In a research program on ultrasonic transducers. PVDF has been used for structures needing thinness, flexibility and low acoustic impedance. The specific applications described include focused conical transducers for NDT, array transducers for medical holographic B-scan imaging and transmitters/ receivers for zetapotential measurements in colloidal suspensions
Abstract Most of the commercially available air ultrasonic transducers are ceramic based and operate...
AbstractThis work describes the use of a large aperture PVDF receiver in the measurement of density ...
From a non-destructive evaluation point of view, Lamb waves are a highly attractive means of inspect...
In a research program on ultrasonic transducers. PVDF has been used for structures needing thinness,...
Ultrasonic transducers made out of Polyvinylidene flouride (PVDF) exhibit a broad bandwidth because ...
The flexible polymer piezofilms such as polyvinylidene fluoride[1] (PVDF) possess distinct advantage...
A layer-by-layer deposition method for fabricating a focused ultrasonic transducer from piezoelectri...
Polyvinilidene fluoride (PVDF) single-element transducers for high-frequency (>30 MHz) ultrasound...
Photoacoustic tomography is an imaging modality primarily used in research that has become increasi...
This work describes the use of a large aperture PVDF receiver in the measurement of density of liqui...
The objective was to build special transducers having the same operating characteristics as several ...
A combined transducer for optoacoustics and b-mode ultrasound has to be built according to the speci...
The piezoelectric polymer PVDF and its copolymers have a long history as transducer materials for me...
We report on recent calculations and experiments on the broadband properties and impulse characteris...
It is widely believed that increased use of microelectronics is one of the keys to the development o...
Abstract Most of the commercially available air ultrasonic transducers are ceramic based and operate...
AbstractThis work describes the use of a large aperture PVDF receiver in the measurement of density ...
From a non-destructive evaluation point of view, Lamb waves are a highly attractive means of inspect...
In a research program on ultrasonic transducers. PVDF has been used for structures needing thinness,...
Ultrasonic transducers made out of Polyvinylidene flouride (PVDF) exhibit a broad bandwidth because ...
The flexible polymer piezofilms such as polyvinylidene fluoride[1] (PVDF) possess distinct advantage...
A layer-by-layer deposition method for fabricating a focused ultrasonic transducer from piezoelectri...
Polyvinilidene fluoride (PVDF) single-element transducers for high-frequency (>30 MHz) ultrasound...
Photoacoustic tomography is an imaging modality primarily used in research that has become increasi...
This work describes the use of a large aperture PVDF receiver in the measurement of density of liqui...
The objective was to build special transducers having the same operating characteristics as several ...
A combined transducer for optoacoustics and b-mode ultrasound has to be built according to the speci...
The piezoelectric polymer PVDF and its copolymers have a long history as transducer materials for me...
We report on recent calculations and experiments on the broadband properties and impulse characteris...
It is widely believed that increased use of microelectronics is one of the keys to the development o...
Abstract Most of the commercially available air ultrasonic transducers are ceramic based and operate...
AbstractThis work describes the use of a large aperture PVDF receiver in the measurement of density ...
From a non-destructive evaluation point of view, Lamb waves are a highly attractive means of inspect...