This paper deals with the problem of evaluating the electromagnetic field of a perfect electrical conductor (PEC) wedge over stratified media. The particular case wherein one face of the wedge is perpendicular to the direction of stratification has been previously considered and solved by using the generalized Wiener-Hopf technique [1]. In this paper the directions of the two faces of the wedge are arbitrary. We formulate the problem in terms of generalized Wiener-Hopf equations (GWHE) and we propose a solution method based on the reduction of the GWHE to Fredholm integral equations of second kin
Complex scattering problems are often made by composite structures where wedges and penetrable subs...
Abruptly ended dielectric slabs are important components in several areas of applied electromagnetic...
The diffraction of an incident plane wave by an isotropic penetrable wedge is studied using generali...
This paper deals with the problem of evaluating the electromagnetic field of a perfect electrical co...
This paper deals with the problem of evaluating the electromagnetic field of a perfect electrical co...
A perfect electric conductor wedge lying on a dielectric half-space is analyzed, in the frequency do...
This paper presents our recent efforts in developing an effective technique based on Generalized Wie...
In this work we present a new methodology to study complex canonical electromagnetic scattering prob...
This paper provides new functional equations in angular regions that turn useful to study wedge prob...
The book has a dual purpose. The first is to expose a general methodology to solve problems of elect...
A new Wiener–Hopf approach for the solution of impenetrable wedges at skew incidence is presented. M...
This paper presents the formulation of the electromagnetic problem constituted of coupled angular an...
The Wiener-Hopf technique in its generalized form has been applied effectively in electromagnetic wa...
Together with Part 1, Part 2 describes the theory, the validation, and the application of the gener...
Complex scattering targets are often made by structures constituted by wedges and penetrable substra...
Complex scattering problems are often made by composite structures where wedges and penetrable subs...
Abruptly ended dielectric slabs are important components in several areas of applied electromagnetic...
The diffraction of an incident plane wave by an isotropic penetrable wedge is studied using generali...
This paper deals with the problem of evaluating the electromagnetic field of a perfect electrical co...
This paper deals with the problem of evaluating the electromagnetic field of a perfect electrical co...
A perfect electric conductor wedge lying on a dielectric half-space is analyzed, in the frequency do...
This paper presents our recent efforts in developing an effective technique based on Generalized Wie...
In this work we present a new methodology to study complex canonical electromagnetic scattering prob...
This paper provides new functional equations in angular regions that turn useful to study wedge prob...
The book has a dual purpose. The first is to expose a general methodology to solve problems of elect...
A new Wiener–Hopf approach for the solution of impenetrable wedges at skew incidence is presented. M...
This paper presents the formulation of the electromagnetic problem constituted of coupled angular an...
The Wiener-Hopf technique in its generalized form has been applied effectively in electromagnetic wa...
Together with Part 1, Part 2 describes the theory, the validation, and the application of the gener...
Complex scattering targets are often made by structures constituted by wedges and penetrable substra...
Complex scattering problems are often made by composite structures where wedges and penetrable subs...
Abruptly ended dielectric slabs are important components in several areas of applied electromagnetic...
The diffraction of an incident plane wave by an isotropic penetrable wedge is studied using generali...