… high intensity ultrasonic transducers the basics are nearly the same so that the dimensions
of … The mechanical waves created by dimensional piezoelectric changes are distributed with …

… ultrasonic transducer are more efficient transducers in high energy applications such as
ultrasonic … the axisymmetrical case, but can be extended to the general three-dimensional case. …

… We discuss the transducer design process and the effect of the coating … transducers we
introduce in this paper act as simultaneous optical and ultrasonic resonators designed …

… In recent years, one-dimensional (1D) ultrasonic linear phased … The disadvantages of 1D
ultrasonic linear phased arrays are … The basic geometry of the three 2D transducer arrays …

… , it was observed that, as expected, resonant frequency is affected not only by physical and
mechanical characteristic of elements and axial dimensions, but also by lateral dimensions …

… array for full three-dimensional real-time imaging, even with sparse transducers, is beyond
… However, two-dimensional sector scanning with focusing in both lateral dimensions is a …

… This technique is mostly used where the one-dimensional wave assumption is valid; where
… mode is excited in the transducer and the lateral dimensions of the transducer are less than a …

… In these cases, the lateral dimensions are usually larger than a quarter of the … dimensional
design theory of sandwich transducers is no longer applicable. In particular, one-dimensional …

… Ultrasonic transducer arrays utilized in medical imaging and NDT … -dimensional
electromechanical circuit inspired from the Mason’s simplified one, is utilized to model a transducer …

… It for these reasons that a more predictable way to specify and construct ultrasonic transducers
is to specify ceramic dimensions, and matching layer thickness, related to fa, rather than ft…