INFLUENCE OF RECEIPT METHODS OF POLYMERIC MICRO- AND NANOCOMPOSITES ON THEIR THERMOPHYSICAL PROPERTIES
The results of studies of thermophysical properties of the highly conducting polymer composites based on polypropylene filled with carbon nanotubes or particles of aluminum, at using methods for acquisition of these composites based on mixing the components in dry form and in the polymer melt are given. This contains materials about the patterns of influence of these methods on the heat-conducting properties of the composites, their heat capacity, density, porosity, degree of crystallinity of the polymer matrix, and so forth are offered. The explanations of the mechanisms of this influence based on analysis of the effectiveness of formation of the percolation structures are presented.
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