Based on the principle and characteristics of flexible acoustic transducers, this technology addresses the challenges in designing flexible device sensing materials, interface materials, substrate materials, and transducer structures. It aims to resolve the conflicts between flexibility and performance, such as driving capability, spatial resolution, and sensitivity. The resulting acoustic transducer features a large-area array, high-temperature resistance, and a wide operating frequency band. This acoustic transducer effectively meets the non-destructive testing and monitoring needs of various complex structures

Focus on "flexible machine-electric energy conversion"
Core scientific issues are studied