This research comprehensively studies a magnetostriction-based cantilever resonator
magnetic sensor of Iron Gallium (FeGa) coupled to a piezoelectric material of lead zirconate …

A new sensitivity enhancement scheme, mainly comprised of a harmonic oscillator and a set
of magnetic material, is proposed for desirable applications in cantilever-based resonant …

We report on an accelerometer micro-sensor based on epitaxial gallium nitride and silicon.
The device is a vibrating beam accelerometer fabricated with a micro-electro-mechanical …

We report on the first experimental characterization and analysis of the thermal response
and temperature coefficient of resonance frequency (TC f) of gallium nitride/aluminum nitride …

This study proposes a suspended thin-film blue light emitting diode (LED) device using
backside processing to enhance the performance and light extraction efficiency (LEE) of …

A mode-localized ΔE-effect magnetic sensor model is established theoretically and
numerically. Based on the designed weakly coupled resonators with multi-layer film …

We present electrical measurements of gallium nitride/Aluminum nitride (GaN/AlN)
microelectromechanical system (MEMS) beams under the combined influence of strain and …

We report on the first experimental characterization and analysis of the temperature
coefficient of resonance frequency (TCf) of gallium nitride/aluminum nitride (GaN/AlN) …

Due to their excellent capabilities to generate and sense ultrasound signals in an efficient
and well-controlled way at the microscale, piezoelectric micromechanical ultrasonic …

L'utilisation des technologies MEMS dans la navigation aéronautique présente deux
difficultés majeures. D'une part, le bon fonctionnement des appareils de mesure de l'aviation …