Abstract
A system of equations for time correlation functions in ionic systems is obtained and solved on the basis of the Fokker-Planck equation for the distribution function of coarse-grained dynamic variables such as mass density, charge density, momentum density, current density, and total energy. Statistical weight, thermodynamic forces and hydrodynamic velocities are calculated both in Gaussian and higher approximations. Expressions for generalized transfer coefficients depending onk andw, with separate fluctuation contributions, are found.
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