In this paper, the characteristics matrix method is employed to theoretically investigate the
propagation of electromagnetic waves through one-dimensional extrinsic Octonacci …

In this work we theoretically investigate the influence of disorder and external perpendicular
magnetic field on terahertz (THz) absorption in graphene/SiC cap layers on top of one …

In this paper, we have employed the transfer-matrix method to study theoretically the light
waves propagation in extrinsic magnetized plasma multilayer, which is composed of a bulk …

This paper presents the numerical study of Dodecanacci superconductor-metamaterial
based one-dimensional quasiperiodic multilayer to determine their critical transmittance …

An extrinsic magnetized plasma quasi-multilayer is demonstrated using the transfer-matrix
method with an extrinsic bulk plasma inspired structure. The transmittance of the extrinsic …

The light-matter interaction is a very active and attractive research field and it is the basis of
the photonic devices based on the generation, processing and storage of photons. In this …

Theoretically, the transmission properties of a symmetric double-negative metamaterial one-
dimensional photonic crystal containing an extrinsic random layer thickness magnetized …

The study of photonic crystals, artificial materials whose dielectric properties can be tailored
according to the stacking of their constituents, remains an attractive research field, and it is …

In the present study, the transmission properties of one-dimensional extrinsic
aperiodic/periodic photonic crystal n-GaAs is investigated by using the external magnetic …

The transmittance spectrum of n-GaAs based one dimensional extrinsic magnetized
Dodecanacci multilayered photonic structure is investigated. The two-layered system as the …