Fractal analysis of sea surface backscattering signal (sea clutter in radar terminology)
represents a novel technique for the study of sea surface roughness. When Kirchhoff's …

We introduce a new model of the generation of pre-seismic electromagnetic emissions,
which explains the observed phenomenology in terms of its geometry and fractal …

We provide a selected overview of fractal electrodynamics by examining the properties of
fractal antennas, arrays and apertures; and investigating the nature of electromagnetic wave …

Fractal geometry provides reliable models to describe geometrical properties of natural
surfaces. Therefore, their use in the electromagnetic scattering methods deserves careful …

Many natural and man-made rough surfaces exhibit multiscale features and may be
advantageously described by fractal models. The surface roughness is then characterized …

In this paper, we employ the extended boundary condition method with the Weierstrass-
Mandelbrot (WM) fractal function to model and solve a relevant electromagnetic scattering …

The challenge of computing electromagnetic (EM) scattering from rough surfaces is a
notably complex yet crucial issue in the field of microwave remote sensing. The …

Based on the scatteringfrom the rough conductingfractal surface with use of the extended
boundary condition method (EBCM), this method is extended to the case of electromagnetic …

We develop a method of successive kernel approximations to solve coupled Gel'fand-
Levitan-Marchenko (1955) integral equations. These equations appear in the synthesis …

A comprehensive approach of combining the generalized forward-backward method
(GFBM) with spectral accelerate algorithm (SAA) is developed. It is applied to numerical …