A functional perturbation theory is used to study the properties of a two-dimensional Lennard-Jones liquid-vapour interphase. The coexistence curve, density profile, line tension, structure factor and isothermal compressibility are obtained and discussed. Comparison with computer simulations is also included. The effects of the dimensionality are also studied. The product of the line tension by the isothermal compressibility is discussed. Several critical exponents are estimated by this theory and compared with the classical and exact values.
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Mederos et al. (1985) studied this question.
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