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内容简介
本书原来是美国麻省理工学院电磁波理论课程的教材。本书作者从事电磁波理论的研究已有30多年，作者近年来在美国国家科学基金、美国海军和陆军研究机构、IBM公司等支持下完成了多个研究项目，部分项目成果编入本书。/// 本书详细介绍了基于麦克斯韦程组的电磁波完整理论，特别强调波矢量在其中的重要性，并交电磁波理论的应用贯穿于全书。根据国内高校的教学情况，本书影印后分为三册出版。///
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目录
Chapter 3. PROPAGATION AND GUIDANCE
3.1 Time-Harmonic Fields
A. Maxwell Equations for Time-Harmonic Fields
B. Constitutive Relations and Dispersive Media
C. Time-Average Poynting Power Vector
Topic 3.1 A Symmetry Conditions for Lossless Media
3.2 Plane Wave Solutions
A. Phase and Group Velocities
B. Penetration Depth in Lossy Media
C. Evanescent Waves in Lossless Media
3.3 Waves in Media and the kDB System
A. kDB System
B. Maxwell Equations in kDB System
C. Plane Waves in Uniaxial Media
Topic 3.3A Plane Waves in Gyrotropic Media
Topic 3.3B Plane Waves in Bianisotropic Media
Topic 3.3C Plane Waves in Nonlinear Media
3.4 Reflection and Transmission
A. Phase Matching
B. Reflection and Transmission at a Plane
Boundary
C. Reflection and Transmission by a Layered
Medium
3.5 Guidance
A. Guidance by Conducting Parallel Plates
B. Guided Waves in a Slab Dielectric Waveguide
C. Guided Waves in Layered Media
D. Cylindrical Rectangular Waveguides
E. Cylindrical Circular Waveguides
3.6 Resonance
A. Rectangular Cavity Resonator
B. Circular Cavity Resonator
C. Spherical Cavity Resonator
Topic 3.6A Cavity Perturbation
Answers
Chapter 4. RADIATION
4.1 Cerenkov Radiation
4.2 Green''''s Functions
A. Dyadic Green''''s Functions
B. Radiation Field Approximation
4.3 Hertzian Dipoles
A. Hertzian Electric Dipole
B. Hertzian Magnetic Dipole and Small Loop
Antenna
4.4 Linear Dipole Arrays
A. Uniform Array Antenna with Progressive
Phase Shift
B. Array Antennas with Nonuniform Current
Distributions
C. Dolph-Chebyshev Arrays
D. Array Pattern Synthesis
4.5 Linear Antennas
4.6 Biconical Antennas
A. Formulation and Wave Solutions
B. Solution in the Air Region and Dipole Fields
0. Solution in the Antenna Region
D. Transmission Line Model
E. Formal Solution of the Biconical Antenna
Problem
4.7 Dipole Antennas in Layered Media
A. Integral Formulation
B. Contour Integration Methods
Topic 4.7A Dipole on a Two-Layer Medium
Answers
Chapter 5. THEOREMS OF WAVES AND MEDIA
5.1 Equivalence Principle
A. Electric and Magnetic Dipole Sources
B. Image Sources
C. Electric and Magnetic Current Sheets
D. Impressed and Induced Current Sheets
Topic 5.1A Uniqueness Theorem
Topic 5.1B Duality and Complementarity
Topic 5.1C Mathematical Formulations of Huygens'''' Principle
Topic 5.1D Fresnel and Fraunhofer Diffraction
5.2 Reaction and Reciprocity
A. Reaction
B. Reciprocity
C. Reciprocity Conditions
D. Modified Reciprocity Theorem
Topic 5.2A Stationary Formulas and Rayleigh-Ritz
Procedure
Topic 5.2B Method of Moments
5.3 Quasi-Static Limits
5.4 Geometrical Optics Limit
5.5 Paraxial Limit
Topic 5.5A Gaussian Beam
5.6 Quantization of Electromagnetic Waves
A. Uncertainty Principle
B. Annihilation and Creation Operators
C. Wave Quantization in Bianisotropic Media
Answers
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