This paper describes a low-cost, small size, and high-sensitivity microwave sensor using a
Complementary Circular Spiral Resonator (CCSR), which operates at around 2.4 GHz, for …

A high sensitivity complementary multiple split ring resonator (CMSRR) based submersible
microwave sensor for edible oil detection and quality analysis is proposed. The main part of …

In this paper, we propose a novel low-cost microwave vector system dedicated for
monitoring the properties of liquid samples. The system is composed of the differentially fed …

In this paper, a novel machine learning assisted microwave sensor is introduced for the
dielectric parameter characterization of ethanol liquid samples with different ingredient …

A novel robust approach for permittivity measurements of liquid materials in a wide
frequency range is proposed. A high-sensitivity microwave-fluidic sensor is developed …

In this article, a novel microwave microfluidic coupled-line sensor allowing for monitoring of
proportional quantities and determination of complex permittivity of liquid dielectric samples …

Handling and processing of potatoes is performed in increasingly large and more automated
facilities, and the industry calls for more automated machinery for quality assessment and …

A novel method for detection of low methanol contamination in ethyl alcohol is introduced.
The approach is centered around sensing the electrical permittivity of the solution at low …

Abstract A five-Port Reflectometer (FPR) with the integration of ultra-wideband (UWB)
Epsilon Negative (ENG) Double Split Ring Resonator (DSRR) metamaterial array is …

This paper aims to study a triple flat-type air coil inductive sensor that can identify two
maturity stages of oil palm fruits, ripe and unripe, based on the resonance frequency and …