Foreword
Introduction
Chapter 1. Preliminaries
1.1. Notions of Vector Analysis
1.2. Notions of Mechanics
Chapter 2. Electrostatics
2.1. The Electric Field
2.2. Fields Generated by Lines, Surfaces, and Space Regions
2.3. Differential Laws of Electrostatics
2.4. Dielectric Media
2.5. Conductors
2.6. Boundary Problems
2.7. Potential Energy
2.8. Two-Dimensional Problems of Electrostatics
2.9. The Electric Field Outside a Cylinder
Chapter 3. Currents and Ohm's Law
3.1. Currents
3.2. Resistive Conductors. Ohm's Law
Chapter 4. Magnetostatics
Chapter 5. Electromagnetic Fields Changing in Time
5.1. The Basic Laws of Electromagnetism
5.2. Magnetic Inductions
5.3. Pre-Maxwellian Magnetic Induction
5.4. Inductance
5.5. Special Induction Loops
Chapter 6. Transmission Lines. Method of the Laplace Transformation
6.1. Transmission Lines
6.2. Undistorted Transmission
6.3. The Method of Laplace Transformation
6.4. Special Transmission Problems
6.5. Extensions of the Method of Laplace Transformations
6.6. Heaviside Calculus
Chapter 7. Electromagnetodynamics of Moving Bodiesand the Principle of Relativity
7.1. Extended Magnetic Induction
7.2. Maxwell's Equations with Reference to a Moving Coordinate System
7.3. Maxwell's Equations in Covariant Form
7.4. The Principle of Relativity
Chapter 8. Electromagnetic Wave Propagation
8.1. Propagation with Finite Speed
8.2. Initial Value Problems
8.3. Huygens' Principle
8.4. Electromagnetic Potentials
8.5. The Radiation Problem
Chapter 9. The Scattering Problem
9.1. Bundles and Packets of Plane Waves
9.2. Scattering Induced by a Conductor
9.3. Scattering of Electromagnetic Waves
References
