G., "Toward a stable marching-on-in-time method for two- dimensional transient electromagnetic scattering
problems," Radio Science, Vol.
With the development of modern science and technology, the electromagnetic scattering
of coated targets becomes more and more important in military and technology.
All the methods above only study the electromagnetic scattering
of rough surface with buried object corresponding to single incidence frequency, which cannot provide elaborate data for the detection of buried object.
A fast volume integral equation algorithm with dyadic Green's function  was developed to simulate the electromagnetic scattering
from large inhomogeneous objects embedded in a planarly layered medium.
Section 2.1 presents the nonlinear 2-D electromagnetic scattering
equations, Section 2.2 describes a scheme to discretize the scattering equations and constructs the nonlinear forward solver, Section 2.3 focuses on the sparsity-constrained minimization problem and its solution using the thresholded NLW iterations, and Section 2.4 describes a frequency hopping scheme to be used together with the NLW iterations under excitations with multiple frequencies.
Soleimani, "Electromagnetic scattering
from inhomogeneous planar layered media using notation of propagators," Journal of Electromagnetic Waves and Applications, Vol.
Kim, "Transient electromagnetic scattering
from dielectric objects using the electric field integral equation with laguerre polynomials as temporal basis functions," IEEE Trans.
The electromagnetic scattering
of N nonconnected perfect electric conductor (PEC) objects in free space is considered to illustrate EPA.
Rao, "Electromagnetic scattering
by arbitrary shaped three-dimensional homogeneous lossy dielectric objects," IEEE Trans.
Furthermore, with realizing the negative permittivity and permeability, application of isotropic metamaterials was shown in reducing the electromagnetic scattering
via coupling with conventional isotropic materials [7-11].
To show the accuracy of MLCSB-AEFIE at low frequencies, the electromagnetic scattering
by a PEC sphere of 1 m radius is analyzed at 100 Hz.
from the forest is an important remote sensing problem for agricultural and environmental purposes [29,30].