Mathematical prologue 1. Charges and currents 2. Electrostatics 3. Electric dipoles 4. Static magnetic fields 5. Time dependent fields 6. Faraday's law and Maxwell's equations 7. Electromagnetic waves in a vacuum 8. The electrostatics of conductors 9. Steady currents in conductors 10. Magnetostatics 11. Insulators 12. Magnetic properties of materials 13. Time dependent fields in insulators 14. Time dependent fields in metals and plasmas 15. Superconductivity 16. Surface electricity 17. Radiation 18. Applications of radiation theory 19. Transmission lines, wave guides, and optical fibres 20. The electromagnetic field and special relativity Appendices Index.
Mathematical prologue 1. Charges and currents 2. Electrostatics 3. Electric dipoles 4. Static magnetic fields 5. Time dependent fields 6. Faraday's law and Maxwell's equations 7. Electromagnetic waves in a vacuum 8. The electrostatics of conductors 9. Steady currents in conductors 10. Magnetostatics 11. Insulators 12. Magnetic properties of materials 13. Time dependent fields in insulators 14. Time dependent fields in metals and plasmas 15. Superconductivity 16. Surface electricity 17. Radiation 18. Applications of radiation theory 19. Transmission lines, wave guides, and optical fibres 20. The electromagnetic field and special relativity Appendices Index.
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