We present a new approach to the computation of an electrical field propagating in a dielectric structure. We use the Green's-function technique to compute an exact solution of the wave equation. No paraxial approximation is made, and our method can handle any kind of dielectric medium (air, semiconductor, metal, etc.). An original iterative numerical scheme based on the parallel use of Lippman-Schwinger and Dyson's equations is demonstrated. The influence of the numerical parameters on the accuracy of the results is studied in detail, and the high precision and stability of the method are assessed. Examples for one and two dimensions establish the versatility of the method and its ability to handle structures of arbitrary shape. The applic...
This paper presents a novel approximate solution for electromagnetic scattering by planar homogeneou...
Recently a novel method has been proposed for the calculation of the scattering of an incoming elect...
In this dissertation, efficient algorithms for the study of waveguiding and scattering from dielectr...
We present a new approach to the computation of an electrical field propagating in a dielectric stru...
Abstract—We propose a new approach to solve the problem of the propagation of electromagnetic waves ...
The paper describes principles of two non-standard numerical iterative methods of investigating the ...
A novel method is elaborated for the electromagnetic scattering from periodical arrays of scatterers...
We present the study of dielectric constant and its influence on wave propagation through an inhomog...
We present a numerical approach to the simulation of dielectric waveguides that is free of spurious ...
Numerical and semi-analytical methods useful for analysis of the total field propagation in dielectr...
The paper considers application of the Green's tensor functions to analysis of the multilayer magnet...
The calculation of electromagnetic (EM) fields and waves inside finite-sized structures comprised of...
A method for obtaining total field solutions from the Helmholtz equation for optical waveguiding str...
A new method for solving the transverse part of the free-space Maxwell equations in three dimensions...
The problem of electromagnetic wave propagation across the junction of two similar planar dielectri...
This paper presents a novel approximate solution for electromagnetic scattering by planar homogeneou...
Recently a novel method has been proposed for the calculation of the scattering of an incoming elect...
In this dissertation, efficient algorithms for the study of waveguiding and scattering from dielectr...
We present a new approach to the computation of an electrical field propagating in a dielectric stru...
Abstract—We propose a new approach to solve the problem of the propagation of electromagnetic waves ...
The paper describes principles of two non-standard numerical iterative methods of investigating the ...
A novel method is elaborated for the electromagnetic scattering from periodical arrays of scatterers...
We present the study of dielectric constant and its influence on wave propagation through an inhomog...
We present a numerical approach to the simulation of dielectric waveguides that is free of spurious ...
Numerical and semi-analytical methods useful for analysis of the total field propagation in dielectr...
The paper considers application of the Green's tensor functions to analysis of the multilayer magnet...
The calculation of electromagnetic (EM) fields and waves inside finite-sized structures comprised of...
A method for obtaining total field solutions from the Helmholtz equation for optical waveguiding str...
A new method for solving the transverse part of the free-space Maxwell equations in three dimensions...
The problem of electromagnetic wave propagation across the junction of two similar planar dielectri...
This paper presents a novel approximate solution for electromagnetic scattering by planar homogeneou...
Recently a novel method has been proposed for the calculation of the scattering of an incoming elect...
In this dissertation, efficient algorithms for the study of waveguiding and scattering from dielectr...