Scattering analysis of cavity - backed microstrip patch antenna based on finite - element method
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Secondly , a model , called composite excitation method of scattering analysis for targets upon ground , is described
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The theory of parabolic equation ( pe ) was presented , and was applied to the scattering analysis of two dimensional perfectly electric conducting objects
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Adaptive integral method has been used to the electromagnetic scattering analysis of 3d structures . subsequently different parameters in the algorithm which affect the accuracy and efficiency of the aim are discussed
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Shielding schemes of computer vdu are suggested through transient electromagnetic scattering analysis . method of time - domain integral equations is used here . a new soft - tempest method is found to strengthen protection capability of electromagnetic information leakage
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Some basic methods about the slot ' s electromagnetic scattering are studied and analyzed in this thesis . these methods include the quasi - static approximation formulation applied in 2 - d infinite long slot , the 2 - d slot scattering analysis based on integral equation and the method of moments , a physical basis formulation for a finite - length trough , and a quasi - static approximation combined with travel wave ' s scattering calculated scattering from a 3 - d crack . through many examples , these methods " characteristics are discussed
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