Fundamentals of Applied Electromagnetics (7th Edition) - 7th Edition - by Fawwaz T. Ulaby, Umberto Ravaioli - ISBN 9780133356816

Fundamentals of Applied Electromagnetic...
7th Edition
Fawwaz T. Ulaby, Umberto Ravaioli
Publisher: PEARSON
ISBN: 9780133356816

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Name: Fundamentals of Applied Electromagnetics (7th Edition)
Author: Fawwaz T. Ulaby, Umberto Ravaioli
ISBN: 9780133356816

Chapter 1 - Introduction: Waves And Phasors Chapter 1.3 - The Nature Of Electromagnetism Chapter 1.4 - Traveling Waves Chapter 1.5 - The Electromagnetic Spectrum Chapter 1.6 - Review Of Complex Numbers Chapter 1.7 - Review Of Phasors Chapter 2 - Transmission Lines Chapter 2.2 - Lumped-element Model Chapter 2.4 - Wave Propagation On A Transmission Line Chapter 2.6 - The Lossless Transmission Line: General Considerations

Chapter 2.8 - Special Cases Of The Lossless Line Chapter 2.9 - Power Flow On A Lossless Transmission Line Chapter 2.10 - The Smith Chart Chapter 2.11 - Impedance Matching Chapter 2.12 - Transients On Transmission Lines Chapter 3 - Vector Analysis Chapter 3.1 - Basic Laws Of Vector Algebra Chapter 3.2 - Orthogonal Coordinate Systems Chapter 3.3 - Transformations Between Coordinate Systems Chapter 3.4 - Gradient Of A Scalar Field Chapter 3.5 - Divergence Of A Vector Field Chapter 3.6 - Curl Of A Vector Field Chapter 3.7 - Laplacian Operator Chapter 4 - Electrostatics Chapter 4.2 - Charge And Current Distributions Chapter 4.3 - Coulomb’s Law Chapter 4.4 - Gauss’s Law Chapter 4.5 - Electric Scalar Potential Chapter 4.6 - Conductors Chapter 4.7 - Dielectrics Chapter 4.8 - Electric Boundary Conditions Chapter 4.9 - Capacitance Chapter 4.10 - Electrostatic Potential Energy Chapter 4.11 - Image Method Chapter 5 - Magnetostatics Chapter 5.1 - Magnetic Forces And Torques Chapter 5.2 - The Biot–savart Law Chapter 5.3 - Maxwell’s Magnetostatic Equations Chapter 5.5 - Magnetic Properties Of Materials Chapter 5.6 - Magnetic Boundary Conditions Chapter 5.7 - Inductance Chapter 6 - Maxwell’s Equations For Time-varying Fields Chapter 6.2 - Stationary Loop In A Time-varying Magnetic Field Chapter 6.4 - Moving Conductor In A Static Magnetic Field Tb12 Emf Sensors Chapter 6.5 - The Electromagnetic Generator Chapter 6.7 - Displacement Current Chapter 6.8 - Boundary Conditions For Electromagnetics Chapter 6.10 - Free-charge Dissipation In A Conductor Chapter 6.11 - Electromagnetic Potentials Chapter 7 - Plane-wave Propagation Chapter 7.2 - Plane-wave Propagation In Lossless Media Chapter 7.3 - Wave Polarization Chapter 7.4 - Plane-wave Propagation In Lossy Media Chapter 7.5 - Current Flow In A Good Conductor Chapter 7.6 - Electromagnetic Power Density Chapter 8 - Wave Reflection And Transmission Chapter 8.1 - Wave Reflection And Transmission At Normal Incidence Chapter 8.2 - Snell’s Laws Chapter 8.3 - Fiber Optics Chapter 8.4 - Wave Reflection And Transmission At Oblique Incidence Tb15 Lasers Chapter 8.8 - Tm Modes In Rectangular Waveguide Chapter 8.10 - Propagation Velocities Chapter 9 - Radiation And Antennas Chapter 9.1 - The Hertzian Dipole Chapter 9.2 - Antenna Radiation Characteristics Chapter 9.3 - Half-wave Dipole Antenna Chapter 9.5 - Effective Area Of A Receiving Antenna Chapter 9.6 - Friis Transmission Formula Chapter 9.8 - Rectangular Aperture With Uniform Aperture Distribution Chapter 9.11 - Electronic Scanning Of Arrays Chapter 10 - Satellite Communication Systems And Radar Sensors Chapter 10.4 - Antenna Beams Chapter 10.8 - Monopulse Radar

Book Details

Fundamentals of Applied Electromagnetics is intended for use in one- or two-semester courses in electromagnetics. It also serves as a reference for engineers.

Widely acclaimed both in the U.S. and abroad, this authoritative text bridges the gap between circuits and new electromagnetics material. Ulaby begins coverage with transmission lines, leading students from familiar concepts into more advanced topics and applications. A user-friendly approach, full-color figures and images, and a set of interactive simulations will help readers understand the concepts presented.