All-dielectric nanophotonics opens a venue for a variety of novel phenomena and scattering
regimes driven by unique optical effects in semiconductor and dielectric nanoresonators …

Flexural vibration of pipes is a common problem in many practical engineering applications,
which usually influences the operating state of the system or even causes damage of the …

Resonant mechanical sensors are often considered as mass balance, which responds to an
analyte adsorbed on or absorbed in a thin sensitive (and selective) layer deposited on the …

Mechanical resonators have a long tradition. We concentrate on new results with a sensor
for liquid analytes, the phononic crystal (PnC) sensor. Here, the liquid analyte becomes the …

We propose the design of a phononic crystal to sense the acoustic properties of a liquid that
is constituted by an array of silicon ridges on a membrane. In contrast to other concepts, the …

Phononic crystals (PCs) are a novel class of artificial periodic structure, and their band gap
(BG) attributes provide a new technical approach for vibration reduction in piping systems. In …

This article introduces a new approach to provide a magnetically tunable add-drop filter
structure based on a solid–solid phononic crystal by varying the magnetic field intensities of …

A pair of weakly coupled point defects in a liquid–solid phononic crystal are employed for
liquid concentration sensing. An exemplary case of methanol in ethanol is investigated. As …

Phononic crystal (PnC) sensors are recognized for their capability to control acoustic wave
propagation through periodic structures, presenting considerable potential across various …

Studying the mechanical properties mismatching of SnSe 2/ZrS 2 2D materials with Voigt-
Reuss-Hill (VRH) schemes promise a novel structure for sensing applications. For the first …