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Yang, Yang; Ma, Yuan-Jun; Zhou, Jian-Ping; Zhang, Guang-Bin; Peng, Jian-Hong
IEEE transactions on magnetics, 2016-Dec., 2016-12-00, 20161201, Volume: 52, Issue: 12Journal Article
Magnetoelectric composites enjoy large magnetoelectric transfer efficiency at resonance frequency, accompanying a large phase shift. We prepared two magnetoelectric laminate composites to research the origin of large phase shift and magnetoelectric characteristics by electric-field-induced strain and magnetic-field-induced strain. The piezoelectric part plays a dominant role in both the direct and converse magnetoelectric resonances. The electromechanical resonance inspires direct and converse magnetoelectric resonant peaks, and results in the magnetoelectric phase shift of near π around the resonance frequency. However, the magnetostrictive part is difficult to inspire the magnetoelectric resonance and phase shift.
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