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We use Monte Carlo and molecular dynamics simulations to study phase behaviorand transport properties in a symmetric binary fluid where particles interactvia Lennard-Jones potential. Our results for the critical behavior ofcollective transport properties, with particular emphasis on bulk viscosity, isunderstood via appropriate application of finite-size scaling technique. Itappears that the critical enhancements in these quantities are visible farabove the critical point. This result is consistent with an earlier report fromcomputer simulations where, however, the authors do not quantify the criticalsingularity.

Simulation of Transport around the Coexistence Region of a Binary Fluid