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R E Burge IEEE Xplore Author Details ~ Publication Topics physical opticsMaxwell equationsdielectric bodieselectromagnetic field theoryelectromagnetic wave diffractionelectromagnetic wave polarisationelectromagnetic wave scatteringfinite difference timedomain analysisgeometrical opticsgeometrical theory of diffractiongeophysical techniquesmicrowave imagingmicrowave propagationpermittivityradar imagingremote sensing
Electromagnetic diffraction IEEE Conferences ~ IEEEUSA EBooks Electromagnetic diffraction at skew incidence by a wedge with anisotropic impedance faces The asymptotic expressions for the total field excited by a plane wave obliquely incident on a wedge with anisotropic impedance faces are represented in the framework of the uniform geometrical theory of diffraction
N D Taket IEEE Xplore Author Details ~ Publication Topics geophysical techniquesphysical opticsMaxwell equationsdielectric bodieselectromagnetic field theoryelectromagnetic wave diffractionelectromagnetic wave polarisationelectromagnetic wave scatteringfinite difference timedomain analysisgeometrical opticsgeometrical theory of diffractionmicrowave imagingmicrowave propagationpermittivityradar applicationsradar
Physical theory of diffraction IEEE Conferences ~ An electromagnetic method for calculating radio coverage in urban environments using physical optics and physical theory of diffraction None A uniform geometrical theory of diffraction and its extensions for a curved edge illuminated by a complex source point beam An extended uniform geometrical theory of diffraction solution is presented in closed form for predicting the radiation from an arbitrary curved reflector antenna illuminated by an electromagnetic complex source beam
A Unifm Geometrical Theory of Diffraction for an Edge in a ~ A Unifm Geometrical Theory of Diffraction for an Edge in a Perfectly Conducting Surface AbrmctA compact dyadic diffraction coefficient for electromag
Diffraction IEEE Conferences Publications and Resources ~ IEEEUSA EBooks Dynamical Diffraction of Millimeter Waves on SpacePeriodic Media The problem of microwave diffraction on threedimensional grating has been solved in incident spherical wave approximation The results of experimental investigations of angular distribution under 2mm wave diffraction in Laue geometry are given
IEEE IEEE Electromagnetics Award Recipients ~ A list with bios of the IEEE Electromagnetic Award Known for his ability to reduce complicated theory and apply it to realworld challenges Tapan Kumar Sarkar is bridging the gap between electromagnetics and communication systems to modernize applications ranging from wave propagation wireless signal processing futuristic radar systems and smart antennas using realtime adaptive systems
Giorgio Carluccio IEEE Xplore Author Details ~ His research interests deal with electromagnetic wave theory mainly focused on asymptotic highfrequency techniques for electromagnetic scattering and propagation and with modeling and design of antennas mainly dielectric lens antennas reflectarray antennas and THz antennas based on photoconductive materials
P Cullen IEEE Xplore Author Details ~ UHF radio propagationelectromagnetic wave scatteringmagnetic field integral equationsconducting bodiesconvergence of numerical methodselectric field integral equationselectromagnetic wave diffractionelectromagnetic wave polarisationelectromagnetic wave polarizationgeometrical theory of diffractionindoor radioiterative methodsmethod of momentsmicrocellular radiomultipath channelsphysical opticsray tracingintegral equationscomputational complexityGreens function methods
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