Introduction to Electromagnetic Engineering

By: ROGER E. HARRINGTON

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Paperback | 17 October 2003

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312 Pages

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20.9 x 13.6 x 1.91

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This study of electromagnetic theory introduces students to a broad range of quantities and concepts, imparting the necessary vector analysis and associated mathematics and reinforcing its teachings with several elementary field problems. Based on circuit theory rather than on the classical force-relationship approach, the text uses the theory of electric circuits to provide a system of experiments already familiar to the electrical engineer; a series of field concepts are then introduced as a logical extension of circuit theory. Virtually unobtainable elsewhere, this text was written by a prominent professor whose recognition includes the prestigious IEEE Electromagnetics Award. It is appropriate for advanced undergraduate and graduate students with a background in calculus and circuit theory. 176 Figures. 9 Tables.

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You Can Find This Book In

Non-Fiction Engineering & Technology Energy Technology & Engineering Electrical Engineering Science Physics Electricity Electronics & Communications Engineering Electronics Engineering Technology in General Engineering in General

Preface	p. iii
Basic Concepts	p. 1
Units and Dimensions
Linearity and Superposition
Circuit Quantities
Linear Circuit Elements
Kirchhoff's Laws Generalized
Power and Energy
Circuit Sources
Mutual-inductance
Charge Density and Current Density	p. 18
Charge Density
Vectors
Surface Integral of a Vector
Current Density
Conservation of Charge
Divergence
The Equation of Continuity
Electric Intensity and Magnetic Flux Density	p. 40
Line Integral of a Vector
Electric Intensity
Conduction Current
Magnetic Flux Density
Faraday's Law of Induction
Circulation and Curl
The Maxwell-Faraday Equation
B and E at a Boundary
Electric Flux Density and Magnetic Intensity	p. 61
Sources of a Vector Field
Electric Flux Density
Some Properties of D
Linear Dielectric Media
Magnetic Intensity
Some Properties of H
Linear Magnetic Media
Energy
Maxwell's Equations
The Field of Static Charges	p. 88
Introduction
The Field Integral
Gradient
Electric Scalar Potential
Point Charges
The Scalar Potential Integral
Two-dimensional Charge Distributions
One-dimensional Charge Distributions
Charge Dipoles
Reciprocity
The Field of Steady Currents	p. 123
Introduction
Magnetic Vector Potential
The Vector Potential Integral
The Biot-Savart Law
Two-dimensional Current Distributions
One-dimensional Current Distributions
Current Dipoles
The Solenoid
Reciprocity
Some Field Concepts	p. 150
On Fields in General
Surface Distributions of Sources
Electric Polarization
Magnetization
The Static Equivalence Principle
Duality
Dipole Layers and Current Loops
The Boundary-value Problem	p. 188
Introduction
Uniqueness
Electrostatics
Steady Current
Magnetostatics
Image Theory
Problems with Plane Boundaries
Other Methods of Solution
Circuit Elements	p. 224
Introduction
Resistance
An Approximation
Capacitance
Capacitance Systems
Resistance Systems
Inductance
Mutualinductance
The Electromagnetic Field	p. 256
The Wave Equation
Plane Waves
The Generalized Current Concept
Poynting's Theorem
Electromagnetic Potentials
Radiation
Guided Waves
Resonance
Appendix A	p. 293
Appendix B	p. 295
Appendix C	p. 303
Bibliography	p. 304
Index	p. 307
Table of Contents provided by Ingram. All Rights Reserved.

Introduction to Electromagnetic Engineering

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Paperback

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