Theory of magnetoelectric effect in a bilayer magnetostrictive-piezoelectric structure.
D Filippov, T Galichyan - Russian Physics Journal, 2013 - search.ebscohost.com
D Filippov, T Galichyan
Russian Physics Journal, 2013•search.ebscohost.comA theory of the magnetoelectric effect in a bilayer magnetostrictive-piezoelectric structure is
presented. As objects of research, structures in the form of nickel-lead zirconate-titanate and
permendur-lead zirconate-titanate based plates are chosen. Joint solution of the motion
equation for a magnetostrictive and piezoelectric medium and of the constitutive equations
yields an expression for the magnetoelectric voltage coefficient in the region of
electromechanical resonance.
presented. As objects of research, structures in the form of nickel-lead zirconate-titanate and
permendur-lead zirconate-titanate based plates are chosen. Joint solution of the motion
equation for a magnetostrictive and piezoelectric medium and of the constitutive equations
yields an expression for the magnetoelectric voltage coefficient in the region of
electromechanical resonance.
Abstract
A theory of the magnetoelectric effect in a bilayer magnetostrictive-piezoelectric structure is presented. As objects of research, structures in the form of nickel-lead zirconate-titanate and permendur-lead zirconate-titanate based plates are chosen. Joint solution of the motion equation for a magnetostrictive and piezoelectric medium and of the constitutive equations yields an expression for the magnetoelectric voltage coefficient in the region of electromechanical resonance.
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