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Strain anisotropy and piezoelectric response along (001) and (110) directions in PMN-38PT single crystal

机译:PMN-38PT单晶沿(001)和(110)方向的应变各向异性和压电响应

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Here we report strain anisotropy and piezoelectric response in PMN-38PT single crystal along the spontaneous direction (100) and non-spontaneous direction (110). Piezoelectric coefficient of crystals oriented along (110) d_(33{110)))is as high as 1200 pC/N, which is much higher than those crystals oriented along (001) direction (d_(33{001))=300 pC/N). Strain enduring ability is also higher along (110) direction than that along (001) direction. The results reveal that larger electric field can be applied along (110) direction and larger piezoelectric deformations are attainable. Our study offers insight on the design and optimization of ferroelectrics for enhanced piezoelectric properties.
机译:在这里,我们报告沿自发方向(100)和非自发方向(110)的PMN-38PT单晶中的应变各向异性和压电响应。沿(110)d_(33 {110))取向的晶体的压电系数高达1200 pC / N,远高于沿(001)方向(d_(33 {001))= 300 pC取向的晶体的压电系数/ N)。沿着(110)方向的应变耐力也比沿着(001)方向的应变耐力高。结果表明,可以沿(110)方向施加更大的电场,并且可以获得更大的压电变形。我们的研究为增强压电性能的铁电设计和优化提供了见识。

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