首页> 外文会议>SMASIS2010;ASME conference on smart materials, adaptive structures and intelligent systems >INFLUENCE OF DC VOLTAGE BIAS ON THE CONVERSE MAGNETOELECTRIC EFFECT RESPONSE IN PZT/TERFENOL-D/PZT LAMINATE COMPOSITES
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INFLUENCE OF DC VOLTAGE BIAS ON THE CONVERSE MAGNETOELECTRIC EFFECT RESPONSE IN PZT/TERFENOL-D/PZT LAMINATE COMPOSITES

机译:直流电压偏置对PZT / TERFENOL-D / PZT层状复合材料中反电动势的影响

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se of a Pb(Zr052Tio4«)03 (PZT)/ Tb(U()Dy07Fe2 (Tcrfcnol-D)/PZT laminate to applied DC voltage bias has been investigated. Experimental data demonstrates that the CME coefficient «cM/sis highly dependent on applied voltage bias. The voltage bias is shown to increase the piczomagnetic coefficient 8A78B of the Terfenol-D and by extension the aCM,,:, however an optimal aCM/.: has yet to be identified. The ME laminate exhibits considerable gains in
机译:研究了Pb(Zr052Tio4«)03(PZT)/ Tb(U()Dy07Fe2(Tcrfcnol-D)/ PZT层压板在施加直流偏置电压下的性能,实验数据表明CME系数«cM / sis高度依赖于所示的电压偏置可增加Terfenol-D的微磁系数8A78B,并通过扩展aCM来实现,但尚未确定最佳的aCM / .: ME层压板在< iCme(高达100%)部分是由于Terfenol-D在压电诱导的机械应力下改善了磁致伸缩响应。

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