Diffusion, static charges, and the conduction of electricity in nonmetallic solids by a single charge carrier. I. Electric charges in plastics and insulating materials

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Abstract

The dynamic equilibrium of space charge in insulators such as ceramics, molecular crystals, or high polymers, is considered from the thermodynamic point of view with quantum-mechanical boundary conditions. The treatment constitutes the opposite extreme from the usual ohmic conduction equations; in the first paper, only the zero-current equilibrium of charge is considered. Applications are made to the observed charging of high polymers during molding.

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Skinner, S. M. (1955). Diffusion, static charges, and the conduction of electricity in nonmetallic solids by a single charge carrier. I. Electric charges in plastics and insulating materials. Journal of Applied Physics, 26(5), 498–508. https://doi.org/10.1063/1.1722030

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