Localization and scattering of electromagnetic waves in ordered arrays of finite cylinders

We considered a high-ordered array of a finite number of circular cylinders characterized by a defined length and oriented perpendicularly to a planar substrate (so called «multimers»). On the base of the volume integral equation formalism we studied both straight and inverse dielectric systems with a honeycomb structure. The scattering direction diagrams and a field distribution into/near the cylinders included into a multimer were analyzed at different cylinder and multimer sizes and for a number of materials under condition of incident light directed along a pore axis.