1·A simple control strategy is presented for a smart cantalever structure with piezoelectricity.
该文提出了一种简单的悬臂板压电智能结构控制策略。
2·At present, piezoelectricity material is one of the most widely used sensing materials in the research of smart material systems.
压电材料是目前在智能材料系统研究中应用最为广泛的传感材料之一。
3·Lead titanate series materials present excellent piezoelectricity, ferroelectricity and pyroelectric performance, and have been widely used in intelligent material system.
钛酸铅系材料具有优异的压电、铁电和热释电性能，是智能材料系统中的主导材料。
4·Utilizing piezoelectricity, the structure vibration can be effectively controlled by active or passive method.
利用压电效应能够对结构振动进行有效的主动和主被动控制。
5·The paper introduces simply the characteristics of three experimental materials used to process micro-structures, single-crystal silicon, piezoelectricity ceramic and cemented carbides.
简要介绍硬质合金、压电陶瓷和单晶硅的加工特点及利用超声微细加工这三种材料的优势。
1·Photostriction can be explained by superposition of the bulk photostrictive effect and piezoelectricity.
根据体光伏效应和压电性的叠加，可以解释光致伸缩现象。
2·This paper reports the piezoelectricity and molecular motion of PVDF-PMMA blends.
本文研究了PVDF - PM MA共混体系的压电性及其分子运动。