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Burdin D. A. Savel’ev D. V. Ekonomov N. A. Chashin D. V. Fetisov Yu. K. 《Technical Physics Letters》2020,46(5):487-490
Technical Physics Letters - The magnetoelectric (ME) effect in a planar amorphous ferromagnet–piezoelectric lead zirconate titanate (PZT) composite structure can be effectively excited by... 相似文献
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Burdin D. A. Fetisov Y. K. Chashin D. V. Ekonomov N. A. 《Technical Physics Letters》2017,43(9):866-869
Technical Physics Letters - The phenomenon of transformation of the spectrum of magnetic noise in a Metglas/PZT/Metglas magnetoelectric (ME) planar composite structure has been experimentally... 相似文献
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Burdin D. A. Chashin D. V. Ekonomov N. A. Fetisov Y. K. 《Technical Physics Letters》2020,46(2):200-202
Technical Physics Letters - A parametric amplification of magnetoacoustic oscillations in a disk resonator containing a FeBSiC ferromagnetic layer and a lead zirconate–titanate piezoelectric... 相似文献
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D. A. Burdin Y. K. Fetisov D. V. Chashin N. A. Ekonomov 《Technical Physics Letters》2012,38(7):661-664
We have studied the temperature dependence of the characteristics of the resonant magnetoelectric (ME) interaction in the planar composite structure comprising a ferroelectric layer of lead magnesium niobate-lead titanate and a layer of nickel. It is established that an increase in the temperature in a 220?C340 K interval is accompanied by a decrease in the resonance frequency and in the efficiency of the interaction. The results can be used in developing methods for thermal stabilization of ME devices. 相似文献
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