Electromagnetic Fields and Waves

, by Iskander, Magdy F.

Write a Review

Note: Supplemental materials are not guaranteed with Rental or Used book purchases.

ISBN: 9781577661153 | 157766115X
Cover: Hardcover
Copyright: 4/1/2000

Rent

(Recommended)

$67.01

Term

Due

Price

Semester

Aug 2

$67.01

Quarter

Jul 19

$63.66

Short Term

Jun 21

$60.31

*This item is part of an exclusive publisher rental program and requires an additional convenience fee. This fee will be reflected in the shopping cart.
Buy New

Usually Ships in 3-5 Business Days

$91.57

Supplemental Materials

Preface

Vector Analysis and Maxwell's Equations in Integral Form

(98)

Introduction

(1)

Vector Algebra

(6)

Coordinate Systems

(8)

Vector Representation in Various Coordinate Systems

(3)

Vector Coordinate Transformation

(7)

Electric and Magnetic Fields

(19)

Vector Integration

(13)

Maxwell's Equations in Integral Form

(12)

Displacement Current

(5)

General Characteristics of Maxwell's Equations

(24)

Summary

(3)

Problems

(13)

Maxwell's Equations in Differential Form

(80)

Introduction

(1)

Vector Differentiation

100

(3)

Gradient of Scalar Function

103

(7)

Divergence of Vector Field

110

(9)

Divergence Theorem

119

(3)

Differential Expressions of Maxwell's Divergence Relations

122

(4)

Curl of Vector Field

126

(9)

Stokes's Theorem

135

(4)

Ampere's and Faraday's Laws in Point (Differential) Form

139

(2)

Summary of Maxwell's Equations in Differential Forms

141

(6)

Continuity Equation and Maxwell's Displacement Current Term

147

(3)

Wave Equation in Source Free Region

150

(1)

Time Harmonic Fields and Their Phasor Representation

151

(3)

Uniform Plane Wave Propagation in Free Space

154

(12)

Polarization of Plane Waves

166

(13)

Summary

168

(3)

Problems

171

(8)

Maxwell's Equations and Plane Wave Propagation in Materials

179

(94)

Introduction

179

(1)

Characterization of Materials

180

(1)

Conductors and Conduction Currents

181

(2)

Dielectric Materials and Their Polarization

183

(10)

Gauss's Law for Electric Field in Materials

193

(2)

Magnetic Materials and Their Magnetization

195

(8)

Ampere's Law and Magnetization Current

203

(5)

Maxwell's Equations in Material Regions

208

(3)

Boundary Conditions

211

(20)

Summary of Boundary Condition for Electric and Magnetic Fields

231

(7)

Uniform Plane Wave Propagation in Conductive Medium

238

(10)

Electromagnetic Power and Poynting Theorem

248

(25)

Summary

261

(2)

Problems

263

(10)

Static Electric and Magnetic Fields

273

(98)

Introduction

273

(1)

Maxwell's Equations for Static Fields

274

(1)

Electrostatic Fields

275

(4)

Evaluation of Electric Field E from Electrostatic Potential Φ

279

(5)

Capacitance

284

(7)

Electrostatic Energy Density

291

(5)

Laplace's and Poisson's Equations

296

(4)

Numerical Solution of Poisson's and Laplace's Equations---Finite Difference Method

300

(13)

Numerical Solution of Electrostatic Problems---Method of Moments

313

(10)

Magnetostatic Field and Magnetic Vector Potential

323

(9)

Magnetic Circuits

332

(12)

Self-Inductance and Mutual Inductance

344

(6)

Magnetic Energy

350

(21)

Summary

356

(2)

Problems

358

(13)

Normal-Incidence Plane Wave Reflection and Transmission at Plane Boundaries

371

(65)

Introduction

371

(1)

Normal-incidence Plane Wave Reflection and Transmission at Plane Boundary between Two Conductive Media

372

(6)

Normal-incidence Plane Wave Reflection at Perfectly Conducting Plane

378

(7)

Reflection and Transmission at Multiple Interfaces

385

(5)

Reflection Coefficient and Total Field Impedance Solution Procedure

390

(10)

Graphical Solution Procedure Using the Smith Chart

400

(16)

Quarter- and Half-wavelength Transformers

416

(20)

Summary

425

(2)

Problems

427

(9)

Oblique Incidence Plane Wave Reflection and Transmission

436

(43)

Plane Wave Propagation at Arbitrary Angle

436

(4)

Reflection by Perfect Conductor---Arbitrary Angle of Incidence

440

(10)

Reflection and Refraction at Plane Interface between Two Media: Oblique Incidence

450

(8)

Comparison Between Reflection Coefficients Γ| and Γ⊥ for Parallel and Perpendicular Polarizations

458

(4)

Total Reflection at Critical Angle of Incidence

462

(4)

Electromagnetic Spectrum

466

(1)

Application to Optics

467

(12)

Summary

471

(2)

Problems

473

(6)

Transmission Lines

479

(112)

Characteristics of Wave Propagation in Transmission Lines

480

(2)

Distributed Circuit Representation of Transmission Lines

482

(2)

Lossless Line

484

(3)

Voltage Reflection Coefficient

487

(5)

Transients on Transmission Line

492

(2)

Reflection Diagram

494

(5)

Tandem Connection of Transmission Lines

499

(8)

Pulse Propagation on Transmission Lines

507

(2)

Time-Domain Reflectometer

509

(7)

Sinusoidal Steady-State Analysis of Transmission Lines

516

(7)

Reflections on Transmission Lines with Sinusoidal Excitation

523

(10)

Use of Smith Chart

533

(6)

Analytical Expression of Transmission-Line Impedance

539

(6)

Impedance Matching of Lossless Lines

545

(10)

Voltage Standing-Wave Ratio (VSWR) along Transmission Lines

555

(7)

Use of VSWR Measurement to Determine Unknown Impedances

562

(29)

Summary

573

(2)

Problems

575

(16)

Wave Guides

591

(46)

Introduction

591

(1)

Guided Modes in Wave Guides

592

(4)

TM Modes in Rectangular Wave Guides

596

(7)

TE Modes in Rectangular Wave Guides

603

(7)

Field Configurations in Wave Guides

610

(3)

Excitation of Various Modes in Wave Guides

613

(3)

Energy Flow and Attenuation in Rectangular Wave Guides

616

(21)

Summary

630

(2)

Problems

632

(5)

Antennas

637

(115)

Introduction

637

(2)

Physical Aspects of Radiation

639

(2)

Radiation from Short Alternating Current Element

641

(9)

Basic Antenna Parameters

650

(8)

Linear Wire Antennas

658

(9)

Antenna Arrays

667

(49)

Summary

711

(1)

Problems

712

(4)

APPENDIXES

A Vector Identities and Operations

716

(4)

B Units, Multiples, and Submultiples

720

(5)

C Trigonometric, Hyperbolic, and Logarithmic Relations

725

(2)

D Free-Space, Atomic, and Material Constants

727

(5)

E Cosine Ci(x) and Sine Si(x) Integrals

732

(4)

F Answers to Selected Problems

736

(16)

Index

752

Please wait while the item is added to your bag...

FREE SHIPPING

Amazon no longer offers textbook rentals. We do!

Electromagnetic Fields and Waves

Table of Contents

Supplemental Materials