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The study of 1-1-3 piezoelectric composite based on relaxor ferroelectric single crystal

机译:基于弛豫的铁电单晶1-1-3压电复合材料的研究

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摘要

A novel 1-1-3 type composite is proposed to increase the electromechanical coupling coefficient. Relaxor ferroelectric single crystal is cut into columns and surrounded by soft polymer. The other kind of hard polymer is manufactured to form a 3D grid structure. The relaxor ferroelectric single crystal and soft polymer are located in lattice of the hard polymer. The single crystal and soft polymer are connected to itself in one dimension and the hard polymer is connected to itself in three dimensions. The 1-1-3 type composites have been made by dice-and-fill technology and the maximum electromechanical coupling coefficient was up to 0.89.
机译:提出了一种新颖的1-1-3型复合材料以增加机电耦合系数。 SALLER铁电单晶被切成柱并被软聚合物包围。 另一种硬聚合物制造成形成3D网格结构。 松弛剂铁电单晶和软聚合物位于硬质聚合物的晶格中。 单晶和软聚合物在一个尺寸中连接到自身,并且硬质聚合物在三个维度上连接到自身。 已经通过骰子和填充技术进行了1-1-3型复合材料,并且最大机电耦合系数高达0.89。

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