The randomly driven Ising ferromagnet, Part II: One and two dimensions
arXiv:cond-mat/9804233 · doi:10.1088/0305-4470/32/1/009
Abstract
We consider the behavior of an Ising ferromagnet obeying the Glauber dynamics under the influence of a fast switching, random external field. In Part I, we introduced a general formalism for describing such systems and presented the mean field theory. In this article we derive results for the one dimensional case, which can be only partially solved. Monte Carlo simulations performed on a square lattice indicate that the main features of the mean field theory survive the presence of strong fluctuations.
10 pages in REVTeX/LaTeX format, 17 eps/ps figures. Submitted to Journal of Physics A
References in corpus (4)
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Cited by in corpus (4)
- Temporally disordered Ising models
- Quantum dissipation theory of slow magnetic relaxation mediated by domain-wall motion in one-dimensional chain compound [Mn(hfac)_{2}BNO_{H}}]
- The randomly driven Ising ferromagnet, Part I: General formalism and mean field theory
- Dynamical response of the Ising model to the amplitude modulated time dependent magnetic field