Sensors based on “resonance phenomenon” span a broad spectrum of important current
applications including detection of biological and chemical agents, and measurements of …

Inexpensive and accurate tools for monitoring conditions in enclosed environments (through
garments, bandages, tissue, etc.) have been a long-standing goal of medicine. Passive …

In this paper, a microwave sensor based on the split ring resonator has been proposed to
detect the real part of the dielectric constant of the liquid sample. The proposed structure …

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 …

A high-sensitive microwave microfluidic sensor based on improved split ring resonator
(SRR) for detecting glucose concentration in aqueous glucose solutions is proposed. The …

The paper proposes an ultrahigh sensitivity microwave sensor for retrieving the complex
permittivity of the liquid sample. The proposed sensor originally evolves from the …

This paper presents a high-sensitive planar microwave sensor based on the metamaterial
technology, integrated with a microfluidic channel to be used for liquid sensing in a variety of …

This paper presents novel structures of planar microwave sensors for detecting and
characterizing the dielectric properties in common solid materials which produce high Q …

In this paper, a planar microstrip sensor based on a band-stop filter for determining relative
permittivity of solid materials is presented. The proposed sensor has been composed of the …

In this study, a critical evaluation of analyte dielectric properties in a microvolume was
undertaken, using a microwave biochemical sensor based on a circular substrate integrated …