A comprehensive review of porosity origin, microstructure peculiarities, fabrication methods,
and mathematical models, as well as systematic experimental data for different porous …

A comprehensive review of microstructure peculiarities, mathematical models, methods of
fabrication and measurements, as well as systematic experimental data for different types of …

Pb (Zrx, Ti1− x) O3 (PZT) piezoelectric thin films are of major interest in MEMS technology for
their ability to provide electro-mechanical coupling. In this work, the effective transverse …

The physics of pyroelectric infra red detectors as it applies to the selection of detector
materials is briefly reviewed and the properties of a number of the more commonly used …

We have used resonance methods to determine the variation of all the independent
piezoelectric, elastic, and dielectric material coefficients, as well as the corresponding …

Pb (Zr x, Ti 1− x) O 3 thin films of homogeneous composition were synthesized by means of
a modified sol-gel route on Pt (111)∕ Ti O x∕ Si O 2∕ Si substrates. The gradient in B-site …

We report here the use of finite element simulation and experiments to further explore the
operation of the wafer transducer. We have separately modeled the emission and detection …

Implementing piezoelectric materials as actuators, vibrators, resonators, and transducers
requires the availability of a properties database and scaling laws to allow the actuator or …

A novel method for the identification of embedded piezoelectric stack actuator parameters in
combination with a real-time capable hysteresis compensation measure is presented. The …

The charge constant of piezoelectric material is one of the crucial constant values. At the
present time, the measurement of this value is mostly realized by means of three techniques …