In this study, a microwave resonant sensor with an operation frequency of 9 GHz and a
quality factor of 240 has been designed, fabricated and tested by fingertips of the users to …

In this paper, the human milk dielectric constant by a microwave sensor has been evaluated.
The proposed sensor is result of coupling between a simple microstrip line and a split ring …

Simple methods using a microstrip coupled-line directional coupler (CLDC) are presented
for dielectric constant measurements. The material under test (MUT) is placed on the …

This study proposes an ultrahigh-sensitivity split-ring resonator-based microwave sensor for
retrieving the complex permittivity of liquid samples. An interdigital capacitor structure was …

This work proposes a novel coupling mechanism for a complementary split-ring resonator as
a planar near-field microwave sensor for dielectric materials. The resonator is etched into …

Microwave sensors are typically characterized using a vector network analyzer (VNA) that
measures the scattering parameters of the device under test (DUT) over a wide frequency …

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 …

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 …

In this manuscript, a microwave sensing system for extracting complex permittivity of binary
aqueous solutions based on a modified microstrip line with interdigital structure (IDS) etched …

This article presents a sensor able to detect small changes in the dielectric constant of its
surrounding with regard to a reference (REF) value. The sensor operates in transmission, is …