Elektrophysical properties of the initial and deformed elastomers
New nanomaterial promising for the use of the technique of production, processing, transportation of oil and gas is investigated. The interest in this class of thermoplastic elastomers caused by unusual physical, chemical properties and low cost of their production from the economic point of view. Results of the study of the properties of the source and strain of a new polymer are adduced. The polymer deformation condition comes a strong critical scattering of light. It is shown that exposure to samples of UV radiation leads to a decrease in tensile strength and elastic modulus of polymer. At irradiated by UV light field strength breakdown of the deformation increases, and the initial reduced. The results of studies of the thermal properties of the elastomer are adduced