| Foreword by Victor F. Weisskopf |
| Preface by the Editor |
| Survey of the Historical Development and the Current Problems of Electrodynamics |
| 1. Electrostatics and Magnetostatics |
| 1. Coulomb's law |
| 2. The field of point charges |
| 3. Volume and surface charge distributions |
| 4. Energy of the electrostatic field |
| 5. Example: charge distributions with spherical symmetry |
| 6. Proof of the equivalence of the electrostatic field equations with Coulomb's law |
| 7. "Dielectrics, phenomenological treatment " |
| 8. Electron theory interpretation of dielectric phenomena |
| 9. The potential problem |
| 10. Curvilinear coordinates |
| 11. Examples of solutions of the potential problem |
| 12. Magnetostatics |
| 13. Units and dimensions |
| 2. Steady-State Currents |
| 14. Theory of steady-state currents |
| 15. The magnetic fields of steady-state currents |
| 16. The equivalence of the magnetic field due to closed current loops with that due to a distribution of magnetic dipoles |
| 17. Ponderomotive forces |
| 18. The principle of action and reaction for electric and magnetic forces. The Maxwell stress tensors |
| 3. Quasi-Static Fields |
| 19. Faraday's law of induction |
| 20. The energy of current systems |
| 21. Time-dependent current flow in circuits |
| 22. The skin effect |
| 23. The law of induction for moving conductors |
| 4. Rapidly Varying Fields |
| 24. The Maxwell equations |
| 25. Electromagnetic waves in vacuum |
| 26. Conservation of energy and momentum |
| 27. Electromagnetic waves in material media |
| 28. Radiation of electromagnetic waves |
| 29. The field of a point charge in uniform motion |
| 30. Radiation damping |
| Bibliography |
| Appendix. Comments by the Editor |
| Index |