We presented the numerical analysis of the polarization insensitive tunable T-shaped
graphene-based frequency selective surface for the far infrared frequency spectrum. The …

The scattering of the H-polarized plane electromagnetic wave by a finite multilayer graphene
strip grating is considered. The properties of the whole structure are obtained from the set of …

We consider the scattering and absorption of plane H-polarized wave by finite number of
graphene strips placed inside a dielectric slab, in the THz range. The problem is reduced to …

The scattering and absorption of the H‐polarised wave by a finite number of graphene strips
embedded into a grounded dielectric slab is considered in the terahertz frequency range …

We consider the scattering and absorption of a plane H-polarized THz wave by an infinite
periodic graphene strip grating embedded into a grounded dielectric slab. The problem is …

This paper proposes the tunable graphene-assisted polarizer structure which is working on
the infrared frequency range. The tunable polarizer has been designed by a three-layered …

We report a prediction of the optical effect apparently not discussed earlier. As known both
from theory and experiment, the gratings of flat graphene strips lying on dielectric substrates …

We consider the scattering and absorption of the H-polarized plane wave by finite and semi-
infinite systems of layers in the THz range. Every layer consists of an infinite graphene strip …

The scattering of the H-polarized eigenwaves of a planar dielectric waveguide by a finite
number of graphene strips in the THz range is considered. The grating is placed inside the …

We analyze numerically the H-polarized plane wave scattering and absorption by an infinite
grating of flat graphene strips lying on a dielectric substrate of finite thickness. The full-wave …