Titlebook: Directions in Electromagnetic Wave Modeling; Henry L. Bertoni,Leopold B. Felsen Book 1991 Springer Science+Business Media New York 1991 CO

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Recent Advances in Diffraction Analysis of Reflector Antennastellite communications is shown in Fig. 1. This antenna system utilizes a dual offet reflector antenna with the following characteristics: (a) the main reflector is mesh deployable, (b) the subreflector is made of multi-layered frequency selective surfaces (FSS), (c) a deployable mast is shown to su

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High Frequency Em Scattering by Non-Uniform Open Waveguide Cavities Containing an Interior Obstacle scattered field and electromagnetic coupling predictions. A typical cavity-obstacle geometry is shown in Figure 1; this geometry is illuminated by an external source. The interior walls of the cavity are assumed to be perfectly conducting but may contain a thin material coating. The HF scattering b

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Waves and Beams in Biological Media diagnostic or therapeutic nature. One application is in hyperthermia treatment for cancer, where electromagnetic energy is used as a heat source with the goal of heating tumor tissue without overheating healthy tissue. Another application is in dosimetry, where the goal is to prevent inadvertent he

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Combinations of Local Scattering Operators and Global Propagatorstering operators for studying wave propagation and scattering in complex environments. Specifically, a ray — mode — moments method for wave scattering from an aperture coupled system is shown as an example.

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Wave Theory Modeling in Underwater Acousticsa bed. Further, the acoustic properties of the water column are dependent on temperature, pressure and salinity, giving rise to a significant spatial and temporal variation. Analytical treatment of the propagation is limited to a very few, canonical problems, with the only alternative being numerica