Engineering Electromagnetics – William H. Hayt, John A. Buck – 6th Edition


The convenient two-column format makes following step-by-step instructions a breeze. Readers will also get a quick briefing on mathematical theory and a simple explanation of operation along with enjoyable descriptions of key topics such as various of acceleration; conditioning; storage; magnetism; and kinetics.

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Table of Contents

Chapter 1. Vector Analysis
Chapter 2. Coulomb`s law and electric field intensity
Chapter 3. Electric flux density, gauss` law, and divergence
Chapter 4. Energy and potencial
Chapter 5. Conductors, dielectrics, and capacitance
Chapter 6. Experimental mapping methods
Chapter 7 Poisson`s and Laplace`s equations
Chapter 8 The steady magnetic field
Chapter 9 Magnetic forces, materials, and Inductance
Chapter 10 Time- Varying fields and maxwell´s equtions
Chapter 11 The Uniform plane wave
Chapter 12 Plane Waves at boundaries and in Dispersive Media
Chapter 13 Transmission lines
Chapter 14 Wavenguide and Antenna Fundamentals

Appendix A Vector Analysis
Appendix B Units
Appendix C Material contants
Appendix D Origins of the complex permittity
Appendix E Answers to selected Problems

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