Abstract
Abstract Starting from the linearized Klimontovich equations and the pair approximation we study the probability distribution of the electric microfield. We deduce the separation of the total microfield distribution into a high and a low frequency component. We further prove that each of these com-ponents can be calculated from a model of uncorrelated, dynamically screened particles. The low frequency component, which is of prominent interest for applications, is evaluated. The results show devations from all earlier theories.
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