Deciphering how the dielectric properties of textile materials are orchestrated by their
internal components has far-reaching implications. For the development of textile-based …

A fully 3-D-printed wideband metamaterial absorber, characterized by an absorptivity above
0.95 in the X and Ku-bands and with a fractional bandwidth of 0.71, is presented in this …

It is challenging to achieve high-strength absorption and effectively broaden the absorbing
bandwidth when using conventional flat microwave-absorbing cementitious materials. To …

Thanks to the growing development of printable materials dedicated to microwave
applications, 3D printing technology is bringing new opportunities to RF engineering. In this …

After further transmission line technique investigation, we propose a new approach to
material characterization based on the combination of the propagation constant and the …

To meet the requirements of the in situ measurement of the absorbing properties of materials
and break through the limitations of the transmission line probe method in ultrawideband …

This paper presents the theoretical basis and experimental validation for a technique to
remotely characterize materials using FMCW radar sensors with complex baseband …

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

This study presents a new method for measuring the propagation constant of transmission
lines using a single line standard and without prior calibration of a two-port vector network …

Metallic mesh is an important transparent electromagnetic shielding component with
applications in many fields. When metallic mesh has been assembled to the shielding …