Localized surface plasmons (LSPs) are localized oscillations of free electrons in metal
nanoparticles at optical frequencies. Confined mode profiles and near‐field enhancements …

The conventional resonant-type microwave microfluidic sensors made of planar resonators
suffer from limited sensitivities. This is due to the existence of several distributed capacitors …

Microwave sensors offer attractive solutions to highly sensitive, rapid, and non-invasive
measurements. Microfluidic technology has exquisite advantages of small size …

This article presents the design and analysis of a real-time non-invasive microwave
microfluidic sensor for measuring glucose concentration in aqueous solutions. The sensor is …

The planar nature of microwave sensors leaves them vulnerable to ambient temperature
changes with potential impact on the perception of the material under test. A temperature …

This letter presents a differential microwave permittivity sensor based on the reflection
coefficient of microstrip lines terminated with series LC resonators. A 50 Ω resistor is …

Ice accumulation on aircraft is known to negatively impact the aerodynamic and mechanical
operation, sometimes resulting in catastrophic failure. Recently, microwave resonators have …

In this letter, we present a novel sensor based on a planar resonator embedded within a 3-D
printed fluidic channel for liquid sensing applications with a maximum detectable resolution …

This paper presents a microwave sensor for simultaneous measurement of permittivity and
thickness in dielectric materials. The sensor is made of a dual-mode magnetic-LC resonator …

Abstract Design of a reusable microfluidic sensor for blood glucose estimation at microwave
frequencies is presented. The sensing unit primarily comprises a complementary electric LC …