Abstract

The Ising model with nearest neighbor ferromagnetic (J) exchange and dipole (g) interaction has been extensively investigated both analytically and numerically. A general agreement was found about the main features of the phase diagram characterized by striped configurations of spins up and down of increasing width h at increasing J∕g. However, the nature of the phase transition between the striped and the paramagnetic phase needs to be clarified. Here we present results of extensive Monte Carlo simulations to throw light on the phase transition between the striped configurations with h=1, 2, and 4 and the paramagnetic phase.

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