Piezoelectric materials are the core components in transducers and sensors within numerous electromechanical applications because of their ability to convert mechanical and electrical signals into each other [1]. Sinc...Piezoelectric materials are the core components in transducers and sensors within numerous electromechanical applications because of their ability to convert mechanical and electrical signals into each other [1]. Since piezoelectric materials govern the bandwidth, sensitivity, and energy conversion efficiency of the transducers, enhancing their electromechanical coupling factors emerges as a top priority to optimize the overall performance of piezoelectric applications. Among various piezoelectric materials.展开更多
基金supported by the National Natural Science Foundation of China (52325205, 52302152, and 52172129)the China Postdoctoral Science Foundation (2023M732759)the National Funded Postdoctoral Researcher Program (GZC20232069)。
文摘Piezoelectric materials are the core components in transducers and sensors within numerous electromechanical applications because of their ability to convert mechanical and electrical signals into each other [1]. Since piezoelectric materials govern the bandwidth, sensitivity, and energy conversion efficiency of the transducers, enhancing their electromechanical coupling factors emerges as a top priority to optimize the overall performance of piezoelectric applications. Among various piezoelectric materials.
