电磁场与电磁波第二2版DavidK.Cheng 国际知名大学原版教材 清华大学出版社9787302152125

图书标准信息

• 作者 程（Cheng D.K） 著
• 出版社 清华大学出版社
• 出版时间 2007-07
• 版次 1
• ISBN 9787302152125
• 定价 65.00元
• 装帧 平装
• 开本 其他
• 纸张 胶版纸
• 页数 702页

【内容简介】

本书是关于电磁场与电磁波的一本很有特色的教材，取材新颖，笔法灵活，逻辑性强。教材从矢量分析和场论人手，以简捷清晰的方式建立了电磁模型。紧接着，全面地阐述了电磁场和电磁波的基础理论，包括静电场、静磁场、稳恒电流的场、边值问题的经典解法、时变电磁场与麦克斯韦方程组、平面电磁波及其传播、传输线、阻抗圆图、微带线、波导与谐振腔、天线与电磁辐射、电磁屏蔽等内容。本书除了内容全面之外，还具有很大的灵活性，这是因为全书的内容安排具有较完整的模块性，从而可以灵活地取舍和组合成适合不同行业和不同对象的电磁场与电磁波的教材。
本书特别适合用作理科大学本科高年级和工科院校硕士研究生基础课的英文授课教材或英文参考书。

【目录】

1TheElectromagneticModel
1-1Introduction
1-2TheElectromagneticModel
1-3SIUnitsandUniversalConstants
ReviewQuestions
2VectorAnalysis
2-1Introduction
2-2VectorAdditionandSubtraction
2-3ProductsofVectors
2-3.1ScalarorDotProduct
2-3.2VectororCrossProduct
2-3.3ProductofThreeVectors
2-4OrthogonalCoordinateSystems
2-4.1CartesianCoordinates
2-4.2CylindricalCoordinates
2-4.3SphericalCoordinates
2-5IntegralsContainingVectorFunctions
2-6GradientofaScalarField
2-7DivergenceofaVectorField
2-8DivergenceTheorem
2-9CurtofaVectorField
2-10StokessTheorem
2-11TwoNullIdentities
2-11.1IdentityⅠ
2-11.2IdentityⅡ
2-12HelmholtzsTheorem
ReviewQuestions
Problems
3StaticElectricFields
3-1Introduction
3-2FundamentalPostulatesofElectrostaticsinFreeSpace
3-3CoulombsLaw
3-3.1ElectricFieldDuetoaSystemofDiscreteCharges
3-3.2ElectricFieldDuetoaContinuousDistributionofCharge
3-4GausssLawandApplications
3-5ElectricPotential
35.1ElectricPotentialDuetoaChargeDistribution
3-6ConductorsinStaticElectricField
3-7DielectricsinStaticElectricField
3-7.1EquivalentChargeDistributionsofPolarizedDielectrics
3-8ElectricFluxDensityandDielectricConstant
3-8.1DielectricStrength
3-9BoundaryConditionsforElectrostaticFields
3-10CapacitanceandCapacitors
3-10.1SeriesandParallelConnectionsofCapacitors
3-10.2CapacitancesinMulticonductorSystems
3-10.3ElectrostaticShielding
3-11ElectrostaticEnergyandForces
3-11.1ElectrostaticEnergyinTermsofFieldQuantities
3-11.2ElectrostaticForces
ReviewQuestions
Problems
4SolutionofElectrostaticProblems
4-1Introduction
4-2PoissonsandLaplacesEquations
4-3UniquenessofElectrostaticSolutions
4-4MethodofImages
4-4.1PointChargeandConductingPlanes
4-4.2LineChargeandParallelConductingCylinder
4-4.3PointChargeandConductingSphere
4-4.4ChargedSphereandGroundedPlane
4-5Boundary-ValueProblemsinCartesianCoordinates
4-6Boundary-ValueProblemsinCylindricalCoordinates
4-7Boundary-ValueProblemsinSphericalCoordinates
ReviewQuestions
Problems
5SteadyElectricCurrents
5-1Introduction
5-2CurrentDensityandOhmsLaw
5-3ElectromotiveForceandKirchhoffsVoltageLaw
5-4EquationofContinuityandKirchhoffsCurrentLaw
5-5PowerDissipationandJoulesLaw
5-6BoundaryConditionsforCurrentDensity
5-7ResistanceCalculations
ReviewQuestions
Problems
6StaticMagneticFields
6-1Introduction
6-2FundamentalPostulatesofMagnetostaticsinFreeSpace
6-3VectorMagneticPotential
6-4TheBiot-SavartLawandApplications
6-5TheMagneticDipole
6-5.1ScalarMagneticPotential
6-6MagnetizationandEquivalentCurrentDensities
6-6.1EquivalentMagnetizationChargeDensities
6-7MagneticFieldIntensityandRelativePermeability
6-8MagneticCircuits
6-9BehaviorofMagneticMaterials
6-10BoundaryConditionsforMagnetostaticFields
6-11InductancesandInductors
6-12MagneticEnergy
6-12.1MagneticEnergyinTermsofFieldQuantities
6-13MagneticForcesandTorques
6-13.1HallEffect
6-13.2ForcesandTorquesonCurrent-CarryingConductors
6-13.3ForcesandTorquesinTermsofStoredMagneticEnergy
6-13.4ForcesandTorquesinTermsofMutualInductance
ReviewQuestions
Problems
7Time-VaryingFieldsandMaxwelrsEquations
7-1Introduction
7-2FaradaysLawofElectromagneticInduction
7-2.1AStationaryCircuitinaTime-VaryingMagneticField
7-2.2Transformers
7-2.3AMovingConductorinaStaticMagneticField
7-2.4AMovingCircuitinaTime-VaryingMagneticField
7-3MaxwellsEquations
7-3.1IntegralFormofMaxwellsEquations
7-4PotentialFunctions
7-5ElectromagneticBoundaryConditions
7-5.1InterfacebetweenTwoLosslessLinearMedia
7-5.2InterfacebetweenaDielectricandaPerfectConductor
7-6WaveEquationsandTheirSolutions
7-6.1SolutionofWaveEquationsforPotentials
7-6.2Source-FreeWaveEquations
7-7Time-HarmonicFields
7-7.1TheUseofPhasors—AReview
7-7.2Time-HarmonicElectromagnetics
7-7.3Source-FreeFieldsinSimpleMedia
7-7.4TheElectromagneticSpectrum
ReviewQuestions
Problems
8PlaneElectromagneticWaves
8-1Introduction
8-2PlaneWavesinLosslessMedia
8-2.1DopplerEffect
8-2.2TransverseElectromagneticWaves
8-2.3PolarizationofPlaneWaves
8-3PlaneWavesinLossyMedia
8-3.1Low-LossDielectrics
8-3.2GoodConductors
8-3.3IonizedGases
8-4GroupVelocity
8-5FlowofElectromagneticPowerandthePoyntingVector
8-5.1InstantaneousandAveragePowerDensities
8-6NormalIncidenceataPlaneConductingBoundary
8-7ObliqueIncidenceataPlaneConductingBoundary
8-7.1PerpendicularPolarization
8-7.2ParallelPolarization
8-8NormalIncidenceataPlaneDielectricBoundary
8-9NormalIncidenceatMultipleDielectricInterfaces
8-9.1WaveImpedanceoftheTotalField
8-9.2ImpedanceTransformationwithMultipleDielectrics
8-10ObliqueIncidenceataPlaneDielectricBoundary
8-10.lTotalReflection
8-10.2PerpendicularPolarization
8-10.3ParallelPolarization
ReviewQuestions
Problems
9TheoryandApplicationsofTransmissionLines
9-1Introduction
9-2TransverseElectromagneticWavealongaParallel-PlateTransmissionLine
9-2.1LossyParallel-PlateTransmissionLines
9-2.2MicrostripLines
9-3GeneralTransmission-LineEquations
9-3.1WaveCharacteristicsonanInfiniteTransmissionLine
9-3.2Transmission-LineParameters
9-3.3AttenuationConstantfromPowerRelations
9-4WaveCharacteristicsonFiniteTransmissionLines
9-4.1TransmissionLinesasCircuitElements
9-4.2LineswithResistiveTermination
9-4.3LineswithArbitraryTermination
9-4.4Transmissionq~ineCircuits
9-5TransientsonTransmissionLines
9-5.1ReflectionDiagrams
9-5.2PulseExcitation
9-5.3InitiallyChargedLine
9-5.4LinewithReactiveLoad
9-6TheSmithChart
9-6.1Smith-ChartCalculationsforLossyLines
9-7Transmission-LineImpedanceMatching
9-7.1ImpedanceMatchingbyQuarter-WaveTransformer
9-7.2Single-StubMatching
9-7.3Double-StubMatching
ReviewQuestions
Problems
10WaveguidesandCavityResonators
10-1Introduction
10-2GeneralWaveBehaviorsalongUniformGuidingStructures
10-2.1TransverseElectromagneticWaves
10-2.2TransverseMagneticWaves
10-2.3TransverseElectricWaves
10-3Parallel-PlateWaveguide
10-3.1TMWavesbetweenParallelPlates
10-3.2TEWavesbetweenParallelPlates
10-3.3Energy-TransportVelocity
10-3.4AttenuationinParallel-PlateWaveguides
10-4RectangularWaveguides
10-4.1TMWavesinRectangularWaveguides
10-4.2TEWavesinRectangularWaveguides
10-4.3AttenuationinRectangularWaveguides
10-4.4DiscontinuitiesinRectangularWaveguides
10-5CircularWaveguides
10-5.1BesselsDifferentialEquationandBesselFunctions
10-5.2TMWavesinCircularWaveguides
10-5.3TEWavesinCircularWaveguides
10-6DielectricWaveguides
10-6.1TMWavesalongaDielectricSlab
10-6.2TEWavesalongaDielectricSlab
10-6.3AdditionalCommentsonDielectricWaveguides
10-7CavityResonators
10-7.1RectangularCavityResonators
10-7.2QualityFactorofCavityResonator
10-7.3CircularCavityResonator
ReviewQuestions
Problems
11AntennasandRadiatingSystems
11-1Introduction
11-2RadiationFieldsofElementalDipoles
11-2.1TheElementalElectricDipole
11-2.2TheElementalMagneticDipole
11-3AntennaPatternsandAntennaParameters
11-4ThinLinearAntennas
11-4.1TheHalf-WaveDipole
11-4.2EffectiveAntennaLength
11-5AntennaArrays
11-5.1Two-ElementArrays
11-5.2GeneralUniformLinearArrays
11-6ReceivingAntennas
11-6.1InternalImpedanceandDirectionalPattern
11-6.2EffectiveArea
11-6.3BackscatterCrossSection
11-7Transmit-ReceiveSystems
11-7.1FriisTransmissionFormulaandRadarEquation
11-7.2WavePropagationnearEarthsSurface
11-8SomeOtherAntennaTypes
11-8.1Traveling-WaveAntennas
11-8.2HelicalAntennas
11-8.3Yagi-UdaAntenna
11-8.4BroadbandAntennas
11-9ApertureRadiators
References
ReviewQuestions
Problems
Appendixes
ASymbolsandUnits
A-1FundamentalSI(RationalizedMKSA)Units
A-2DerivedQuantities
A-3MultiplesandSubmultiplesofUnits
BSomeUsefulMaterialConstants
B-1ConstantsofFreeSpace
B-2PhysicalConstantsofElectronandProton
B-3RelativePermittivities(DielectricConstants)
B-4Conductivities
B-5RelativePermeabilities
CIndexofTables
GeneralBibliography
AnswerstoSelectedProblems
Index
SomeUsefulItems
SomeUsefulVectorIdentities
Gradient,Divergence,Curl,andLaplacianOperationsinCartesianCoordinates
Gradient,Divergence,Curl,andLaplacianOperationsinCylindricalandSphericalCoordinates