Abstract
Blends of statistical copolymers of styrene and 2-methoxyethyl methacrylate differing in their chemical heterogeneity were subjected to slow stress-strain experiments. The chemical heterogeneity of blends was chosen so as to be comparable with the chemical heterogeneity of the common high-conversion random copolymers. No pronounced influence of chemical heterogeneity on the copolymer properties under investigation could be observed, if the variance of chemical composition wasD(w)<10−2.
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