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

Lecture 2 Vector Analysis(Ⅱ):Divergence 8

Lecture 3 Vector Analysis(Ⅲ):Curl 14

Lecture 4 Electrostatic Field(Ⅰ) 21

Lecture 5 Electrostatic Field(Ⅱ) 29

Lecture 6 Poisson's Equation and Laplace's Equation 35

Lecture 7 Solving Laplace's Equation 41

Lecture 8 Example of Boundary Value Problem:Conducting Sphere in a Uniform Field 47

Lecture 9 Electrostatic Images 54

Lecture 10 Solving Poisson's Equation 61

Lecture 11 Electric Field in Dielectric Media 67

Lecture 12 Gauss's Law in Dielectric Media 73

Lecture 13 Poisson's and Laplace's Equations,Boundary Conditions in Dielectric Media 80

Lecture 14 Solving Electrostatic Problems in Dielectric Media 86

Lecture 15 Microscopic Theory of Dielectrics 92

Lecture 16 Energy of Electrostatic Field 99

Lecture 17 Electric Current(Ⅰ) 105

Lecture 18 Electric Current(Ⅱ) 111

Lecture 19 Magnetic Field of Steady Current 117

Lecture 20 Vector Potential of Magnetic Field 123

Lecture 21 Magnetic Field in Matter 129

Lecture 22 Field Equation.and Boundary Conditions 136

Lecture 23 Magnetic Properties of Matter(Ⅰ) 142

Lecture 24 Magnetic Properties of Matter(Ⅱ) 147

Lecture 25 Electromagnetic Induction 154

Lecture 26 Magnetic Energy 162

Lecture 27 Slowly Varying Currents(Ⅰ):Transient Behavior 168

Lecture 28 Slowly Varying Currents(Ⅱ):Steady-state Behavior 174

Lecture 29 Resonance in R-L-C Circuit 180

Lecture 30 Physics of Plasma 186

Lecture 31 Electromagnetic Properties of Superconductor 192

Lecture 32 Maxwell's Equations,Electromagnetic Energy 198

Lecture 33 Electromagnetic Waves,Boundary Conditions 204

Lecture 34 The Wave Equation with Sources 212

Lecture 35 Propagation of Plane Wave in Non-conducting Media 217

Lecture 36 Propagation of Plane Wave in Conducting Media 223

Lecture 37 Reflection and Refraction of Monochromatic Wave(Ⅰ) 228

Lecture 38 Reflection and Refraction of Monochromatic Wave(Ⅱ) 233

Lecture 39 Interference,Waveguide and Cavity Resonator 239

Lecture 40 Linear Response,Harmonic Oscillator Model 245

Lecture 41 Theory of Electromagnetic Radiation 251

Lecture 42 Electrodynamics,the Field of Moving Charges 258

Lecture 43 Basic Postulates and Concepts of Relativistic Theory 265

Lecture 44 Covariant Form of Electromagnetic Equations 272

Lecture 45 Relativistic Mechanics 278

Lecture 46 Lagrangian Formalism of Electromagnetic Field 284