Kolupaev B. Kinetic phenomena in heterogeneous systems based on flexible-chain polymers

The object of study. Kinetic phenomena as a process of interaction of structural elements of polymers with external fields and ingredients. Objective. Creation generalizes the concept of interaction of heterogeneous polymer systems with the environment in the form of material and pitch. Methods. Theoretical calculations confirmed by experimental data using methods of DSC, DIL, DTA, DMA, DMTA, methods of radiation spectrometry and infrared spectroscopy. Theoretical and practical results. Established generalizing concept of linear interaction of flexible-chain polymers and heterogeneous systems based on them with the environment; A model for description and analysis of kinetic phenomena in systems affected by force, energy, nano- and microdispersed ingredients impacts was developed; The algorithm of forecasting and operating composites with controlled properties was created. The results serve as a basis for predictable behavior of composites as absorbers of radiation, electromagnetic, acoustic radiation, auxetics creation, structure-ordered systems with controlled variation of their properties.