Conductive polymer coatings have exhibited great potential for wearable electromagnetic
interference (EMI) shielding fabrics. Here, we report an efficient yet simple strategy to …

We propose an effective microwave method for reference-plane-invariant and thickness-
independent constitutive parameters measurement of thin materials. A function depending …

In this paper, we devise a position-invariant method for unique and accurate complex
permittivity (ε r) determination of low-loss samples from transmission and shorted-reflection …

A self-calibrating transmission-reflection method for extraction of electromagnetic properties
of materials from waveguide measurements is proposed. It relies on three measurement …

A metamaterial-based permittivity and thickness sensor structure for dielectric substrate
material has been proposed at the X band frequency regime. The sensor structure is …

A dual-channel attenuation measurement system has been developed to measure the
dielectric properties of low-permittivity and low-loss homogenous materials. The scattering …

A microwave method relying on uncalibrated scattering (S-) parameters is proposed to
measure the complex permittivity (ε r) of thin dielectric samples. It has the following two main …

A method is proposed for unique and accurate permittivity (ε r) extraction of low-loss thin
samples from reference-plane-invariant amplitude-only measurements without resorting to …

In this study, we investigate transmitted, reflected, and absorbed powers in forward and
backward directions of periodic and aperiodic multilayered structures composed of bi …

This paper explores time‐modulated metasurface‐assisted waveguide setups for the unique
and accurate permittivity and permeability extraction of lossy dispersive samples with phase …