Preface

Lecture 1 Introduction tO Electricity and Magnetism，Vector Analysis(I)：Gradient 

Lecture 2 Vector Analysis(Ⅱ)：Divergence

Lecture 3 Vector Analysis(Ⅲ)：Curl

Lecture 4 Electrostatic Field(I)

Lecture 5 Electrostatic Field(Ⅱ)

Lecture 6 Poisson's Equation and Laplace's Equation

Lecture 7 Solving Laplace's Equation

Lecture 8 Example of Boundary Value Problem：Conducting Sphere in a Uniform Field

Lecture 9 Electrostatic Images

Lecture 10 Solving Poisson's Equation

Lecture 11 Electric Field in Dielectric Media

Lecture 12 Gauss's Law in Dielectric Media

Lecture 13 Poisson's and Laplace's Equations，Boundary Conditions in Dielectric Media

Lecture 14 Solving Electrostatic Problems in Dielectric Media

Lecture 15 Microscopic Theory of Dielectrics

Lecture 16 Energy of Electrostatic Field

Lecture 17 Electric Current(I)

Lecture 18 Electric Current(Ⅱ)

Lecture 19 Magnetic Field of Steady Current-

Lecture 20 Vector Potential of Magnetic Field 

Lecture 21 Magnetic Field in Matter

Lecture 22 Field Equation and Boundary Conditions

Lecture 23 Magnetic Properties of Matter(T)

Lecture 24 Magnetic Properties of Matter(U)

Lecture 25 Electromagnetic Induction

Lecture 26 Magnetic Energy

Lecture 27 Slowly Varying Currents(I)：Transient Behavior 

Lecture 28 Slowly Varying Currents(Ⅱ)：Steady—state Behavior

Lecture 29 Resonance in R-L—C Circuit

Lecture 30 Physics of Plasma

Lecture 31 Electromagnetic Properties of Superconductor

Lecture 32 Maxwell's Equations，Electromagnetic Energy 

Lecture 33 Electromagnetic Waves，Boundary Conditions

Lecture 34 The Wave Equation with Sources

Lecture 35 Propagation of Plane Wave in Non-conducting Media

Lecture 36 Propagation of Plane Wave in Conducting Media

Lecture 37 Reflection and Refraction of Monochromatic Wave(I)

Lecture 38 Reflection and Refraction of Monochromatic Wave(Ⅱ)

Lecture 39 Interference，Waveguide and Cavity Resonator

Lecture 40 Linear Response，Harmonic Oscillator Model

Lecture 41 Theory of Electromagnetic Radiation

Lecture 42 Electrodynamics，the Field of Moving Charges

Lecture 43 Basic Postulates and Concepts of Relativistic Theorv

Lecture 44 Covariant Form of Electromagnetic Equations

Lecture 45 Relativistic Mechanics

Lecture 46 Lagrangian Formalism of Electromagnetic Field

钟学富编著的《电动力学讲义》精选电动力学的基本内容，以讲义的形式按课堂教学顺序组织成46讲。内容包括矢量分析、静电场、静磁场、麦克斯韦方程、物质中的电磁场、电磁波的传播、辐射理论和相对论力学等。各讲内容均衡、简练，公式推导详细，附思考问题，突出重点，减轻阅读困难。

《电动力学讲义》重点解决课堂教学的“程序化”（将科学体系变为讲授的时序）问题，可直接用作教师教案，组织课堂讲授；在适当增加内容之后，本书可作为普通大学本科或师范院校物理系电动力学课程的教材；本书还可作为参考阅读资料，帮助提高科技英语水平。

钟学富编著的《电动力学讲义》源于1992—1998年间作者在密苏里大学堪萨斯城分校(UMKC)物理系任教时的讲稿，程度与国内物理本科的四大力学相当。本书重点解决课堂教学的“程序化”（将科学体系变为讲授的时序）问题，可直接用作教师教案。