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We studied the nonequilibrium magnetisation reversal in kinetic Isingferromagnets driven by periodic impulsive magnetic field in meanfieldapproximation. The meanfield differential equation was solved by sixth orderRunge-Kutta-Felberg method. The periodicity and strength of the appliedimpulsive magnetic field play the key role in magnetisation reversal. Westudied the minimum strength of impulsive field required for magnetisationreversal at any temperature as a function of the periodicity of the impulsivefield. In the high temperature and small period this is observed to be linear.The results are compared with that obtained from Monte Carlo simulation of athree dimensional Ising ferromagnet.

Nonequilibrium Magnetisation Reversal by Periodic Impulsive Field in Ising Meanfield Dynamics