Extraordinary optical transmission of light or electromagnetic waves through metal plates
periodically perforated with subwavelength holes has been exhaustively analyzed in the last …

This paper presents a quasi-analytical approach to study the classic topic of
transmission/reflection of electromagnetic waves through 1-D periodic arrays of strips/slits in …

Microstructured metallic devices have been extensively studied because of their interesting
properties for controlling the transmission, reflection, and absorption of electromagnetic …

In this letter, a new group of elements of double and triple strips are proposed. Instead of a
single perfectly conducting strip, a group of multiple strips constitutes a unit cell. In this case …

This chapter explains the method of moments (MoM) adapted to the simulation of fields in
periodic and nonperiodic structures. The integral equation (IE) techniques are known for …

The rigorous numerical-analytical approach has been developed and used for study of the
periodic aperture arrays containing multiple dissimilar apertures of complex shapes in …

Extraordinary transmission through periodic distributions of sub-wavelength holes made in
opaque screens has been demonstrated and exhaustively studied along the last decade …

We perform a thorough theoretical analysis of resonance effects when an arbitrarily
polarized plane monochromatic wave is incident onto a double periodically modulated metal …

A plethora of applications are grounded on the physics of electromagnetic interaction with a
periodic arrangement of nanostructures. These range from metamaterials and negative …

We report on the electromagnetic response of a stack of subwavelength hole metal arrays.
The samples were designed for exhibiting left handed dispersion branches under normal …