應用電磁學基礎：2001年多媒體版英文本

定　價：￥46.00

作　者：	Fawwaz T.Ulaby著
出版社：	科學出版社
叢編項：	國外高校電子信息類優(yōu)秀教材
標　簽：	通信技術理論與基礎

ISBN：	9787030106049	出版時間：	2002-01-01	包裝：
開本：	26cm＋光盤1片	頁數(shù)：	433頁	字數(shù)：

內(nèi)容簡介

　　本書為國外高校電子信息類優(yōu)秀教材（英文影印版）之一。本書在電路和電磁學之間架起了一座橋梁，從學生熟悉的概念出發(fā)，由淺入深地介紹了應用電磁學方面的基礎知識，重點介紹其在通信系統(tǒng)、雷達、光學和計算機系統(tǒng)等方面的應用。隨書所附光盤能幫助學生更形象地理解電磁學。本書適用于高等院校電氣、電子、信息、控制、機電類專業(yè)本科生，也可供一般工程技術人員參考。

作者簡介

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圖書目錄

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