Abstract
The inhomogeneous version of the Percus-Yevick theory is used to study the static properties (pair correlations, structure factor, density distribution) of a one-dimensional liquid embedded in a periodic medium. Thedc-conductivity based on a dynamical model of strongly damped Brownian particles is also investigated. The numerical calculations performed over a wide range of temperatures, interaction strengths, and average densities show the onset of commensurability effects in the static and dynamic quantities.
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