电磁场理论是现代电子技术的基础课程，其应用遍及整个国家经济，在各个领域中具有广泛的应用。本书主要介绍了普物电磁学、静态场的边值问题、宏观电磁理论、平面电磁波的传播性质及其在边界面上的反射、折射和导行电磁波等。学习本书对培养学生严谨的科学作风、抽象思维能力及科学的创新精神起到非常重要的作用。
Chapter 1 Vector Analysis
§ 1. 1 Vector Function and Vector Operations
§ 1. 2 Cartesian Curvilinear System
§ 1. 3 Gradient， Divergence， and Curl
§ 1. 4 Several Important Vector Fields
§ 1. 5? δ Function， Green??s Theorem， and Helmholtz Theorem
Chapter 2 Electrostatics
§ 2. 1 Charge and Charge Density
§ 2. 2 Coulomb??s Law
§ 2. 3 Electric Field and Electric Field Intensity
§ 2. 4 Electric Field Line and Electric Flux
§ 2. 5 Gauss??s Law
§ 2. 6 Electrostatic Field Loop Theorem
§ 2. 7 Electric Potential and Potential Difference
§ 2. 8 Poisson??s and Laplace??s Equation of Electric Potential
§ 2. 9 Electric Dipole
§ 2. 10 Electrostatic Field in Dielectrics
§ 2. 11 Conductors in Electrostatic Field
§ 2. 12 Energy and Force of Electric Field
§ 2. 13 Capacitor
Chapter 3 Steady Electric Field and Current
§ 3. 1 Current and Current Density
§ 3. 2 Fundamental Laws of Steady Current Field
§ 3. 3 Power Source and Electromotive Potential
§ 3. 4 Ohm??s Law and Joule??s Law
§ 3. 5 Boundary Condition of Steady Current Field
§ 3. 6 Comparison Between Steady Current Field and Electrostatic Field
Chapter 4 Magnetostatic Field
§ 4. 1 Magnetic Force and Magnetic Field Intensity
§ 4. 2 Motion of Charged Particle in Magnetic Field
§ 4. 3 Ampère??s Magnetic Force Law and Biot?Savart??s Law
§ 4. 4 Fundamental Laws of Steady Magnetic Field
§ 4. 5 Vector and Scalar Magnetic Potentials
§ 4. 6 Magnetic Dipoles
§ 4. 7 Magnetization of Magnetic Media
§ 4. 8 Fundamental Laws of Magnetic Field in Magnetic Media
§ 4. 9 Ferromagnetic Media
§ 4. 10 Boundary Conditions on Magnetic Media Interface
Chapter 5 Boundary Value Problems of Static Fields
§ 5. 1 Uniqueness theorem and Principle of Superposition
§ 5. 2 Separation of Variables of Laplace Equation
§ 5. 3 The Method of Images
§ 5. 4 Complex Analysis
§ 5. 5 Finite Difference Method
Chapter 6 Electromagnetic Induction
§ 6. 1 Faraday??s Law
§ 6. 2 Generalization of Faraday??s Law
§ 6. 3 Inductance
§ 6. 4 Energy in Magnetic Field
Chapter 7 Time Varying Electromagnetic Field
§ 7. 1 Displacement Current and Generalized Ampère??s Law
§ 7. 2 Maxwell??s Equations
§ 7. 3 Time Harmonic Electromagnetic Field
§ 7. 4 Dispersion and Loss
§ 7. 5 Poynting??s Theorem
§ 7. 6 Wave Equation of Electromagnetic Field
§ 7. 7 Scalar and Vector Potential
§ 7. 8 Boundary Condition of Time Varying EM Field
Chapter 8 Plane Wave
§ 8. 1 General Solution of Helmholtz Equation
§ 8. 2 Uniform Plane Wave in Ideal Media
§ 8. 3 Polarization of Electromagnetic Wave
§ 8. 4 Uniform Plane Wave in Conductive Media
§ 8. 5 Phase Velocity and Group Velocity
§ 8. 6 Reflection and Transmission of Electromagnetic Wave on Ideal Media Interface
§ 8. 7 Total Transmission and Total Reflection
§ 8. 8 Reflection and Transmission of Lossy Media Interface
§ 8. 9 Reflection and Transmission in Multilayer Media
Chapter 9 Guided Electromagnetic Wave
§ 9. 1 Electromagnetic Fields of Guided Waves
§ 9. 2 Rectangular Waveguide
§ 9. 3 TE10 Mode
§ 9. 4 Energy Transmission and Losses in Waveguide
§ 9. 5 Circular Waveguide
§ 9. 6 TEM Wave on Transmission Lines
§ 9. 7 Cavity Resonators
Chapter 10 Radiation of Electromagnetic Wave
§ 10. 1 Retarded Potential
§ 10. 2 Radiation of Hertzian Dipole
§ 10. 3 Radiation of Magnetic Dipole Antenna
§ 10. 4 Line Antennas
§ 10. 5 Directivity and Gain
§ 10. 6 Antenna Array
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