Author:
Morgenthaler, Frederic R.
Imprint:Hoboken, NJ : Wiley, 2011.
Descriptionxxxiii, 639 p. : ill. ; 26 cm. + 1 CDRom
Note:Pt. I. Basic electromagnetic theory -- 1. Maxwell's equations -- 2. Quasistatic approximations -- 3. Electromagnetic power, energy, stress and momentum -- 4. Electromagnetic waves in free-space -- 5. Electromagnetic waves in linear materials -- 6. Electromagnetic theorems and principles -- Pt. II. Four-dimensional electromagnetism -- 7. Four-dimensional vectors and tensors -- 8. Energy-momentum tensors -- 9. Dielectric and magnetic materials -- 10. Amperian, Minkowski, and Chu formulations -- Pt. III. Electromagnetic examples -- 11. Static and quasistatic fields -- 12. Uniformly moving electric charges -- 13. Accelerating charges -- 14. Uniform surface current -- 15. Uniform line currents -- 16. Plane waves -- 17. Waves incident at a material interface -- 18. TEM transmission lines -- 19. Rectangular waveguide modes -- 20. Circular waveguide modes -- 21. Dielectric waveguides -- 22. Antennas and diffraction -- 23. Waves and resonances in ferrites -- 24. Equivalent circuits -- 25. Practice problems -- Pt. IV. Backmatter -- Appendices A-H.
Bibliography Note:Includes bibliographical references and index.
Note:"In this text, the author develops alternate representations of electromagnetic power and energy that differ form the familiar Maxwell-Poynting theorem values (S and W) - yet are fully equivalent. The particular choice focuses on features highly-localized power and energy components and emphasizes the circuit rather than the wave nature of theses quantities. Moreover, unlike the Poynting vector, this exact representation merges smoothly with well-known quasistatic approximations that have long been used to calculate power flows in both lumped and distributed circuits operating at low-frequencies"-- Provided by publisher.
