電磁波理論（中-英文版）

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
Topic1.9BBoundaryConditionsforMoving
Boundaries
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.lASymmetryConditionsforLosslessMedia
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.UniformArrayAntennawithProgressive
PhaseShift
B.ArrayAntennaswithNonuniformCurrent
Distributions
C.Dolph-ChebyshevArrays
D.ArrayPatternSynthesis
4.5LinearAntennas
4.6BiconicalAntennas
A.FormulationandWaveSolutions
B.SolutionintheAirRegionandDipoleFields
C.SolutionintheAntennaRegion
D.TransmissionLineModel
E.FormalSolutionoftheBiconicalAntenna
Problem
4.7DipoleAntennasinLayeredMedia
A.IntegralFormulation
B.ContourIntegrationMethods
Topic4.7ADipoleonaTwo-LayerMedium
Answers
Chapter5.THEOREMSOFWAVESANDMEDIA
5.1EquivalencePrinciple
A.ElectricandMagneticDipoleSources
B.ImageSources
C.ElectricandMagneticCurrentSheets
D.ImpressedandInducedCurrentSheets
Topic5.lAUniquenessTheorem
Topic5.lBDualityandComplementarity
Topic5.1CMathematicalFormulationsof
Huygens'Principle
Topic5.1DFresnelandFraunhoferDiffraction
5.2ReactionandReciprocity
A.Reaction
B.Reciprocity
C.ReciprocityConditions
D.ModifiedReciprocityTheorem
Topic5.2AStationaryFormulasandRayleigh-Ritz
Procedure
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.ScatteringbyPeriodicCorrugatedConducting
Surfaces
B.ScatteringbyPeriodicDielectricSurfaces
6.4ScatteringbyRandomRoughSurfaces
A.KirchhoffApproximation
B.GeometricalOpticsSolution
C.SmallPerturbationMethod
6.5ScatteringbyPeriodicMedia
A.First-OrderCoupled-ModeEquations
B.ReflectionandTransmissionby
Periodically-ModulatedSlab
C.Far-FieldDiffractionofaGanssianBeam
6.6ScatteringbyRandomMedia
A.DyadicGreen'sFunctionforLayeredMedia
B.ScatteringbyaHalf-SpaceRandomMedium
6.7EffectivePermittivityforaVolumeScattering
Medium
A.RandomDiscreteScatterers
B.EffectivePermittivityforaContinuousRandom
Medium
Answers
Chapter7.ELECTROMAGNETICWAVETHEORY
ANDSPECIALRELATIVITY
7.1Uaxwell-MinkowskiTheory
Topic7.1AAmperianFormulation
Topic7.1BBoffiFormulation
Topic7.1CChuFormulation
7.2LorentzTransformation
Topic7.2ADerivationofElectromagneticField
Transformation
Topic7.2BLorentzInvariants
Topic7.2CElectromagneticFieldClassification
Topic7.2DTransformationofFrequencyandWave
Vector
Topic7.2EAberrationEffect
Topic7.2FDopplerEffect
7.3WavesinMovingMedia
A.TransformationofConstitutiveRelations
Topic7.3APlaneWavesinMovingUniaxialMedia
Topic7.3BPhaseMatchingatMovingBoundaries
Topic7.3CForceonaMovingDielectricHalf-space
Topic7.3DGuidedWavesinaMovingDielectric
Slab
Topic7.3EGuidedWavesinMovingGyrotropic
Media
7.4MaxwellEquationsinTensorForm
Topic7.4AContravariantandCovariantVectors
Topic7.4BFieldTensorandExcitationTensor
Topic7.4CConstitutiveRelationsinTensorForm
7.5Hamilton'sPrincipleandNoether'sTheorem
A.ActionIntegral
B.Hamilton'sPrincipleandMaxwellEquations
C.Noether'sTheoremandEnergyMomentum
Tensors
Answers
REFERENCES
INDEX