We studied numerically the potential use of a micro-size graphene strip as a surface
plasmon (SP) resonance-based bulk refractive-index sensor in the THz frequency regime …

We investigate the emission of waves by a thin silver nanostrip placed into the center of a
circular quantum wire (QWR), in the visible-light range. Our analysis uses the …

This chapter reviews the nature and the history of discovery of the high-quality natural
modes existing on periodic arrays of many sub-wavelength scatterers as specific …

Metallic compound gratings are studied in this work by means of an analytical equivalent
circuit approach in order to obtain its transmission and reflection properties when illuminated …

We present n-point Gauss–Gegenbauer quadrature rules for weakly singular, strongly
singular, and hypersingular integrals that arise in integral equation formulations of potential …

Extraordinary enhancement of the Faraday rotation (over 1000 times) for a perfect electric
conductor (PEC)-like layer with square-shaped apertures filled with yttrium iron garnet (YIG) …

We investigate the interplay of several different types of resonances in the scattering of light
by finite comb-like nanogratings made of silver strips, in the H-and E-polarization cases. The …

We present the results of numerical simulation of the scattering of the H-polarized
electromagnetic wave by a finite grating made of dielectric nanowires, in the visible range of …

We consider the effect of diffraction radiation, which accompanies the motion of a modulated
beam of electrons between a pair of identical silver nanowires, in the optical range of …

Numerical solution is presented for light scattering from two kinds of free-standing periodic
arrays, that is, disks made of noble-metal and circular apertures perforated in a thin noble …