A microwave microfluidic sensor for detecting binary liquid mixtures with a dielectric method
at RF/microwave frequencies is presented in this article. The sensor is based on a split-ring …

Cell analysis plays an important role in disease diagnosis. However, many characterisation
techniques are labour intensive, expensive and time-consuming. Impedance and dielectric …

Electronics is a field of study ubiquitous in our daily lives, since this discipline is undoubtedly
the driving force behind developments in many other disciplines, such as …

In this paper, a novel multi-layered waveguide-fed slotted cavity antenna array operating in
the K-band (ie, 18–27 GHz) is presented. The antenna is composed of 64 (8× 8) groups of …

Accurate permittivity characterization has attracted a lot of attention in various areas.
Resonant characterization methods are well-known for their accuracy, but they are restricted …

After a thorough investigation, this paper introduces a novel and simple radiofrequency
material characterization technique. For this study's purposes, two probes were developed …

A simplified dielectric material characterization technique that combines an equivalent
impedance algorithm and a general “line-line” trace method is introduced. The technique is …

A multiline and multimaterial calibration method is proposed, which is aimed at replacing
state-of-the-art two-tier microwave calibration techniques in liquid characterization process …

The singular spectrum analysis (SSA) technique has been applied for the elimination of
ripples in the measured phase constant (β) of transmission lines with small impedance …

Microwave biosensing is a rapidly growing field of bioengineering. The progress in micro-
and nanotechnologies and the recent advances in microwave dielectric spectroscopy have …