Gamma radiolysis of systems on the polymer base containing some metals and oxides

Energy storage in polymeric part of the compositions depending on the amount of disperse metals and oxides is calculated. It is shown that for all the fillers with low effective atomic number (<=20) the energy storage presents unified increasing function from the composition electron density, at that, the function derivative decreases. Yields of gel-fraction in polyethylene with different additions are measured. Agreement of the calculated and experimental results is shown