Kozlov G.V., Pearce E.M., Zaikov G.E. THE FRACTAL MODEL OF NANOCOMPOSITES POLYPROPYLENE/CARBON NANOTUBES MELT VISCOSITY
Kozlov Georgy Vladimirovich
Senior research associate Kabardino-Balkarian state university of H.M. Berbekov
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Chernyshevskogo St., 175, 360004 Nal'chik, Russian Federation
Pearce Eli M.
Doctor of Science, Professor of Brooklyn Branch of New York University
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Jay St., 333, 12001 Brooklyn, United States of America
Zaikov Gennady Efremovich
Doctor of chemical sciences, Professor, Head of Division of biological and chemical physics of Polymer The Federal State Budget Institution of Science N. M. Emanuel Institute of Biochemical Physics
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Kosygina St. 4, 119334 Moscow, Russian Federation
Abstract. The nanocomposites polypropylene/carbon nanotubes melt viscosity change at nanofiller contents variation was studied. It has been shown that continuous models, developed for polymer composites melt viscosity description, cannot describe this parameter in the nanocomposites case. The correct description of the last rheological properties can be obtained within the frameworks of the fractal model of viscous liquid flow.
Key words: nanocomposite, carbon nanotubes, melt, viscosity, fractal model.
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