[en] Research project, carbon blacks were produced by furnace (S324) and channel(K354) methods were added to elastomer mixture and vulcanization process carried out with gamma rays and physical chemical properties are learned. Two types of fillers with different amounts were included to composite material which formed by based on butadiene nitrile rubber nano zinc oxide particles and disulphurchloridebenzyl used as crosslinking agent. The obtained mixture was vulcanized by 250 kGr gamma rays. It is shown that, strength, hardness and the stiffness of vulcanized materials are causes to change the physical-mechanical properties. Moreover, impact of the amount and type of filler. According to the influence of the elastomer mixed with fillers improves the yield amount of carbon-rubber gels (CRG)

[en] In this study, the properties of the vulcanizations based on NBR rubber mixtures and in the presence of low molecular weight reactive compounds (SKN-40 + DChDEAST, SKN-40 + DMPhM), vulcanized by the gamma rays and temperature were studied. The degree of crystallinity of the irradiated samples was determined in the presence of tension. An assumption is made about the relationship between the changes and the occurrence of thermo radiation - chemical processes leading to the formation of multifunctional nodes and a change in the number of active network chains in thermo radiation samples of SKN-40 rubber.