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Electromagnetic Fields and Waves

 

Magdy F. Iskander

 

An in-depth understanding of electromagnetics is important to all electrical engineering students, regardless of specialization. Iskander presents the phenomena associated with electromagnetic fields and waves without bogging down the student with equations and mathematical relations, keeping emphasis on the interesting subject and exciting applications of electromagnetics. The text describes the properties of the static electric and magnetic fields in terms of their charge and current sources before introducing Maxwell’s equations. Additional features include a detailed description of reflection and refraction of plane waves of oblique incidence on a dielectric surface, a detailed introduction to antennas, comprehensive treatment of transmission lines, and an introductory section on numerical techniques. Many examples are used in each chapter to demonstrate the physical interpretation of vector operations and electromagnetic field quantities.
 

$83.95 list, 756 pages

10-digit ISBN: 1-57766-115-X

13-digit ISBN: 978-1-57766-115-3

© 1992

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Table of Contents

 

1. Vector Analysis and Maxwell’s Equations in Integral Form
2. Maxwell’s Equations in Differential Form
3. Maxwell’s Equations and Plane Wave Propagation in Materials
4. Static Electric and Magnetic Fields
5. Normal-Incidence Plane Wave Reflection and Transmission at Plane Boundaries
6. Oblique Incidence Plane Wave Reflection and Transmission
7. Transmission Lines
8. Wave Guides
9. Antennas
Appendixes