We describe in detail the theoretical and practical implementation aspects of a simulation for
marine radars which can, in particular, be used in multistatic configurations. Since the …

The characterisation of soil surface roughness is a key requirement for the correct analysis
of radar backscattering behaviour. It is noteworthy that an increase in the number of surface …

Electromagnetic wave scattering from random rough surfaces is an active, interdisciplinary
area of research with myriad practical applications in fields such as optics, acoustics …

The two-scale model (TSM) is one of the most frequently employed approaches in scattering
from multiscale surfaces such as ocean surfaces. It consists of combining geometrical optics …

The normalized radar cross-section (NRCS) expression of the Local Curvature
Approximation (LCA-1) is derived to first order. The polarization sensitivity of this model is …

Global Navigation Satellite System-Reflectometry (GNSS-R) is an innovative technique for
ocean remote sensing. It exploits signals of opportunity from navigation constellations, to …

We report on an experiment conducted at the large Pytheas wind‐wave facility in Marseille
to characterize the Ka‐band radar return from water surfaces when observed at small …

To progress in the understanding of the impact of nonlinear wave profiles in scattering from
sea surfaces, a nonlinear model for infinite-depth gravity waves is considered. This model …

Results from the first three terms of the small-slope approximation (SSA) for incoherent
electromagnetic scattering from a penetrable randomly rough interface are discussed …

The weighted curvature approximation (WCA) was recently introduced by Elfouhaily et al [7]
as a unifying scattering theory that reproduces formally both the tangent-plane and the small …