In this paper we present an extension of the modal method by Gegenbauer expansion
(MMGE)[J. Opt. Soc. Am. A28, 2006 (2011)],[Progress Electromagn. Res. 133, 17 (2013)] to …

We propose a 3D-approach of the soil surface height variations, either for the roughness
characterization by the mean of the bidimensional correlation function, or as input of a …

We present a method giving the bi-static scattering coefficient of two-dimensional (2-D)
perfectly conducting random rough surface illuminated by a plane wave. The theory is based …

We consider a dielectric plane surface with a local cylindrical perturbation illuminated by a
monochromatic plane wave. The perturbation is represented by a random function assuming …

In order to study the problems of scattering by rough metallic surfaces, we have used
Maxwell's equations in covariant form within the framework of a non-orthogonal coordinates …

We investigate the electromagnetic modeling of plane-wave diffraction by nonperiodic
surfaces by using the curvilinear coordinate method (CCM). This method is often used with a …

The C method is known to be one of the most efficient and versatile tools established for
modeling diffraction gratings. Its main advantage is the use of a coordinate system in which …

Nous analysons une nouvelle méthode d'étude de la diffusion d'ondes électromagnétiques
sur une interface localement rude entre deux demi-milieux diélectriques. La méthode est …

This paper deals with the computation of the quasi-static electromagnetic field due to an
eddy current probe scanning a conductive half-space. Two homogeneous media are …

The curvilinear coordinate method is applied for analysing 2-D dielectric random rough
surfaces. The theory is based on Maxwell's equations written in a non-orthogonal coordinate …