics. Doctoral (kandidate of tech sciences) dissertation research, Yakutsk
Ovchinnikov, E.V., 1997. Structure and tribological properties of coatings based on solutions of fluorinated oligomers. Doctoral (kandidate of tech sciences) dissertation research, Grodno
Ovchinnikov, E.V., Struk, V.A., Gubanov, V.A. 2007. Thin films of fluorine-containing oligomers: the basics of synthesis, properties and applications. Grodno: Grodno State Agrarian University
Rogachev, A.V. 1989. Kinetic and physico-chemical regularities of heat and mass transfer in the formation of thin-film metal-polymer systems in a vacuum. Diss. ... doct. chem. science. Moscow
Serafimovich, V.V., 2007. "Influence of plasma chemical processing of carbon fibers in the medium organofluorine gases from the physical and mechanical properties," Polikomtrib 2007. Abstr. Intl. Scientific and Technical. Conf., Gomel: IMMS NASB: 186 187
Sirenko, G.A., 1985. Antifriction carboplastics. Kiev: Technics
Struk, V.A., 1988. Tribochemical concept of antifriction materials based on the tonnage produced polymer binders: Doctoral (kandidate of tech sciences) dissertation research, Gomel
Keywords Wear inhibitors, coatings, fluorine-containing components, nanoparticles
Pages 66-73
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