Circuit analysis of frequency selective surfaces is reviewed with the aim to underline range
of validity of different models and their advantages in terms of simplicity and physical insight …

A fully analytical multimodal equivalent circuit is presented for the modeling of the scattering
of an obliquely incident plane wave by a two-dimensional (2-D) periodic array of metallic …

A novel depolarizing chipless radio-frequency identification tag is employed to estimate the
variation of the dielectric properties of materials. The tag, comprising two 45° tilted dipoles …

A metallic perfect electromagnetic absorber consisting of two-dimensional arrays of
Jerusalem cross cavities placed on a dielectric substrate ended with a conducting layer …

In the study of electromagnetic wave propagation and scattering, researchers have always
faced the dichotomy of dealing directly with Maxwell's equations (and their complicated …

A metal–graphene metamaterial device exhibiting a tunable, electromagnetically induced
transparency (EIT) spectral response at terahertz frequencies is investigated. The …

Antireflection has been a critical part in the design of optical and opto-electronic instruments.
In the emerging millimeter (mm)-wave technology for the next-generation communication …

A simple and accurate approach for computing the effective permittivity of metasurfaces
embedded within arbitrary stratified media is presented. The proposed model provides …

This work presents a fully analytical method for obtaining equivalent circuit models (ECMs)
that predict the magnitude and phase of scattering parameters for reflectarray (RA) and/or …

In this work, a terahertz sensor based on a cross dipole frequency selective surface is
analyzed and experimentally tested. The sensing structure is optimized for operation at the …