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A model for the dynamics of cold dense fluids proposed by Zwanzig is exploited to evaluate the self-diffusion coefficient, the shear viscosity, and the thermal conductivity directly from the Green-Kubo time correlation formulas. The Stokes-Einstein relation is found to be extremely sensitive to the precise form of the waiting-time distribution for cell jumps. The lifetime for a cell jump is estimated via a sum rule. Properties of the thermal conductivity are discussed.
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Udayan Mohanty (1985) studied this question.
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