This article proposes the integration of microwave sensors (MSs) and antenna sensors
(ASs) for contact and noncontact characterization of solid materials. Integration between MS …

This article presents a novel approach for noncontact dielectric characterization of
micrometer-sized samples through the integration of a microwave patch antenna and …

This article proposes a novel microfluidic sensor designed with a highly accurate Q‐factor
for liquid detection. The proposed sensor is developed and implemented with a gap …

In this article, a method is proposed for the characterisation of epoxy resin thermal and
hygrothermal ageing based on microwave resonator with interdigital‐capacitor‐shaped …

This paper outlines the design and the implementation of a planar microwave resonator
sensor for sensing application using the perturbation concept in which the dielectric …

In order to achieve rapid and simple non‐destructive testing of water trees in materials, a
novel water tree characterisation method based on the complementary split ring resonators …

In this paper, the aging characterization of a kind of insulating paper modified by magnetron
sputtering MgO particles based on a microstrip resonant sensor was presented. Firstly, the …

A novel method is proposed for the simple nondestructive characterization of aging degree
of oil-paper insulation materials based on complementary split ring resonator (CSRR) in this …

This paper proposes a UHF-band microwave sensor for solid material detection based on a
tweaking electric field coupled (ELC) resonator. The microwave sensor operates at a low …

This study proposes the design of a dual-band independent microwave sensor for the
simultaneous detection of the permittivity of various solid materials. The sensor utilizes two U …