Ultrasonic characterization of poling in lead zirconate titanate ceramics
James Friend, E.E. Jamieson, Marvin Pennell, Wayne Huebner
Abstract
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James Friend, E.E. Jamieson, Marvin Pennell, Wayne Huebner
Abstract
Open-access reader
A method for measuring the spatial variation of the macroscopic poling state of a piezoelectric material using an ultrasonic transducer is described. The relatively simple method clearly indicates the distribution of poling within the material, demonstrated by the testing of a collection of partially poled lead zirconate titanate samples.
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A method for measuring the spatial variation of the macroscopic poling state of a piezoelectric material using an ultrasonic transducer is described. The relatively simple method clearly indicates the distribution of poling within the material, demonstrated by the testing of a collection of partially poled lead zirconate titanate samples.
Key concepts: Poling, Lead zirconate titanate, Materials science, Piezoelectricity, Ultrasonic sensor, Lead titanate, Ceramic, Transducer