Изучение особенностей воздействия лазерного ИК-излучения на температуропроводность полимерных композиций на основе силоксанового каучука

The effect of nonresonance IR-radiation on silicone rubber-based polymeric compounds modified by perfloroalkyliodides and containing titanium dioxide TiO2 as a filler and benzoyl peroxide as initiator has been studied. Temperature distributions in the polymeric material and the influence of filler content on temperature conductivity have been researched. It was demonstrated that use of great filler amount doesnt show optimum of heat-shielding performance, especially in case of the derived rubber. It is possible to expect filler influence when filler content is less than 10 mass parts.