This paper reports a highly sensitive, non-invasive sensor for real-time glucose monitoring
from interstitial fluid. The structure is comprised of a chip-less tag sensor which may be …

Real-time fermentation process monitoring is extremely important in process control
attaining high quality products in many food industries. Although microwave resonators offer …

Ultraviolet (UV) sensors are a key component in growing applications such as water quality
treatment and environmental monitoring, with considerable interest in their miniaturization …

Multivariable component analysis is one of the most challenging topics in the area of
microwave resonator based sensors. In this article, a new approach is developed for …

Monitoring lactate levels is an established method for determining hyperlactatemia in
critically ill patients and assessing aerobic fitness. It is a widely used gold-standard …

In this work, a novel method for non-invasive, label-free, multi-variable volumetric
concentration analysis of mixtures is presented based on wide-band microwave resonators …

One of the most important characteristics of planar microwave resonator-based sensors is
their sensitivity. Since their measuring parameter is resonance frequency shift, the sensitivity …

Microwave split-ring resonators are utilized as sensors in a wide variety of applications due
to their remarkable features, such as extremely low cost, high sensitivity, and relatively high …

Biofuel contamination by water becomes a very important issue, as biofuel usage is getting
more popular. Therefore, real-time monitoring of water content in biofuel is very critical. This …

Accurately assessing dehydration is crucial in many diverse clinical applications and the
sports industry. Currently used methods for assessing dehydration rely on either skin pinch …