The statistical properties of electromagnetic scattering from 2-D random rough surface in 3-D space was investigated using Monte carlo simulation. The surfaces were characterized by perfectly conducting Gaussian random surfaces on a finite plate. The scattered field and the surface roughness appeared on the original flat surface were represented by using the small perturbation series from the original surface. It was observed that the scattering pattern depends on each realization with different property from the ensemble average.link_to_subscribed_fulltex
International audienceThe scattering strength of isotropic and anisotropic rough surfaces was experi...
We study scalar waves scattered from self-affine and Gaussian correlated surfaces. The simulations a...
We study scalar waves scattered from self-affine and Gaussian correlated surfaces. The simulations a...
With the recent development of fast algorithms, the difference in capability between high-frequency ...
The results of a preliminary theoretical investigation of the statistical properties of electromagne...
Scattering by random rough surfaces has been studied by analytic methods such as the Kirchhoff metho...
International audienceWe present statistical properties of signal scattering by two-dimensional slig...
International audienceWe present statistical properties of signal scattering by two-dimensional slig...
International audienceWe present statistical properties of signal scattering by two-dimensional slig...
An accurate and efficient numerical simulation approach to electromagnetic wave scattering from two-...
International audienceWithin the framework of the first-order small perturbation method (SPM), we es...
International audienceWithin the framework of the first-order small perturbation method (SPM), we es...
A theoretical study of electromagnetic wave scattering from deep perfectly conducting one-dimensiona...
No surface is perfectly flat at every length scale. However, all natural and man-made surfaces show ...
International audienceThe scattering strength of isotropic and anisotropic rough surfaces was experi...
International audienceThe scattering strength of isotropic and anisotropic rough surfaces was experi...
We study scalar waves scattered from self-affine and Gaussian correlated surfaces. The simulations a...
We study scalar waves scattered from self-affine and Gaussian correlated surfaces. The simulations a...
With the recent development of fast algorithms, the difference in capability between high-frequency ...
The results of a preliminary theoretical investigation of the statistical properties of electromagne...
Scattering by random rough surfaces has been studied by analytic methods such as the Kirchhoff metho...
International audienceWe present statistical properties of signal scattering by two-dimensional slig...
International audienceWe present statistical properties of signal scattering by two-dimensional slig...
International audienceWe present statistical properties of signal scattering by two-dimensional slig...
An accurate and efficient numerical simulation approach to electromagnetic wave scattering from two-...
International audienceWithin the framework of the first-order small perturbation method (SPM), we es...
International audienceWithin the framework of the first-order small perturbation method (SPM), we es...
A theoretical study of electromagnetic wave scattering from deep perfectly conducting one-dimensiona...
No surface is perfectly flat at every length scale. However, all natural and man-made surfaces show ...
International audienceThe scattering strength of isotropic and anisotropic rough surfaces was experi...
International audienceThe scattering strength of isotropic and anisotropic rough surfaces was experi...
We study scalar waves scattered from self-affine and Gaussian correlated surfaces. The simulations a...
We study scalar waves scattered from self-affine and Gaussian correlated surfaces. The simulations a...