A new microwave retrieval method is devised to extract complex relative permittivity and
complex relative permeability. It uses reflection-only scattering parameter measurements of …

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

A scattering (S-) parameter method has been proposed for electromagnetic property
extraction of a target layer within metal-backed inhomogeneous metamaterial (MM) …

An effective microwave method is developed for extracting electromagnetic properties of
bianisotropic metamaterial (MM) slabs. As a non-iterative method, it utilizes only the one-port …

A microwave method is devised to extract relative complex permittivity () of medium-or low-
loss dielectric samples. It is simpler, non-iterative, reference-plane-invariant (RPI), and …

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 …

This paper presents a new reflection‐only set‐up for characterizing the properties of an
anisotropic PEC‐backed materials. Albeit, the reflection‐only methods are established long …

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

The scattering parameters of a material under test (MUT) are prerequisites for characterizing
the material parameters of the MUT. This paper describes a free-space two-tier one-port …

In order to conveniently obtain the permittivity of large-sized non-magnetic absorbing
materials, a prediction method based on Cole-Cole model and genetic algorithm is …