Lead zirconate titanate (PZT) is widely used as a piezoelectric transducer material for bulk and surface acoustic wave (SAW) devices. In this Paper a novel laser-ultrasound technique for measuring the SAW properties of PZT for quality control purposes is presented.Peer reviewed: YesNRC publication: Ye
Pb(Zr, Ti)O-3 (PZT) is an interesting material for bulk acoustic wave resonator applications due to ...
The characterization of ceramics is essential for the optimization of ultrasonic transducers. To do ...
We present results of photoacoustics and laser-ultrasonics experiments that were performed on a ZnO ...
A noncontact ultrasonic technique for the characterization of piezoelectric ceramics is described. T...
Today acoustic microscopy transducers are based on zinc oxide, ZnO, films as piezoelectric material....
The conventional ultrasonic time-of-flight technique is employed showing that the sound propagation ...
A method for measuring the spatial variation of the macroscopic poling state of a piezoelectric mate...
In recent years, single crystal materials with better piezoelectric properties than the existing cer...
International audienceAcoustic properties of porous PZT ceramics intended to be used as backing in h...
International audienceAn original method to measure the acoustic properties of porous Pb(Zr0.53Ti0.4...
This report summarizes the results of a project sponsored by Honeywell Corporation (formerly AlliedS...
A method for measuring the spatial variation of the macroscopic poling state of a piezoelectric mate...
Currently, the most common piezoelectric material used in medical ultrasound transducers is PZT, or ...
Lead Zirconate Titanate (PZT) is used to make ultrasound transducers, sensors, and actuators due to ...
This paper describes the fabrication and evaluation of a high-frequency (40 MHz) transducer based on...
Pb(Zr, Ti)O-3 (PZT) is an interesting material for bulk acoustic wave resonator applications due to ...
The characterization of ceramics is essential for the optimization of ultrasonic transducers. To do ...
We present results of photoacoustics and laser-ultrasonics experiments that were performed on a ZnO ...
A noncontact ultrasonic technique for the characterization of piezoelectric ceramics is described. T...
Today acoustic microscopy transducers are based on zinc oxide, ZnO, films as piezoelectric material....
The conventional ultrasonic time-of-flight technique is employed showing that the sound propagation ...
A method for measuring the spatial variation of the macroscopic poling state of a piezoelectric mate...
In recent years, single crystal materials with better piezoelectric properties than the existing cer...
International audienceAcoustic properties of porous PZT ceramics intended to be used as backing in h...
International audienceAn original method to measure the acoustic properties of porous Pb(Zr0.53Ti0.4...
This report summarizes the results of a project sponsored by Honeywell Corporation (formerly AlliedS...
A method for measuring the spatial variation of the macroscopic poling state of a piezoelectric mate...
Currently, the most common piezoelectric material used in medical ultrasound transducers is PZT, or ...
Lead Zirconate Titanate (PZT) is used to make ultrasound transducers, sensors, and actuators due to ...
This paper describes the fabrication and evaluation of a high-frequency (40 MHz) transducer based on...
Pb(Zr, Ti)O-3 (PZT) is an interesting material for bulk acoustic wave resonator applications due to ...
The characterization of ceramics is essential for the optimization of ultrasonic transducers. To do ...
We present results of photoacoustics and laser-ultrasonics experiments that were performed on a ZnO ...
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