IEEE Transactions on Microwave Theory and Techniques · 1984 · 284 citations · 22 references
EngineeringElectrical EngineeringElectromagneticsFinite Element AnalysisMicrowave EngineeringAnisotropic MediaElectromagnetic Inverse ProblemsFinite Element FormulationMicrowave PropagationOptical WaveguidesWaveguidesAnisotropic Medium ModelingAnisotropic WaveguidesElectromagnetic Wave Energy PropagationFinite Element Modeling Of WavesGuided Wave PropagationOptical Waveguide TheoryVector FormulationWaveguide Theory
A vector H-field formulation is developed for electromagnetic wave propagation for a wide range of guided-wave problems. It is capable of solving microwave or optical waveguide problems with arbitrarily anisotropic materials. We have introduced infinite elements to extend the region of explicit field representation to infirdly, to consider open-type waveguides more accurately. Computed results are given for a variety of optical planar guides, image lines, and waveguides containing skew anisotropic dielectic.
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