Комплексная диэлектрическая проницаемость и оптические характеристики композитов полипропилен + Na-=SUP=-+-=/SUP=--монтмориллонит

The paper presents the results of studying frequency dependence real and imaginary parts dielectric constant polypropylene modified with Na+ montmorillonite. Using experimental values complex constant, optical functions such as refractive index, conductivity, reflection absorption coefficients, characteristic function electron energy losses PP+x vol% montmorillonite composites have been determined It is shown that on basis a high-pressure polymer use Na + filler, it possible to create composite materials improved physical parameters. To obtain stable electrophysical properties, necessary optimize composition material volume filler. By method spectroscopy in course, information obtained not only behavior but also structure material, which indispensable for purposeful regulation volumetric content