应用电磁学基础：2001年多媒体版 英文本

　　本书为国外高校电子信息类优秀教材（英文影印版）之一。本书在电路和电磁学之间架起了一座桥梁，从学生熟悉的概念出发，由浅入深地介绍了应用电磁学方面的基础知识，重点介绍其在通信系统、雷达、光学和计算机系统等方面的应用。随书所附光盘能帮助学生更形象地理解电磁学。本书适用于高等院校电气、电子、信息、控制、机电类专业本科生，也可供一般工程技术人员参考。

暂缺《应用电磁学基础：2001年多媒体版 英文本》作者简介

1INTRODUCTION:WAVESANDPHASORS
1.1Dimensions,Units,andNotation
1.2TheNatureofElectromagnetism
1.3TravelingWaves
1.4TheElectromagneticSpectrum
1.5ReviewofComplexNumbers
1.6ReviewofPhasors
2TRANSMISSIONLINES
2.1GeneralConsiderations
2.2Lumped-ElementModel
2.3Transmission-LineEquations
2.4WavePropagationonaTransmissionLine
2.5TheLosslessTransmissionLine
2.6InputImpedanceoftheLosslessLine
2.7SpecialCasesoftheLosslessLine
2.8PowerFlowonaLosslessTransmissionLine
2.9TheSmithChart
2.10ImpedanceMatching
2.11TransientsonTransmissionLines
3VECTORANALYSIS
3.1BasicLawsofVectorAlgebra
3.2OrthogonalCoordinateSystems
3.3TransformationsbetweenCoordinateSystems
3.4GradientofaScalarField
3.5DivergenceofaVectorField
3.6CurlofaVectorField
3.7LaplacianOperator
4ELECTROSTATICS
4.1Maxwell'sEquations
4.2ChargeandCurrentDistributions
4.3Coulomb'sLaw
4.4Gauss'sLaw
4.5ElectricScalarPotential
4.6ElectricalPropertiesofMaterials
4.7Conductors
4.8Dielectrics
4.9ElectricBoundaryConditions
4.10Capacitance
4.11ElectrostaticPotentialEnergy
4.12ImageMethod
5MAGNETOSTATICS
5.1MagneticForcesandTorques
5.2TheBiot—SavartLaw
5.3MagneticForceBetweenTwoParallelConductors
5.4Maxwell'sMagnetostaticEquations
5.5VectorMagneticPotential
5.6MagneticPropertiesofMaterials
5.7MagneticBoudaryConditions
5.8Inductance
5.9MagneticEnergy
6MAXWELL'SEQUATIONSFORTIME-VARYINGFIELDS
6.1Faraday'sLaw
6.2StationaryLoopinaTime-VaryingMagneticField
6.3TheIdealTransformer
6.4MovingConductorinaStaticMagneticField
6.5TheElectromagneticGenerator
6.6MovingConductorinaTime-VaryingMagneticField
6.7DisplacementCurrent
6.8BoundaryConditionsforElectromagnetics
6.9Charge-CurrentContinuityRelation
6.10Free-ChargeDissipationinaConductor
6.11ElectromagneticPotentials
7PLANE-WAVEPROPAGATION
7.1Time-HarmonicFields
7.2Plane-WavePropagationinLosslessMedia
7.3WavePolarization
7.4Plane-WavePropagationinLossyMedia
7.5CurrentFlowinaGoodConductor
7.6ElectromagneticPowerDensity
8WAVEREFLECTIONANDTRANSMISSION,ANDGEOMETRICOPTICS
8.1WaveReflectionandTransmissionatNormalIncidence
8.2Snell'sLaws
8.3FiberOptics
8.4WaveReflectionandTransmissionatObliqueIncidence
8.5ReflectivityandTuansmissivity
8.6GeometricOptics
8.7ImagesFormedbyMirrors
8.8ImagerFormedbySphericalLenses
9RADIATIONANDANTENNAS
9.1TheShortDipole
9.2AntennaRadiationCHaracteriatics
9.3Half-WaveDipoleAntenna
9.4DipoleofArbitraryLength
9.5EffectiveAreaofaReceivingAntenna
9.6FriisTransmissionFormula
9.7RadiationbyLarge-ApertureAntennas
9.8RectangularAperturewithUniformApertureDistribution
9.9AntennaArrays
9.10N-ElementArraywithUniformPhaseDistribution
9.11ElectronicScanningofArrays
10SATELLITECOMMUNICATIONSYSTEMSANDRADARSENSORS
10.1SatelliteCommunicationSystems
10.2SatelliteTransponders
10.3Communication-LinkPowerBudget
10.4AntennaBeams
10.5RadarSensors
10.6TargetDetection
10.7DopplerRadar
10.8MonopulseRadar
APPENDIXASYMBOLS,QUANTITIES,ANDUNITS
APPENDIXBMATERIALCONSTANTSOFSOMECOMMONMATERIALS
APPENDIXCMATHEMATICALFORMULAS
APPENDIXDANSWERSTOODD-NUMBEREDPROBLEMS
BLBLIOGRAPHY
INDEX