Abstract
Abstract A set of approximate integral equations for the two-adsorbate correlation function in an adsorbate system with a repulsive dipolar interaction is proposed on the basis of the high-temperature expansion series at very low coverages in the disorder state. This set of equations is solved numerically to obtain the correlation functions as a function of temperature and coverage. The set of integral equations are discussed in a lattice version of the Kirkwood method for a liquid.
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