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With Monte Carlo simulations, the nonsteady dynamics properties of a domainwall have been systematically investigated for the thermally activated creepstate under an alternating driving field. Taking the driven random-field Isingmodel in two dimensions as an example, two distinct growth stages of the domaininterface are identified with both the correlation length and roughnessfunction. One stage belongs to the universality class of the randomdepositions, and the other to that of the quenched Edwards-Wilkinson equation.In the latter case, due to the dynamic effect of overhangs, the domaininterface may exhibit an intrinsic anomalous scaling behavior, different fromthat of the quenched Edwards-Wilkinson equation.

Nonsteady dynamic properties of a domain wall for the creep state under an alternating driving field