Air-coupled piezoelectric transducers made of 1-3 connectivity PMN-PT single crystal composites (centre frequency around 1.0 MHz) were designed, built and characterized. Several matching layers configurations have been tested in order to achieve optimum sensitivity or bandwidth or both. Results are compared with those obtained from similar transducers made using 1-3 PZT ceramic piezocomposites. Both kinds of transducers exhibit similar peak sensitivities (-23 dB), but single crystal transducers present a smoother and wider frequency band (up to 89%). 2012 IEEE
Abstract—In this paper a piezoelectric composite based micromachined ultrasound transducer (PC-MUT) ...
Multilayered piezoelectric materials present themselves as a suitable technology for the development...
Using relaxor ferroelectric single crystals PMNT as piezoelectric phase and epoxy resin as a non-pie...
Abstract0-3 and 1-3 composites have been fabricated using piezoelectric single crystals (PSCs). Thes...
Based upon piezoelectric composite materials, air borne ultrasonic probes with frequencies above 100...
PMN-PT, a piezoelectric single crystal, has been known to be a better material for transducer arrays...
AbstractDue to very high piezoelectric properties of PMN-PT crystals they may significantly improve ...
Ultrasonic array technology is used in many imaging applications across a wide range of industrial s...
Air-coupled ultrasonic techniques are being increasingly used for material characterization, non-des...
ABSTRACT. Use of non-contact techniques to produce and sense acoustic vibrations in the megaherzt fr...
his paper describes a theoretical and experimental study for determination of the through-air system...
Ultrasonic array technology is used in many imaging applications across a wide range of industrial s...
In this paper, the design, fabrication and characterization of PMN-PT single crystal/epoxy composite...
For improvement of the efficiency of air-coupled ultrasonic transducers PMN-32%PT piezoelectric crys...
Multilayered piezoelectric materials present themselves as a suitable technology for the development...
Abstract—In this paper a piezoelectric composite based micromachined ultrasound transducer (PC-MUT) ...
Multilayered piezoelectric materials present themselves as a suitable technology for the development...
Using relaxor ferroelectric single crystals PMNT as piezoelectric phase and epoxy resin as a non-pie...
Abstract0-3 and 1-3 composites have been fabricated using piezoelectric single crystals (PSCs). Thes...
Based upon piezoelectric composite materials, air borne ultrasonic probes with frequencies above 100...
PMN-PT, a piezoelectric single crystal, has been known to be a better material for transducer arrays...
AbstractDue to very high piezoelectric properties of PMN-PT crystals they may significantly improve ...
Ultrasonic array technology is used in many imaging applications across a wide range of industrial s...
Air-coupled ultrasonic techniques are being increasingly used for material characterization, non-des...
ABSTRACT. Use of non-contact techniques to produce and sense acoustic vibrations in the megaherzt fr...
his paper describes a theoretical and experimental study for determination of the through-air system...
Ultrasonic array technology is used in many imaging applications across a wide range of industrial s...
In this paper, the design, fabrication and characterization of PMN-PT single crystal/epoxy composite...
For improvement of the efficiency of air-coupled ultrasonic transducers PMN-32%PT piezoelectric crys...
Multilayered piezoelectric materials present themselves as a suitable technology for the development...
Abstract—In this paper a piezoelectric composite based micromachined ultrasound transducer (PC-MUT) ...
Multilayered piezoelectric materials present themselves as a suitable technology for the development...
Using relaxor ferroelectric single crystals PMNT as piezoelectric phase and epoxy resin as a non-pie...