The scattering-parameter extraction method of metamaterial homogenization is reviewed to
show that the only ambiguity is that related to the choice of the branch of the complex …

The electromagnetic properties of general classes of materials can be obtained by inverting
the measured or numerically simulated reflection (S 11) and transmission (S 21) coefficients …

Transmission-reflection methods suffer from the increasing uncertainty in the phase of
reflection scattering (S-) parameter measurements of low-loss materials. In addition …

Materials described by the constitutive equations D=∊ E+ β∊∇× E and B= μH+ βμ∇× H lack
inversion symmetry due to chirality or handedness in their microstructure. In this paper, we …

Principles underlying the short-circuited-waveguide measurement method and a general
computer program for precisely calculating dielectric properties of materials from such …

A simple yet powerful method is proposed for removing the multiple solutions problem in the
complex permittivity, ϵ, determination from measured transmission scattering (S‐) parameter …

A simple approach is proposed for retrieving the forward and backward wave impedances of
lossless and lossy bianisotropic metamaterials. Compared with other methods in the …

Closed form expressions of the Kramers-Kronig and of the multiply subtractive Kramers-
Kronig relations are derived to predict the real part of the refractive index from the imaginary …

A technique based on artificial neural network (ANN) is proposed to extract the
electromagnetic properties of reflection-asymmetric samples from reference-plane-invariant …

We have derived a one-variable metric function for fast computations of the relative complex
permittivity of low-to-high-loss materials from S 21 measurement at one frequency. We …