On effect of structure and chemical structure of polymers on their radiation-pulse electric conductivity

For a wide class of polymers the radiation-impulsive electroconductivity has been studied. It was shown that the decrease of crystallinity degree or the presence of the side polar groups in a monomeric unit (and as a result, the growth of its dipole moment) lead to the lowering of instantaneous conductivity component. It was assumed that the regularities are stipulated by the growing probability of capture of a charge carrier with the increase of amorphous phase content and of dipole moment of a monomeric unit. Some amplitude growth of retarded component and the decrease of its semi-decay time in slightly polar polymers comparatively with non polar ones, are noted