Abstract
Polarization processes in polystyrene-chloranil copolymer have been investigated by the thermally stimulated discharge (TSD) technique. The observed TSD current peak consists of contributions from two different processes having activation energies 0.78 and 1.29 eV. The single peak could not be resolved into its constituents due to experimental limitations. Comparison of the TSD results for the copolymer with those of pure polystyrene and chloranil suggests that dipolar and space charge types of polarization are playing a role in the polarization of the copolymer.
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