We report on the theoretical models of the plasmoincs Talbot effect in graphene
nanostructure. The Talbot effect for the plasmonics applications in the IR range is …

In this article, the plasmonic Talbot effect supported by a graphene monolayer is
investigated theoretically when surface plasmon polaritons (SPPs) are excited on the …

We theoretically predict and numerically simulate the discrete plasmonic Talbot effect in
dielectric graphene plasmonic waveguide (DGPW) arrays at THz wavelengths. The super …

Excitation of novel graphene plasmons is examined using finite-element analysis via
COMSOL RF module 5.6. The theoretical model is simulated with graphene grating on the …

We report a distributed circuit modeling based on analytical study of the tunable enhanced
lateral displacement of electromagnetic waves in total reflection of light beams from a …

In this work, we simulate and analyze the influence of the short graphene nanoribbon on
transporting of graphene plasmonic waves (GPWs) on an infinite graphene monolayer by a …

A numerical study of graphene plasmons (GPs) propagating along various doping profiles of
the graphene sheet is proposed. We show that the GP reflection at an abrupt doping …

Gated or doped graphene can support plasmons making it a promising plasmonic material
in the terahertz regime. Here, we show numerically that in a tapered graphene plasmonic …

An approach to capture light efficiently into graphene surface plasmons by patterning the
sinusoidal dielectric metasurfaces above and below the graphene sheet is proposed. The …

Graphene nanoribbon (GNR), as a fundamental component to support the surface plasmon
waves, are envisioned to play an important role in graphene plasmonics. However, to …