Abstract
For polar polymers undergoing orientation polarization it is possible to calcula te dielectric losses from dielectric constant data by use of a single approximation already familiar from its application to mechanical properties, if t his approximation is applied to t he real part of t he dielectric constant only and if data over a sufficiently wide frequency range are available. Data obtained at frequen cies from 102 to 108 cycles per second for Butvar and for a copolymer of styrene and methyl methacrylate are analyzed and it is fou nd that observed and calculated values of t he dielectric losses agree wi thin 10 percent or better .
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