Abstract
The temperature dependence of microwave conductivity of potassium doped polyacetylene film is reported. The measurement has been performed with 4.5 GHz cylindrical cavity made of copper using the cavity perturbation method. The high density polyacetylene films are synthethized following the modified Shirakawa method. Doping of polyacetylene with potassium has been accomplished by vapor phase method. The temperature dependence is similar to the results of dc conductivity of the p-type doped polyacetylene films.
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