Ultrasonication-Induced Changes in Physicomechanical and Tribotechnical Properties of PTFE Composites
1
조회
0
다운로드
0
인용
0
참고문헌
키워드
초록
The effect of ultrasonication on PTFE and its composites with zeolite and fluoroplast F-4NTD-2 was studied. Ultrasonication was found to cause changes in the supramolecular structure, and consequently, the tensile strength, relative elongation, and mass wear rate. Changes in the topology of the materials following ultrasonication were investigated by scanning electron microscopy. The optimum enhancement of the desired properties was found in the PTFE composite containing 2% activated zeolite.
Abstract
The effect of ultrasonication on PTFE and its composites with zeolite and fluoroplast F-4NTD-2 was studied. Ultrasonication was found to cause changes in the supramolecular structure, and consequently, the tensile strength, relative elongation, and mass wear rate. Changes in the topology of the materials following ultrasonication were investigated by scanning electron microscopy. The optimum enhancement of the desired properties was found in the PTFE composite containing 2% activated zeolite.
참고문헌 (28)
- Kandanur, S., , Carbon, 50, pp.3178~ (2012)
- Ye, J., , Wear, 297, pp.1095~ (2013)
- Barrau, S., , Macromolecule, 44, pp.6496~ (2011)
- Huanga, Z., , Composites. Part A, 43, pp.114~ (2012)
- Sopiska-Lizer, M., "Mechanochemical Processing of Nanopowders", pp.440~ (2010), Woodhead publishing limited
- Boldyrev, V. V., "Novosibirsk", pp.343~ (2009), Publishing house of the Siberian branch of the Russian academy of sciences
- Bilek, M., "Ion Beam Treatment of Polymers: Application Aspects from Medicine to Space", 328~
- Sze, J. Y., , Surf. Coat. Technol, 200, pp.4104~ (2006)
- Ovenall, D. W., , J. Polym. Sci, 33, pp.207~ (1958)
- Akyüz, A., , Macromol. Chem. Phys, 209, pp.801~ (2008)
- Mallakpour, S., , Prog. Polym. Sci, 36, pp.1754~ (2011)
- Potts, J. R., , Macromolecules, 44, pp.6488~ (2011)
- Lunkwitz, K., , J. Fluor. Chem, 125, pp.863~ (2004)
- Malcolm, D., "The Radiation Chemistry of Macromolecules", pp.384~ (2012), Elsevier
- Gendron, R., , Polym. Eng. Sci, 35, pp.79~ (1995)
- Michaeli, W., , Microsyst. Technol, 17, pp.243~ (2011)
- Mashkov, Y. K., "metal-polymer tribosystems", pp.232~ (2013), Omsk
- "GOST 10007-80 State standard. Fluoroplast-4. Technical conditions"[URL]
- "TU 2213-015-13693708-2004 Russian Technical conditions", ~
- Portnyagina, V. V., "Mechanical Activation of Natural Zeolites as a Method of Producing Frost Resistant Rubber", pp.47~ (2006), Yakutsk
- Boldyrev, V. V., , The J.Russ. Chem. Soc, 33, pp.374~ (1988)
- Nikolay V. Shadrinov, "Enhancement of Compatibility between Ultrahigh-Molecular-Weight Polyethylene Particles and Butadiene–Nitrile Rubber Matrix with Nanoscale Ceramic Particles and Characterization of Evolving Layer", Bulletin of the Korean Chemical Society, 34(12), pp.3762~3766 (2013), 대한화학회[DOI]
- "GOGT 11262-80 State standard. Plastics. Tensile Tests Method"[URL]
- "GOST 11629-75 State standard. Plastics. Method for the determination of friction coefficient"[URL]
- Bazhenov, S. L., "Polymer Composite Materials", pp.352~ (2010), Intellect
- Ryzhonkov, D. I., "Nanomaterials", pp.365~ (2008), BINOM, Knowledge laboratory
- Shpak, A. P., "Clusters and nanostructural materials-V.1", pp.588~ (2001), Akademperiodika