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Electromagnetic scattering from a dielectric cylinder of finite length
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Aug 6, 2002 · The dyadic scattering amplitude is determined for a planar electromagnetic wave incident on a dielectric cylinder of finite length and circular
The subject of interest in this work is the scattering from a finite-length, dielectric circular cylinder, which is the elementary component used to model the ...
Abstract: A new iterative technique based on the T-matrix approach for the electromagnetic scattering by dielectric cylindrical objects is proposed and the ...
In this paper, we proposed a new iterative technique to analyze scattering from dielectric circular cylinders with finite length. It was demonstrated that ...
Oct 22, 2024 · The dyadic scattering amplitude is determined for a planar electromagnetic wave incident on a dielectric cylinder of finite length and ...
It is found that both the angular distribution and the cylinder size have significant effects on the backscattered signal. The present theory is compared with ...
Abstract. The Fredholm integral equation method is applied to the scattering of electromagnetic waves by finite dielectric cylinders of circular cross section.
The problem of scattering from a finite length dielectric cylinder with dimensions comparable to the wavelength of the incident field is treated.
Feb 1, 1988 · The dyadic scattering amplitude is determined for a planar electromagnetic wave incident on a dielectric cylinder of finite length and ...
It is found that the analytical solution can correctly predict the single ground-bounce returns but may not consistently capture other less prominent effects ...
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