Abstract
A theory of the inverse magnetoelectric (ME) effect in the region of electromechanical resonance (EMR) for the samples in the form of a disk is presented. The expression for the coefficient of inverse ME-conversion on the effective parameter method is derived. It is shown that observed the peak increase of effect in the region of electromechanical re-sonance, resonance frequencies are differed for direct and inverse magnetoelectric effect. Resonance frequencies dependence on ferrite percentage for ferrite-nickel spinel and lead zirconate titanate samples are investigated experimentally.
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