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| 內容簡介： |
《电磁场与电磁波（英文）》是为普通高等学校电子信息类专业“电磁场理论”基础课所编写的本科双语教材，注重于系统的基础理论推演与实际应用相结台，难度符合国内该课程要求：
來源：香港大書城megBookStore,http://www.megbook.com.hk
全书共分为9章，内容包括矢量分析、静电场、静电场的特殊解法、恒定电流场、恒定磁场、时变电磁场、平面电磁波、导行电磁波及天线。
《电磁场与电磁波（英文）》可作为电子信息类专业本科生一学期课程的教材和教学参考用书，也可作为物理专业本科生和工程技术人员的参考用书。
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| 目錄：
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Chapter1VectorAnalysis
1.1Introduction
1.2VectorsOperation
1.Vectoradditionandsubtraction
2.Multiplicationofvectorbyascalar
3.Scalarproduct
4.Vectorproduct
5.Productofthreevectors
1.3CoordinateSystems
1.Curvilinearorthogonalcoordinates
2.Rectangularcoordinatesystems
3.Cylindricalcoordinatesystems
4.Sphericalcoordinatesystems
1.4ScalarandVectorFields
1.5DirectionalDerivativeandGradient
1.6DivergenceofaVectorField
1.7CurlofaVectorField
1.8LaplacianOperator
1.9DelOperatorOperation
1.10DiracDelta-Function
1.11SomeTheorems
1.Green''stheorem
2.Uniquenesstheorem
3.Helmhohz''stheorem
Problems
Chapter2ElectrostaticFields
2.1Introduction
2.2Coulomb''sLaw
1.Charge
2.Electrostaticforce
2.3ElectricFieldIntensity
2.4ElectricFieldLines
2.5EquationsforElectrostaticFields
1.Basicequations
2.Electrostaticpotential
3.Poisson''sandLaplace''sequations
2.6ElectricFieldsinMaterials
1.Materialsinelectricfield
2.Polarizationofdielectrics
3.Thefieldequationsindielectrics
2.7BoundaryConditions
1.Normalcomponents
2.Tangentialcomponents
2.8Capacitances
2.9EnergyandForces
1.Energyoftheelectricfield
2.Electricforce
2.10MuhipoleExpansion
Problems
Chapter3SpecialMethodsinElectrostatics
3.1Introduction
3.2UniquenessTheoremforElectrostatics
3.3MethodofImages
3.4MethodofSeparationofVariables
1.Methodofseparationofvariablesinrectangularcoordinates
2.Separationofvariablesincylindricalcoordinates
3.Separationofvariablesinsphericalcoordinates
Problems
Chapter4SteadyElectricCurrentFields
4.1Introduction
4.2Current
1.Conductioncurrent
2.Convectioncurrent
4.3ResistanceofaConductor
4.4TheEquationofContinuity
4.5RelaxationTime
4.6Joule''sLaw
4.7BoundaryConditionsforSteadyCurrentDensity
Problems
Chapter5SteadyMagneticFields
5.1Introduction
5.2Biot-Savart''sLaw
5.3Ampbre''sForceLaw
5.4BasicEquationsforSteadyMagneticFields
5.5MagneticVectorPotential
5.6MagnetizationofMedia
1.Magneticmaterials
2.Describingofmagnetization
3.Magneticfieldinmedia
5.7BoundaryConditionsforMagneticFields
5.8MagneticScalarPotential
1.Magneticscalarpotentialdifferentialequation
2.Boundaryconditionsformagneticscalarpotential
5.9EnergyinaMagneticField
5.10ExpansionoftheMagneticVectorPotential
Problems
Chapter6Time.VaryingElectromagneticFields
6.1Introduction
6.2Faraday''sLawofInduction
6.3Maxwell''sEquation（Faraday''slaw）
6.4DisplacementElectricCurrent
6.5Maxwell''sEquationsandBoundaryConditions
1.Maxwell''sequations
2.Boundaryconditions
6.6LorentzForceDensityEquation
6.7Poynting''sTheorem
6.8Time-harmonicFields
6.9Inductances
1.Self-inductance
2.Mutualinductance
6.10EnergyinSteadyMagneticFields
Problems
Chapter7PlaneWavePropagation
7.1Introduction
7.2GeneralWaveEquation
7.3PlaneWaveinaDielectricMedium
7.4PlaneWaveinaConductingMedium
7.5PlaneWaveinaGoodConductor
7.6PlaneWaveinaGoodDielectric
7.7PolarizationofaWave
1.Alinearlypolarizedwave
2.Acircularlypolarizedwave
3.Anellipticallypolarizedwave
7.8NormalIncidenceofPlaneWaves
1.Conductor-conductorinterface
2.Dielectric-dielectricinterface
3.Dielectric-perfectconductorinterface
4.Dielectric-conductorinterface
7.9ObliqueIncidenceofPlaneWavesinLosslessMedia
1.PolarizationofEperpendiculartotheplaneofincidence
2.PolarizationofEparalleltotheplaneofincidence
3.Totalandnullreflections
7.10ObliqueIncidenceofPlaneWavesinLossyMedia
7.11GroupVelocity
Problems
Chapter8GuidedElectromagneticWaves
8.1Introduction
8.2TheBoundaryConditionsDuetoPerfectConductor
8.3RectangularWaveguide
1.Distributionsoffields
2.Cutofffrequency
3.Phasevelocityandgroupvelocity
4.Waveguideimpedance
5.TE10waveinrectangularwaveguides
6.Lossesinawaveguide
8.4CavityResonators
8.5TransmissionLine
1.Parametersoftransmissionline
2.Kirchhoff''slaws
3.Transmissionlineequations
4.Propagationconstant
5.Characteristicimpedance
6.Reflectioncoefficient
7.Inputimpedance
8.Expressionsofvoltageandcurrent
8.6WaveGuideofArbitraryShape
1.TMmodes
2.TEmodes
3.TEMmodes
8.7TheTEMModeofaCoaxialCable
Problems
Chapter9Antennas
9.1Introduction
9.2TheVectorandScalarPotentialsofElectromagneticFields
9.3WaveEquationsinTermsofPotentialFunctions
9.4RetardedPotentials
9.5HertzianDipole
1.Radiationfields
2.Directivityoftheantenna
3.Radiationpower
4.Radiationresistance
5.Directivegain
9.6AMagneticDipole
9.7AShort-dipoleAntenna
9.8AHalf-waveDipoleAntenna
9.9AntennaArrays
9.10ReciprocityTheorem
Problems
References
Appendixes
A.PhysicalConstants
B.VectorFormulas
1.Vectoroperation
2.Differentialoperation
3.Integraltransform
4.Green''stheorem
C.OrthogonalCoordinateSystems
1.Transformofcoordinatecomponents
2.Differentialoperations
D.ElectromagneticSpectrum
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