電磁波理論（下英文版）

定　價(jià)：￥16.00

作　者：	（）Jin Au Kong著
出版社：	高等教育出版社
叢編項(xiàng)：	國外優(yōu)秀信息科學(xué)與技術(shù)系列教學(xué)用書
標(biāo)　簽：	暫缺

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ISBN：	9787040115925	出版時(shí)間：	2002-01-01	包裝：	平裝
開本：	24cm	頁數(shù)：	227	字?jǐn)?shù)：

內(nèi)容簡介

　　本書原來是美國麻省理工學(xué)院電磁波理論課程的教材。本書作者從事電磁波理論的研究已有30多年，作者近年來在美國國家科學(xué)基金、美國海軍和陸軍研究機(jī)構(gòu)、IBM公司等支持下完成了多個(gè)研究項(xiàng)目，部分項(xiàng)目成果編入本書。本書詳細(xì)介紹了基于麥克斯韋程組的電磁波完整理論，特別強(qiáng)調(diào)波矢量在其中的重要性，并交電磁波理論的應(yīng)用貫穿于全書。根據(jù)國內(nèi)高校的教學(xué)情況，本書影印后分為三冊出版。上冊的主要內(nèi)容包括電磁理論的基本原理、公式以及傳輸線理論，可作為高等學(xué)校電子信息類專業(yè)本科生的教材或參考書，同時(shí)可供有關(guān)工程技術(shù)人員參考使用。本書中冊的內(nèi)容包括三部分：電磁波的發(fā)射、反射、傳輸、導(dǎo)行、調(diào)諧；輻射和天線理論；麥克斯韋理論的定理和限制條件。中冊可作為高等學(xué)校電子信息類專業(yè)碩士研究生的教材或參考書。下冊內(nèi)容包括：球、圓柱、粗糙表面和不規(guī)則物體對電磁波的散射：麥克斯韋方程組與相對論的一致性。下冊可作為高等學(xué)校電子信息類專業(yè)碩士及博士研究生的教材或參考書。

作者簡介

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圖書目錄

Chapter1.FUNDAMENTALS
1.1MaxwellEquationsinFreeSpace
A.SpatialFrequencyk
B.VectorAnalysisandBoundaryConditions
1.2Polarization
Topic1.2AStokesParametersandPoincareSphere
1.3LorentzForceLaw
A.Poynting'sTheoremandPoynting'sVector
B.MomentumConservationTheorem
1.4HertzianWaves
Topic1.4AElectricFieldPattern
1.5WavesinMedia
A.WaveVector
B.WavesinConductingMedia
C.WavesinPlasmaMedia
D.WavesinUniaxialMedia
1.6WaveReflections
1.7WaveGuidance
A.GuidancebyConductingParallelPlates
B.GuidancebyRectangularWaveguides
C.RectangularCavityResonators
1.8ConstitutiveRelations
A.AnisotropicandBianisotropicMedia
Topic1.8AConstitutiveMatrices
1.9BoundaryConditions
Topic1.9ADerivationofBoundaryConditions
Topic1.9BBoundaryConditionsforMovingBoundaries
Answers
Chapter2.TRANSMISSIONLINES
2.1TransmissionLineTheory
A.WaveEquationsandWaveSolutions
B.Poynting'sTheorem
Topic2.1ACircuitTheory
2.2TransientsonTransmissionLines
2.3SinusoidalSteadyStateTransmissionLines
A.ReflectionfromaTerminatedTransmissionLine
B.InputImpedance
C.GeneralizedReflectionCoefficient
Topic2.3ASmithChart
2.4LumpedElementTransmissionLines
2.5NormalmodesonTransmissionLines
A.NormalModesandNaturalFrequencies
B.InitialValueProblem
2.6TransmissionLineModeling
A.ModelingReflectionandTransmission
B.ModelingAntennaRadiation
Topic2.6APatternMultiplicationTechnique
C.ModelingRadiationbyCurrentSheets
Topic2.6BEquivalencePrinciple
Answers
Chapter3.PROPAGATIONANDGUIDANCE
3.1Time-HarmonicFields
A.MaxwellEquationsforTime-HarmonicFields
B.ConstitutiveRelationsandDispersiveMedia
C.Time-AveragePoyntingPowerVector
Topic3.1ASymmetryConditionsforLosslessMedia
3.2PlaneWaveSolutions
A.PhaseandGroupVelocities
B.PenetrationDepthinLossyMedia
C.EvanescentWavesinLosslessMedia
3.3WavesinMediaandthekDBSystem
A.kDBSystem
B.MaxwellEquationsinkDBSystem
C.PlaneWavesinUniaxialMedia
Topic3.3APlaneWavesinGyrotropicMedia
Topic3.3BPlaneWavesinBianisotropicMedia
Topic3.3CPlaneWavesinNonlinearMedia
3.4ReflectionandTransmission
A.PhaseMatching
B.ReflectionandTransmissionataPlane
Boundary
C.ReflectionandTransmissionbyaLayered
Medium
3.5Guidance
A.GuidancebyConductingParallelPlates
B.GuidedWavesinaSlabDielectricWaveguide
C.GuidedWavesinLayeredMedia
D.CylindricalRectangularWaveguides
E.CylindricalCircularWaveguides
3.6Resonance
A.RectangularCavityResonator
B.CircularCavityResonator
C.SphericalCavityResonator
Topic3.6ACavityPerturbation
Answers
Chapter4.RADIATION
4.1CerenkovRadiation
4.2Green'sFunctions
A.DyadicGreen'sFunctions
B.RadiationFieldApproximation
4.3HertzianDipoles
A.HertzianElectricDipole
B.HertzianMagneticDipoleandSmallLoop
Antenna
4.4LinearDipoleArrays
A.UniformArrayAntennawithProgressivePhaseShift
B.ArrayAntennaswithNonuniformCurrentDistributions
C.Dolph-ChebyshevArrays
D.ArrayPatternSynthesis
4.5LinearAntennas
4.6BiconicalAntennas
A.FormulationandWaveSolutions
B.SolutionintheAirRegionandDipoleFields
C.SolutionintheAntennaRegion
D.TransmissionLineModel
E.FormalSolutionoftheBiconicalAntennaProblem
4.7DipoleAntennasinLayeredMedia
A.IntegralFormulation
B.ContourIntegrationMethods
Topic4.7ADipoleonaTwo-LayerMedium
Answers
Chapter5.THEOREMSOFWAVESANDMEDIA
5.1EquivalencePrinciple
A.ElectricandMagneticDipoleSources
B.ImageSources
C.ElectricandMagneticCurrentSheets
D.ImpressedandInducedCurrentSheets
Topic5.1AUniquenessTheorem
Topic5.1BDualityandComplementarity
Topic5.1CMathematicalFormulationsofHuygens'Principle
Topic5.1DFresnelandFraunhoferDiffraction
5.2ReactionandReciprocity
A.Reaction
B.Reciprocity
C.ReciprocityConditions
D.ModifiedReciprocityTheorem
Topic5.2AStationaryFormulasandRayleigh-RitzProcedure
Topic5.2BMethodofMoments
5.3Quasi-StaticLimits
5.4GeometricalOpticsLimit
5.5ParaxialLimit
Topic5.5AGaussianBeam
5.6QuantizationofElectromagneticWaves
A.UncertaintyPrinciple
B.AnnihilationandCreationOperators
C.WaveQuantizationinBianisotropicMedia
Answers
Chapter6.SCATTERING
6.1ScatteringbySpheres
A.RayleighScattering
B.MieScattering
6.2ScatteringbyaConductingCylinder
A.ExactSolution
B.WatsonTransformation
C.CreepingWaves
6.3ScatteringbyPeriodicRoughSurfaces
A.ScatteringbyPeriodicCorrugatedConductingSurfaces
B.ScatteringbyPeriodicDielectricSurfaces
6.4ScatteringbyRandomRoughSurfaces
A.KirchhoffApproximation
B.GeometricalOpticsSolution
C.SmallPerturbationMethod
6.5ScatteringbyPeriodicMedia
A.First-OrderCoupled-ModeEquations
B.ReflectionandTransmissionbyPeriodically-ModulatedSlab
C.Far-FieldDiffractionofaGaussianBeam
6.6ScatteringbyRandomMedia
A.DyadicGreen'sFunctionforLayeredMedia
B.ScatteringbyaHalf-SpaceRandomMedium
6.7EffectivePermittivityforaVolumeScatteringMedium
A.RandomDiscreteScatterers
B.EffectivePermittivityforaContinuousRandomMedium
Answers
Chapter7.ELECTROMAGNETICWAVETHEORY
ANDSPECIALRELATIVITY
7.1Maxwell-MinkowskiTheory
Topic7.1AAmperianFormulation
Topic7.lBBoffiFormulation
Topic7.1CChuFormulation
7.2LorentzTransformation
Topic7.2ADerivationofElectromagneticFieldTransformation
Topic7.2BLorentzInvariants
Topic7.2CElectromagneticFieldClassification
Topic7.2DTransformationofFrequencyandWaveVector
Topic7.2EAberrationEffect
Topic7.2FDopplerEffect
7.3WavesinMovingMedia
A.TransformationofConstitutiveRelations
Topic7.3APlaneWavesinMovingUniaxialMedia
Topic7.3BPhaseMatchingatMovingBoundaries
Topic7.3CForceonaMovingDielectricHalf-space
Topic7.3DGuidedWavesinaMovingDielectricSlab
Topic7.3EGuidedWavesinMovingGyrotropicMedia
7.4MaxwellEquationsinTensorForm
Topic7.4AContravariantandCovariantVectors
Topic7.4BFieldTensorandExcitationTensor
Topic7.4CConstitutiveRelationsinTensorForm
7.5Hamilton'sPrincipleandNoether'sTheorem
A.ActionIntegral
B.Hamilton'sPrincipleandMaxwellEquations
C.Noether'sTheoremandEnergyMomentumTensors
Answers
REFERENCES
INDEX