For high power ultrasound transducers, the poling condition of the piezoceramic is crucial for stable and continuous operation. In this investigation, poling during the temperature-timepaths heating and cooling in addition to poling at constant temperatures were investigated and evaluated regarding the achieved poling result.The planar coupling factor and large signal loss factor are used for characterization. From the results, poling process parameters can be derived, minimizing losses while maximizing the electromechanical coupling
AbstractThe dissipation factor (DF) is an important material property of piezoceramics that governs ...
A study of the effect of poling conditions on screen-printed piezoceramics was undertaken. Printable...
Medical ultrasound and other devices that require transducer arrays are difficult to manufacture, pa...
In order to identify process parameters for the efficient poling of hard piezoelectrics in mass prod...
Advanced, costeffective and series compatible manufacturing of active structural components demands ...
The properties of piezoelectric ceramic materials are strongly dependent on the degree of polarizati...
Ultra high strain (Pb0.92La0.08)(Zr0.60Ti0.40)O3 (PLZT 8/60/40) piezoelectric ceramics were synthesi...
A method for measuring the spatial variation of the macroscopic poling state of a piezoelectric mate...
Poling of hard ferroelectric ceramics is not an easy process. Pinning of domain walls due to defects...
This report summarizes the results of a project sponsored by Honeywell Corporation (formerly AlliedS...
In this paper, a new poling technology, high temperature poling, was put forward which uses weak ele...
A method for measuring the spatial variation of the macroscopic poling state of a piezoelectric mate...
The poling behavior of a lead-zirconate-titanate piezoelectric ceramic is investigated by measuremen...
Ultrasonic transducers are the basic core component of diagnostic imaging devices, wherein the piezo...
Corona poling is an interesting non-contact poling process for ferroelectric materials which, has in...
AbstractThe dissipation factor (DF) is an important material property of piezoceramics that governs ...
A study of the effect of poling conditions on screen-printed piezoceramics was undertaken. Printable...
Medical ultrasound and other devices that require transducer arrays are difficult to manufacture, pa...
In order to identify process parameters for the efficient poling of hard piezoelectrics in mass prod...
Advanced, costeffective and series compatible manufacturing of active structural components demands ...
The properties of piezoelectric ceramic materials are strongly dependent on the degree of polarizati...
Ultra high strain (Pb0.92La0.08)(Zr0.60Ti0.40)O3 (PLZT 8/60/40) piezoelectric ceramics were synthesi...
A method for measuring the spatial variation of the macroscopic poling state of a piezoelectric mate...
Poling of hard ferroelectric ceramics is not an easy process. Pinning of domain walls due to defects...
This report summarizes the results of a project sponsored by Honeywell Corporation (formerly AlliedS...
In this paper, a new poling technology, high temperature poling, was put forward which uses weak ele...
A method for measuring the spatial variation of the macroscopic poling state of a piezoelectric mate...
The poling behavior of a lead-zirconate-titanate piezoelectric ceramic is investigated by measuremen...
Ultrasonic transducers are the basic core component of diagnostic imaging devices, wherein the piezo...
Corona poling is an interesting non-contact poling process for ferroelectric materials which, has in...
AbstractThe dissipation factor (DF) is an important material property of piezoceramics that governs ...
A study of the effect of poling conditions on screen-printed piezoceramics was undertaken. Printable...
Medical ultrasound and other devices that require transducer arrays are difficult to manufacture, pa...