Abstract
We investigate the phase diagram of a system with two layers of an Ising lattice gas at half filling, as a function of the inter-layer coupling J, keeping the usual intra-layer nearest-neighbor attraction constant. In equilibrium, the phase diagram is symmetric under J → − J, but exhibits different ground states. The effects of imposing a uniform external drive are studied by simulation and analytic techniques. In particular, we attempt to develop a simple intuitive picture which allows us to predict the approximate location of T c in driven lattice gases.
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