Electromagnetic fields / Roald K. Wangsness

By: Wangsness, Roald KMaterial type: TextTextLanguage: English Publisher: New York : John Wiley & Sons, 1986Edition: 2a edDescription: 587 pISBN: 0471811866Subject(s): Física | Teoría ElectromagnéticaDDC classification: 530.141
Contents:
1. Vectors 2. Coulombs law 3. The electric field 4 .Gauss Law 5. The scalar potential 6. Conductors in electrostatic fields 7. Electrostatic energy 8. Electric multipoles 9. Boundary conditions at a surface of discontinuity 10. Electrostatics in the presence of matter 11. Special Methods in electrostatics 12. Electric Currents 13. Amperes law 14. The magnetic induction 15. The integral form of amperes law 16. The vector potential 17. Faradays law of induction 18. Magnetic energy 19. Magnetic multipoles 20. Magnetism in the presence of matter 21. Mazwells equations 22. Scalar and vector potentials 23. Systems of units- a guide for the perplexed 24. Plane waves 25. Reflection and refraction of plane waves 26. Fields in bounded regions 27. Circuits and transmission lines 28. Radiation 29. Special relativity.
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Item type Current location Collection Call number Copy number Status Date due Barcode
Libro OptoElectrónica Libro OptoElectrónica Laboratorio de Optoelectrónica
RESERVA
Papel 530.141 W246 2ed. (Browse shelf) Ej. 1 Available L000787
Libro OptoElectrónica Libro OptoElectrónica Laboratorio de Optoelectrónica
GENERAL
Papel 530.141 W246 2ed. (Browse shelf) Ej. 2 Available L000396

1. Vectors 2. Coulombs law 3. The electric field 4 .Gauss Law 5. The scalar potential 6. Conductors in electrostatic fields 7. Electrostatic energy 8. Electric multipoles 9. Boundary conditions at a surface of discontinuity 10. Electrostatics in the presence of matter 11. Special Methods in electrostatics 12. Electric Currents 13. Amperes law 14. The magnetic induction 15. The integral form of amperes law 16. The vector potential 17. Faradays law of induction 18. Magnetic energy 19. Magnetic multipoles 20. Magnetism in the presence of matter 21. Mazwells equations 22. Scalar and vector potentials 23. Systems of units- a guide for the perplexed 24. Plane waves 25. Reflection and refraction of plane waves 26. Fields in bounded regions 27. Circuits and transmission lines 28. Radiation 29. Special relativity.

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