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PMN-PT Piezoelectric-electrostrictive monolithic multi-material composite actuator

机译:PMN-PT压电 - 电致伸缩整体式多材料复合致动器

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Monolithic Multi-Material piezoelectric-electrostrictive (PE-ES) composite actuators were developed by co-sintering of 0.65PMN??0.35PT and 0.9PMN??0.1PT. The piezoelectric and electrostrictive ceramic powder were dry pressed into bi-layer disks with 1:1 ratio. The bi-layer composites were co-sintered and then poled. The monolithic bi-layer PE-ES composites (either flat or dome) were used to fabricate cymbal actuator. Experimental results indicate that uncapped bi-layer dome shaped actuators provide strong interface and exhibits peak displacement as high as 14 #m at 10 kV/cm. Cymbal actuators fabricated using such dome bi-layer composite results in amplified-displacement with a peak value of 25 ??m at 10 kV/cm.
机译:单片多材料压电 - 电控(PE-ES)复合致动器由共烧结为0.65pmn 0.35pt和0.9pmn 0.1pt。用1:1的比例将压电和电致伸缩陶瓷粉末干燥到双层盘中。双层复合材料是共烧结然后抛光。整体二层PE-ES复合材料(扁平或圆顶)用于制造钹致动器。实验结果表明,未结合的双层圆顶形致动器提供强大的界面,并且在10kV / cm处显示出高达14 #m的峰位移。使用这种圆顶双层复合材料制造的钹致动器导致扩增的位移,峰值为10kV / cm。

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