Abstract
Phase shifts, cross sections and transport coefficients of dense semiclassical plasma are investigated. It is shown that consideration of screening effects at large distances and quantum effects at short distances leads to a decrease in scattering probability, i.e., to an increase of the corresponding transport coefficients. The Calogero equation was solved in order to determine phase shifts. Fully and partially ionized hydrogen plasmas were studied, and electrical conductivity and diffusion coefficients of plasma were obtained.
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