Investigation of ionizing radiation-induced conductivity and relaxation kinetics in porous polymer and metal-oxide nanocomposites

Abstract

This paper investigates the optimization of electrophysical properties, the formation of radiation-induced conductivity, and the relaxation kinetics of dielectric and semiconductor nanoparticles in porous polymer (PMMA) and metal-oxide (Al2O3) matrix nanocomposite materials under ionizing radiation.