Chew W.C.Davis, C. P.Warnick, K. F.Nie, Z. P.Hu, J.Yan, S.Gürel, Levent2016-02-082016-02-082008-07http://hdl.handle.net/11693/26847Conference name: 2008 IEEE Antennas and Propagation Society International SymposiumDate of Conference: 5-11 July 2008EFIE (electric field integral equation) suffers from internal resonance, and the remedy is to use MFIE (magnetic field integral equation) to come up with a CFIE (combined field integral equation) to remove the internal resonance problem. However, MFIE is fundamentally a very different integral equation from EFIE. Many questions have been raised about the differences.EnglishCombined field integral equationsConvergence behaviorsConvergence ratesDielectric interfacesDiscretizationEigenvaluesElectric Field Integral equationsEquivalence principlesFirst kind integral equationsInternal resonancesIterative solversMathematical analysesMatrix representationsSmoothing operatorsSymmetric operatorsTree decompositionsAntennasDiffractive optical elementsElectric fieldsError analysisIntegral equationsMagnetic fieldsMathematical operatorsResonancePhysical opticsConference Paper10.1109/APS.2008.4619724