Microwave resonant sensors are limited in their current form to a static resonant frequency,
which can lead to misidentification when two materials or mixtures with similar dielectric …

This article presents a highly sensitive microwave sensor for dielectric sensing. One of the
main disadvantages of microwave resonant-based sensors is cross sensitivity originated by …

In this article, a microwave-based sensor for noninvasive glucose detection is proposed.
Considering the concentrations of substances other than glucose in the blood, sodium …

Increasing competitiveness, as well as levels of sustainability, are some of the main
challenges that the packaging sector is facing. The introduction of information and …

This article describes the development of a microwave sensor with a high Q-factor for
measuring permittivity. The compact size of the sensor is deemed essential, leading to the …

A novel low-cost microwave sensor system is proposed for accurate sensing of the real
relative permittivity of materials under test (MUT). The proposed solution eliminates the need …

This article introduces a novel, cost-effective, and durable strain sensor with exceptional
sensitivity and resolution, utilizing an open-ended hollow coaxial cable resonator (OE …

An expandable microfluidic component is integrated with a microwave resonator to allow in
situ monitoring of pressure/flow rate changes in a microfluidic system. The resonator is a …

This article presents a linear displacement sensor exhibiting good linearity and dynamic
range. The sensor consists of a pair of parallel microstrip lines both terminated with a …

Often, extreme working environments with temperatures exceeding 800° C result in the
failure of conventional sensors. Recently, ceramic-based microwave backscattering wireless …