A two-dimensional phononic crystal sensor model with high-quality factor and excellent
sensitivity for sensing acetone solutions and operating at 25–45 kHz is proposed. The model …

In this work, a novel design of a highly sensitive two-dimensional fluid/fluid phononic crystal
sensor for sensing hydrogen peroxide (H 2 O 2) concentrations up to 75.5% in water is …

This paper introduces a solid–liquid modulator for the first time in a solid–liquid phononic
crystal (PnC). Adjusting and designing of the liquid-based Mach–Zehnder interferometer …

In this paper, a novel hybrid sensor with filtering operation is proposed based on metal-
insulator-metal plasmonic waveguides and one-dimensional photonic crystal topology …

In this research, the numerical analyzing procedure for a two-dimensional (2D) solid-fluid
phononic crystal (PnC) demultiplexer is presented. The demultiplexer acts as a selective …

In this research, the sensing NaI (sodium iodide)–water concentration is achieved by using a
local resonant two-dimensional solid–liquid phononic crystal (PnC) design. The sensor …

The resonant acoustic band gap materials have introduced an innovative generation of
sensing technology. Based on the local resonant transmitted peaks, this study aims to …

Mass density nonlinearity in a solid–solid phononic crystal and its effect on phononic band
gap tunability are investigated. Also, a phononic On–Off switch is designed based on …

A numerical investigation on a solid-fluid phononic crystal as a sensor-demultiplexer is
presented in order to detect MeCs, including Fatty Acid Methyl Esters group materials-a kind …

In this work, we have introduced theoretically a novel design of a 1D phononic crystal model
acting as a sensor for gasoline components (blends). The proposed sensor is prepared to …