Palladium (Pd) nanoparticles (5–20 nm) are used as the sensing layer on surface acoustic
wave (SAW) devices for detecting H2. The interaction with hydrogen modifies the …

The paper presents 3D finite element simulation and analysis of Love wave resonator with
different guiding layer materials and investigation of the coupled resonance effect with ZnO …

The paper presents 3D finite element simulation and fabrication of SH-SAW resonator to
investigate coupled resonance in the device with S1813 micro-ridges and its potential use …

Recently we reported experimental and simulation results on an increase in resonance
frequency of a SAW resonator caused by mass loading of micropillars made of SU-8 …

Surface acoustic wave (SAW) devices can be modeled using various methods such as
equivalent circuit model, coupling of modes method and finite element method (FEM). FEM …

The paper presents 3D finite element simulation of a Love wave resonator using coupled
resonance with ZnO nanorods for biosensing application. The variation in mode shape …

In this work, FEM simulation was used to investigate the sensitivity of a one-port surface
acoustic wave (SAW) resonator sensor to changes in electrical conductivity of the sensing …

The impact of substrate on Pd nanofilm expansion in a Pd-H 2 system is investigated using
polymer microcylinder ring resonator (PMRR) platform. Being a highly sensitive platform for …

Research evidence abounds on the effectiveness of micropillar‐based
microelectromechanical systems for the detection of a wide variety of ultrasmall biological …

This study presents finite element time‐domain simulation of a‐YX LiTaO3 Love wave (LW)
delay line to explore coupled resonance phenomenon with ZnO nanorods designed on the …