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10
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vol 62 / November, 2019
Article

DOI 10.17586/0021-3454-2019-62-3-261-265

UDC 537.624.9, 538.955

STUDY OF INVERSE MAGNETOELECTRIC EFFECT IN FeBO3-BASED COMPOSITES USING OPTICAL METHODS

M. E. Adamova
Pacific National University, Department of Physics; Senior Lecturer ;


E. A. Zhukov
Pacific National University, Department of Automation and System Engineering;


A. V. Kaminsky
Pacific National University, Department of Automation and System Engineering;


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Abstract. A model of two-layered multiferroic composite is applied to FeBO3-PZT structure. Forced oscilla-tions of domain boundaries in FeBO3 crystals in the field of elastic wave of various polarization are re-vealed with the use of magneto-optical Faraday effect for transmitted and reflected light. The dependence of the domain wall displacement on the voltage amplitude applied to the composite. The velocity and displacement of the domain boundary in the elastic wave field are estimated.
Keywords: magnetoelectric effect, composite, domain wall, elastic vibrations, iron borate

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