Abstract: Perforated screens can be used as frequency selective surfaces when a high pass frequency response is required. In this paper, a spectral characterisation of perforated screens is presented. The analysis yields the generalised scattering matrix of each screen, which is a useful tool for studying composite structures. Numerical results, relative to single and double screens with periodical distributions of circular apertures, are discussed
Frequency Selective Surfaces (FSSs) are spatial filters that are largely employed in radomes for rad...
Frequency Selective Surfaces (FSSs) are spatial filters that are largely employed in radomes for rad...
A plane wave impinges on a perfectly conducting thick screen perforated with a periodic array of ape...
This thesis presents a new method that can handle a general thick Frequency Selective Structure (FSS...
The "classical" analysis techniques for single-layer, infinite, planar, periodic frequency selective...
A new technique for the analysis ofperforated screens, with multiplyconnected apertures, in a strati...
We study the electromagnetic scattering by multilayered biperiodic aggregates of dielectric layers a...
The "classical" analysis techniques for single-layer, infinite, planar, periodic frequency selective...
A 2-D periodic array of annular apertures (or ring slots) is studied using an accurate circuit model...
This dissertation deals with periodic structures that are used as free-space electromagnetic filters...
We present the numerical simulation results of the scattering of a plane linearly polarized wave at ...
A 2-D periodic array of annular apertures (or ring slots) is studied using an accurate circuit model...
Frequency Selective Surfaces (FSSs) are spatial filters that are largely employed in radomes for rad...
A plane wave impinges on a perfectly conducting thick screen perforated with a periodic array of ape...
ABSTRACT: The paper is devoted to a numerical analysis of frequency characteristic of a two-periodic...
Frequency Selective Surfaces (FSSs) are spatial filters that are largely employed in radomes for rad...
Frequency Selective Surfaces (FSSs) are spatial filters that are largely employed in radomes for rad...
A plane wave impinges on a perfectly conducting thick screen perforated with a periodic array of ape...
This thesis presents a new method that can handle a general thick Frequency Selective Structure (FSS...
The "classical" analysis techniques for single-layer, infinite, planar, periodic frequency selective...
A new technique for the analysis ofperforated screens, with multiplyconnected apertures, in a strati...
We study the electromagnetic scattering by multilayered biperiodic aggregates of dielectric layers a...
The "classical" analysis techniques for single-layer, infinite, planar, periodic frequency selective...
A 2-D periodic array of annular apertures (or ring slots) is studied using an accurate circuit model...
This dissertation deals with periodic structures that are used as free-space electromagnetic filters...
We present the numerical simulation results of the scattering of a plane linearly polarized wave at ...
A 2-D periodic array of annular apertures (or ring slots) is studied using an accurate circuit model...
Frequency Selective Surfaces (FSSs) are spatial filters that are largely employed in radomes for rad...
A plane wave impinges on a perfectly conducting thick screen perforated with a periodic array of ape...
ABSTRACT: The paper is devoted to a numerical analysis of frequency characteristic of a two-periodic...
Frequency Selective Surfaces (FSSs) are spatial filters that are largely employed in radomes for rad...
Frequency Selective Surfaces (FSSs) are spatial filters that are largely employed in radomes for rad...
A plane wave impinges on a perfectly conducting thick screen perforated with a periodic array of ape...