The propagation characteristics in multilayer dielectric periodic structures, that extends a previous analysis by introducing additional dielectric layers, is presented. It is applied to propagating electromagnetic modes along the longitudinal and transverse directions of the structure's periodicity. The use of Floquet's theorem reduces the analysis to a single cell of the propagating fields for both, TE and TM polarizations. Results showing the effect of varying the layers thickness and electric permittivity on the propagation constant and on the field distributions within each cell are presented as well as the band structure associated with the periodic structure.41101432143
A novel full-wave method for the modal characterization of dielectric electromagnetic band-gap struc...
A novel full-wave method for the modal characterization of dielectric electromagnetic band-gap struc...
[[abstract]]In this paper, an approach using the mode-matching technique in conjunction with the Flo...
Several analytic methods are used to derive and discuss analytic expressions for electromagnetic wav...
The propagation of electromagnetic waves in periodic dielectric structure was analyzed using plane w...
The propagation of electromagnetic waves in periodic dielectric structure was analyzed using plane w...
The spectral response of the periodic antenna structure placed in a dielectric homogeneous medium de...
The periodic dielectric rod antenna structure under consideration consists of identical dielectric r...
The waveguide propagation of a monochromatic electromagnetic wave in a multilayer smoothly-irregular...
The waveguide propagation of a monochromatic electromagnetic wave in a multilayer smoothly-irregular...
[[abstract]]A mode-matching technique in conjunction with Floquet theory is employed to study the sc...
We model guided modes for an infinitely long metallic structure in the lateral direction that is inv...
A novel full-wave method for the modal characterization of dielectric electromagnetic band-gap struc...
The authors consider periodic structures made of spheres embedded in a host material with a differen...
The scattering characteristics of dielectric periodic structures are discusses based on Floquet mode...
A novel full-wave method for the modal characterization of dielectric electromagnetic band-gap struc...
A novel full-wave method for the modal characterization of dielectric electromagnetic band-gap struc...
[[abstract]]In this paper, an approach using the mode-matching technique in conjunction with the Flo...
Several analytic methods are used to derive and discuss analytic expressions for electromagnetic wav...
The propagation of electromagnetic waves in periodic dielectric structure was analyzed using plane w...
The propagation of electromagnetic waves in periodic dielectric structure was analyzed using plane w...
The spectral response of the periodic antenna structure placed in a dielectric homogeneous medium de...
The periodic dielectric rod antenna structure under consideration consists of identical dielectric r...
The waveguide propagation of a monochromatic electromagnetic wave in a multilayer smoothly-irregular...
The waveguide propagation of a monochromatic electromagnetic wave in a multilayer smoothly-irregular...
[[abstract]]A mode-matching technique in conjunction with Floquet theory is employed to study the sc...
We model guided modes for an infinitely long metallic structure in the lateral direction that is inv...
A novel full-wave method for the modal characterization of dielectric electromagnetic band-gap struc...
The authors consider periodic structures made of spheres embedded in a host material with a differen...
The scattering characteristics of dielectric periodic structures are discusses based on Floquet mode...
A novel full-wave method for the modal characterization of dielectric electromagnetic band-gap struc...
A novel full-wave method for the modal characterization of dielectric electromagnetic band-gap struc...
[[abstract]]In this paper, an approach using the mode-matching technique in conjunction with the Flo...