Monomeric Friction Coefficient of Metalnanodispersible Polymeric Systems

Influence of a nanodispersible metal excipient in number of 0 <= phi <= 5,0 vol.% Cu for the size of a monomeric friction coefficient of polyvinylchloride (PVC) systems in temperature range 298 <= T <= (T-g + 10) K is investigated. It is shown that various types of coordination movements of building blocks are described by a friction coefficient which serves as a measure of influence of external fields and ingredients on viscoelastic behavior of a composite. The analysis of processes of a relaxation on the basis of the theory of flexible chains taking into account power and entropic factors is carried out.