International audienceThis paper is motivated by the puzzling fact that it is not possible to recover the Fresnel coefficients by letting tend the width of a slab to infinity. To overcome this difficulty we introduce a suitable limit analysis (which has nothing to do with the so-called limit- ing absorption principle) and we show that it is possible to define rigorously the field diffracted by a semi-infinite periodic medium
We describe the action of a plane interface between two semi-infinite media in terms of a transfer m...
Although usually negligible for natural materials for optical and lower frequencies, spatial dispers...
In recent years the research of metamaterials has seen spectacular and explosive in both theoretical...
International audienceThis paper is motivated by the puzzling fact that it is not possible to recove...
The starting point of the article is the puzzling fact that one cannot recover the Fresnel coefficie...
Magnetic permeabilities derived for infinite, periodic media are used in the Fresnel equation to cal...
The structure of the electromagnetic field in a spatially dispersive model medium occupying a plane ...
The author does can explain the Wang's experiment by using the Kirchhoff's formula, hence ...
We give, in this paper, the analytical expression for the field diffracted by a spatialy limited pla...
Fresnel Diffraction is worked out in phase space by simple calculations based on the Wigner Distribu...
This paper concerns the diffraction of a plane wave by a semi-infinite dielectric slab. A semi analy...
We consider a plane flexural wave incident on a semi-infinite rigid strip in a Mindlin plate. The bo...
AbstractWe consider the scattering problem of eiq r by a slab S with L-periodic potential in the x d...
This dissertation deals with physical bounds on scattering and absorption of acoustic and electromag...
This paper reports on physical limitations on metamaterials in scattering and antenna problems. A di...
We describe the action of a plane interface between two semi-infinite media in terms of a transfer m...
Although usually negligible for natural materials for optical and lower frequencies, spatial dispers...
In recent years the research of metamaterials has seen spectacular and explosive in both theoretical...
International audienceThis paper is motivated by the puzzling fact that it is not possible to recove...
The starting point of the article is the puzzling fact that one cannot recover the Fresnel coefficie...
Magnetic permeabilities derived for infinite, periodic media are used in the Fresnel equation to cal...
The structure of the electromagnetic field in a spatially dispersive model medium occupying a plane ...
The author does can explain the Wang's experiment by using the Kirchhoff's formula, hence ...
We give, in this paper, the analytical expression for the field diffracted by a spatialy limited pla...
Fresnel Diffraction is worked out in phase space by simple calculations based on the Wigner Distribu...
This paper concerns the diffraction of a plane wave by a semi-infinite dielectric slab. A semi analy...
We consider a plane flexural wave incident on a semi-infinite rigid strip in a Mindlin plate. The bo...
AbstractWe consider the scattering problem of eiq r by a slab S with L-periodic potential in the x d...
This dissertation deals with physical bounds on scattering and absorption of acoustic and electromag...
This paper reports on physical limitations on metamaterials in scattering and antenna problems. A di...
We describe the action of a plane interface between two semi-infinite media in terms of a transfer m...
Although usually negligible for natural materials for optical and lower frequencies, spatial dispers...
In recent years the research of metamaterials has seen spectacular and explosive in both theoretical...
DOI
Add to ORKG