Add to ORKGAbstract. An efficient algorithm for the evaluation of the Greens function and mode excitation by line sources in a two-dimensional PBG waveguide that is based on a method of moments formulation is presented. I
A deep analysis of the directivity enhancement, due to the insertion of a simple linear antenna into...
For weakly guiding dielectric waveguides, the eigenmode field distributions are calculated numerical...
In this paper, we apply the integral equation formulation to calculate the mode characteristics of p...
An efficient semianalytical algorithm for the evaluation of the field and modal excitation by a line...
A fast mode analysis for waveguides of arbitrary cross section with multiple regions is presented in...
Method of Moments (MoM) modeling inside resonating structures is discussed and a novel approach call...
Full-wave numerical approaches for the analysis of leaky modes propagating in Electromagnetic-Bandga...
This paper presents an analytical and numerical investigation of the radiation features of an intere...
International audienceWe derive a radiative transfer equation that accountsfor coupling from surface...
Full-wave numerical approach for the analysis of leaky modes in periodic and bandgap structures comp...
A heuristic formalism is developed for efficiently determining the specular reflectivity spectrum o...
A new formulation of the plane-wave method to study the characteristics (dispersion curves and field...
In this contribution the mode matching technique is applied to compute the absorption characteristic...
The Green's function analysis of oversized waveguides with one wall realized as a periodic structure...
In this paper, we present a procedure to calculate the discrete modes propagated with Crank-Nicolson...
A deep analysis of the directivity enhancement, due to the insertion of a simple linear antenna into...
For weakly guiding dielectric waveguides, the eigenmode field distributions are calculated numerical...
In this paper, we apply the integral equation formulation to calculate the mode characteristics of p...
An efficient semianalytical algorithm for the evaluation of the field and modal excitation by a line...
A fast mode analysis for waveguides of arbitrary cross section with multiple regions is presented in...
Method of Moments (MoM) modeling inside resonating structures is discussed and a novel approach call...
Full-wave numerical approaches for the analysis of leaky modes propagating in Electromagnetic-Bandga...
This paper presents an analytical and numerical investigation of the radiation features of an intere...
International audienceWe derive a radiative transfer equation that accountsfor coupling from surface...
Full-wave numerical approach for the analysis of leaky modes in periodic and bandgap structures comp...
A heuristic formalism is developed for efficiently determining the specular reflectivity spectrum o...
A new formulation of the plane-wave method to study the characteristics (dispersion curves and field...
In this contribution the mode matching technique is applied to compute the absorption characteristic...
The Green's function analysis of oversized waveguides with one wall realized as a periodic structure...
In this paper, we present a procedure to calculate the discrete modes propagated with Crank-Nicolson...
A deep analysis of the directivity enhancement, due to the insertion of a simple linear antenna into...
For weakly guiding dielectric waveguides, the eigenmode field distributions are calculated numerical...
In this paper, we apply the integral equation formulation to calculate the mode characteristics of p...