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Electromagnetic Wave Propagation, Radiation, and Scattering
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In this article, the fundamental field equations of wave propagation in homogeneous and layered media waveguides and cavities have been studied, including the effects of a dipole on the conducting earth, inverse scattering radiometry, and interferometry numerical techniques.Abstract:
Fundamental field equations waves in homogeneous and layered media waveguides and cavities Green's functions radiation from apertures and beam waves periodic structures and coupled mode theory dispersion and anisotropic media antennas, apertures and arrays scattering of waves by conducting and di-electric objects waves in cylindrical structures, spheres and wedges scattering of complex objects geometric theory of diffraction and low fequency techniques planar layers, strip lines, patches and apertures radiation from a dipole on the conducting earth, inverse scattering radiometry, noise temperature and interferometry numerical techniques.read more
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The Solution of Waveguide Scattering Problems by Application of an Extended Huygens Formulation
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Generalized optical theorem for propagation invariant beams
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Closed-form expressions for the prediction of microcellular mobile radio propagation in urban environments
Wei Zhang,N. Moayeri +1 more
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ReportDOI
A Technique for Evaluating the Uncertainties in Path Loss Predictions Caused by Sparsely Sampled Terrain Data
TL;DR: This work primarily develops a technique to evaluate the effects of sparsity on the uncertainty of propagation models by accurately solving the electromagnetic fields over many randomly rough surfaces which pass through the sparse topographic data points.