Critical behaviour of a two-layer Ising system

Abstract
A two-layer Ising system, in which the coupling strengths within each layer are in general unequal and also differ from the coupling strength between the layers, is studied by means of a mean-field theory, a generalized mean-field theory, a scaling approach, and high-temperature series expansions. A number of predictions regarding the variation of the critical temperature and magnetization within each layer, with J12, the interlayer coupling strength, are made.

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