(英文第2版)电磁场与电磁波//经典原版书库

本书简明易懂，贴近读者，深受广大师生欢迎。
本书包含许多实例、问题、章末小结和适当的背景材料。书中首先介绍静电磁场和静磁场的基本概念，继而讲解麦斯韦尔方程、电磁传播、电磁传输和电磁辐射。另外，还增加了关于有限元法和有限差分法的章节以及关于史密斯圆图的详细附录。

作者：（美国）古鲁等

1ELECTROMAGNETICFIELDTHEORY
1.1Introduction
1.2FieldConcept
1.3VectorAnalysis
1.4DifferentialandIntegralFormulations
1.5StaticFields
1.6Time-VaryingFields
1.7ApplicationsofTime-VaryingFields
1.8NumericalSolutions
1.9FurtherStudy
2VECTORANALYSIS
2.1Introduction
2.2ScalarandVectorQuantities
2.3VectorOperations
2.4TheCoordinateSystems
2.5ScalarandVectorFields
2.6DifferentialElementsofLength,Surface,andVolume
2.7Line,Surface,andVolumeIntegrals
2.8TheGradientofaScalarFunction
2.9DivergenceofaVectorField
2.10TheCurlofaVectorField
2.11TheLaplacianOperator
2.12SomeTheoremsandFieldClassifications
2.13VectorIdentities
2.14Summary
2.15ReviewQuestions
2.16Problems
3ELECTROSTATICS
3.1Introduction
3.2Coulomb’sLaw
3.3ElectricFieldIntensity
3.4ElectricFluxandElectricFluxDensity
3.5TheEIectricPotential
3.6ElectricDipole
3.7MaterialsinanElectricField
3.8EnergyStoredinanEIectricField
3.9BoundaryConditions
3.10CapacitorandCapacitance
3.11Poisson’sandLaplace’sEquations
3.12MethodofImages
3.13Summary
3.14ReviewQuestions
3.15Problems
4STEADYELECTRICCURRENTS
4.1Introduction
4.2NatureofCurrentandCurrentDensity
4.3ResistanceofaConductor
4.4TheEquationOfContinuity
4.SRelaxationTime
4.6Joule’sLaw
4.7SteadyCurrentinaDiode
4.8BoundaryConditionsforCurrentDensity
4.9AnalogyBetweenDandJ
4.10TheElectromotiveForce
4.11Summary
4.12ReviewQuestions
4.13Problems
1ELECTROMAGNETICFIELDTHEORY
1.1Introduction
1.2FieldConcept
1.3VectorAnalysis
1.4DifferentialandIntegralFormulations
1.5StaticFields
1.6Time-VaryingFields
1.7ApplicationsofTime-VaryingFields
1.8NumericalSolutions
1.9FurtherStudy
2VECTORANALYSIS
2.1Introduction
2.2ScalarandVectorQuantities
2.3VectorOperations
2.3.1VectorAddition
2.3.2VectorSubtraction
2.3.3MultiplicationofaVectorbyaScalar
2.3.4ProductofTwoVectors
2.4TheCoordinateSystems
2.4.1RectangularCoordinateSystem
2.4.2CylindricalCoordinateSystem
2.4.3SphericalCoordinateSystem
2.5ScalarandVectorFields
2.6DifferentialElementsofLength,Surface,andVolume
2.7Line,Surface,andVolumeIntegrals
2.8TheGradientofaScalarFunction
2.9DivergenceofaVectorField
2.10TheCurlofaVectorField
2.11TheLaplacianOperator
2.12SomeTheoremsandFieldClassifications
2.13VectorIdentities
2.14Summary
2.15ReviewQuestions
2.16Problems
3ELECTROSTATICS
3.1Introduction
3.2Coulomb’sLaw
3.3ElectricFieldIntensity
3.3.1ElectricFieldIntensityDuetoChargeDistributions
3.4ElectricFluxandElectricFluxDensity
3.4.1DefinitionofElectricFlux
3.4.2Gauss’sLaw
3.5TheEIectricPotential
3.6ElectricDipole
3.7MaterialsinanElectricField
3.8EnergyStoredinanEIectricField
3.9BoundaryConditions
3.10CapacitorandCapacitance
3.11Poisson’sandLaplace’sEquations
3.12MethodofImages
3.13Summary
3.14ReviewQuestions
3.15Problems
4STEADYELECTRICCURRENTS
4.1Introduction
4.2NatureofCurrentandCurrentDensity
4.3ResistanceofaConductor
4.4TheEquationOfContinuity
4.SRelaxationTime
4.6Joule’sLaw
4.7SteadyCurrentinaDiode
4.8BoundaryConditionsforCurrentDensity
4.9AnalogyBetweenDandJ
4.10TheElectromotiveForce
4.11Summary
4.12ReviewQuestions
4.13Problems
5MAGNETOSTATICS
6APPLICATIONSOFSTATICFIELDS
7TIME-VARYINGELECTROMAGNETICFIELDS
8PLANEWAVEPROPAGATION
9TRANSMISSIONLINES
10WAVEGUIDESANDCAVITYRESONATORS
11ANTENNAS
12COMPUTER-AIDEDANALYSISOFELECTROMAGNETICFIELDS
APPENDIXASMITHCHARTANDITSAPPLICATIONS
APPENDIXBCOMPUTERPROGRAMSFORVARIOUSPROBLEMS
APPENDIXCUSEFULMATHEMATICALTABLES
INDEX