A method for predicting the behavior of the permittivity and permeability of an engineered
material by examining the measured S-parameters of a material sample is devised …

With the advent of metamaterial the approaches of automated extraction of effective
parameters for a metamaterial have recently attracted considerable attention among …

A new, metamaterial-based electromagnetic cloaking operation is proposed in this study.
The metamaterial exhibits a sharp transmittance in the C-band of the microwave spectrum …

Transmission tunneling properties and frequency response of multilayer structure are
theoretically presented by using transfer matrix method. The structure is composed of double …

The geometry of the characteristic element forming the artificial structure of an
electromagnetic metamaterial defines the way the metamaterial will interact with …

We report on preparation and evaluation of constitutive parameters for ferro-nano-carbon
(FNC) split ring resonators (SRRs) behaving as a bianisotropic left-handed material (LHM) …

We propose a non-resonant-type method for reference-plane invariant and thickness-
independent permittivity measurement of solid dielectric materials when there is no …

The chapter deals with the synthesis and applications of nanocarbons such as graphene-
like nanocarbons (GNCs), reduced graphene oxide (rGO), and nanocarbon spheres (CNS) …

This paper reveals the design and analysis of a new split-H-shaped metamaterial unit cell
structure that is applicable for multi-band frequency range, and it shows negative …

A straightforward approach is proposed to retrieve the effective electromagnetic parameters
of a slab of bianisotropic material from the scattering parameters. We first obtain the values …