A resonator is defined as a device that generates waves in harmony with its structure, allowing an exact integral number of half wavelengths to fit within it, enabling the production of specific modes of …

A resonator is defined as a device that confines energy, typically in the form of oscillations, and is characterized by its ability to resonate at specific frequencies, such as in the case of a dielectric …

A resonator is defined as a device that stores or confines electromagnetic energy, allowing for a finite flux of this energy within its structure. It can be constructed as either a reflection or transmission type …

A resonator is defined as a device that facilitates the back-and-forth travel of waves between reflectors, allowing for frequency selection through the summation of waves arriving in phase at specific …

Nov 1, 2024 · BAW resonator-based sensors use resonant mass sensing technique. In this technique, any changes in the characteristics of acoustic wave propagating in the resonator give a sign of …

Sep 1, 2025 · A Helmholtz resonator, which consists of a gas-filled chamber with an open neck, can be modelled as a mass-spring-damper system, as shown in Fig. 1. The mass represents the air volume …

Dec 1, 2017 · Helmholtz resonator is one of the most basic acoustic models in acoustic theoretical research and engineering applications. It is simple and effective…

Sensitive and multidimensional detection of trace liquid analytes remains a key challenge for compact, label-free sensor platforms. To address this, w…

A Helmholtz resonator is defined as a system consisting of a chamber with rigid walls connected to a constricted duct, which exhibits a dynamic regime where mass and stiffness effects are uncoupled, …

A resonator cavity is defined as an enclosure formed by a three-dimensional conducting surface with apertures that allow electromagnetic energy to enter and exit, designed for specific frequencies …