REN Zhonghao, ZHOU Shenjie. Research progress on piezoelectric coefficient test methods for thin film piezoelectric materials[J]. 2020, (10): 1-4. DOI: 10.13873/J.1000-9787(2020)10-0001-04.
薄膜压电材料压电系数测试方法研究进展
摘要
基于国内外研究成果
对薄膜压电系数测试方法进行了分类介绍
如基于正压电效应的垂直压力加载法、气动加载法、悬臂梁法和基于逆压电效应的激光干涉法、显微镜法
X射线衍射法
还有采用间接测量的体声波和表面声波法、复合谐振法等。基于压电系数测试研究现状
汇报了测试方法的最新研究进展。随着高通量实验的快速发展
高通量测试方法已经逐渐成为材料测试的发展方向。对于压电薄膜压电系数的高通量测量
悬臂梁法以及X射线衍射法有望实现多个试样并行测试
显著提高实验效率
可以为材料模拟计算提供数据支持
同时对模拟计算的结果提供实验验证。
Abstract
Based on the research results at home and abroad
thin film piezoelectric coefficient test methods are ctogry introduced
such as vertical pressure loading method based on positive piezoelectric effect
pneumatic loading method
cantilever beam method and laser interferometry based on inverse piezoelectric effect
microscopy.X-ray diffraction method
as well as bulk acoustic wave and surface acoustic wave method using indirect measurement
and composite resonance method. Based on the research status of piezoelectric coefficient test
the latest research progress of test methods is reported. With the rapid development of high-throughput experiments
high-throughput test methods have gradually become the development direction of material testing. For highthroughput measurement of piezoelectric film piezoelectric coefficient
cantilever beam method and X-ray diffraction method are expected to achieve parallel testing of multiple samples
significantly improve experimental efficiency
provide data support for material simulation calculation
and simultaneously provide experimental verification for the results of simulation.