Electromagnetic Fields and Waves
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PREFACE & INTRO
CONTENTS
CHAPTERS
Chapter I: Transient and Harmonic Analysis of Linear Systems
Chapter Overview
Lesson I 1
Chapter II: Transmission Lines - Wave Equations
Chapter Overview
Lesson II 1
Lesson II 2
Lesson II 3
Lesson II 4
Lesson II 5
Lesson II 6
Lesson II 7
Lesson II 8
Lesson II 9
Lesson II 10
Chapter III: Transition to Static Electromagnetics
Chapter Overview
Lesson III 1
Lesson III 2
Chapter IV: Electrostatic Fields – The Electric Flux and Gauss’ Law
Chapter Overview
Lesson IV 1
Lesson IV 2
Lesson IV 3
Chapter V - Electric Force, Field, Energy, and Potential
Chapter Overview
Lesson V 1
Lesson V 2
Lesson V 3
Lesson V 4
Chapter VI - Materials: Conductors and Dielectrics
Chapter Overview
Lesson VI 1
Lesson VI 2
Lesson VI 3
Lesson VI 4
Chapter VII - Poisson's and Laplace's Equations - Uniqueness Theorem - Graphical and Numerical Solutions
Chapter Overview
Lesson VII 1
Lesson VII 2
Lesson VII 3
Chapter VIII - Magnetic Fields and Flux
Chapter Overview
Lesson VIII 1
Lesson VIII 2
Lesson VIII 3
Lesson VIII 4
Chapter IX - Magnetic Materials, Magnetic Circuits, and Inducatnce
Chapter Overview
Lesson IX 1
Lesson IX 2
Lesson IX 3
Lesson IX 4
Chapter X - Time-Varying Fields - Faraday's Law
Chapter Overview
Lesson X 1
Lesson X 2
Lesson X 3
Chapter XI - Wave Propagation
Chapter Overview
Lesson XI 1
Lesson XI 2
Lesson XI 3
Lesson XI 4
Chapter XII - Wave Polarization and Propagation in Multiple Layers
Chapter Overview
Lesson XII 1
Lesson XII 2
Lesson XII 3
Lesson XII 4
Chapter XIII - Waveguides
Chapter Overview
Lesson XIII 1
Lesson XIII 2
Lesson XIII 3
Lesson XIII 4
APPENDICES
A: Symbols and Units
B: Constants, Units & Powers of 10
C: Material Prperties
D: Summary of EM Relationships
E: Vector Identities
F:
Book Index
Conclusion
PROBLEMS
Chapter Outcomes
Complete Chapter
Chapter Overview
Lesson IX. 1
Lesson IX. 2
Lesson IX. 3
Lesson IX. 4
  Chapter IX - Magnetic Material, magnetic Circuits, and Inductance
Chapter Outcomes
Joseph Henry
Complete Chapter
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Chapter Overview
In this chapter:
Magnetic Force and Torque
Magnetic force on moving charge
Magnetic force and torque on current loop
Energy storage in magnetic fields
Magnetic Properties of Materials
Dipole Moments and Magnetization Vector
Paramagnetism
Diamagnetism
Ferromagnetism
Residual magnetism and permanent magnets
Magnetic Boundary Conditions
Interface between two different magnetic materials:
Interface between two nonmagnetic materials
Interface between nonmagnetic and magnetic materials
Magnetic flux confinement in magnetic materials
Magnetic Circuits
Magnetic circuit analysis using the electrical circuit analogy
Magnetic reluctance
Examples of magnetic circuit analysis
Inductance
Flux-Linkage
Self and mutual inductances
Inductance relationship to reluctance
Energy stored in inductances
Evaluation of Self-Inductance
Inductance evaluation using flux-linkage
Inductance evaluation using magnetic reluctance
Inductance evaluation using magnetic energy storage
Examples of self-inductance evaluation
Evaluation of Mutual Inductance
Mutual Inductance evaluation using flux-linkage
Mutual Inductance evaluation using magnetic reluctance
Examples of mutual inductance evaluation
Magnetic Forces in Air Gaps: Magnetic Pull
Magnetic Forces in Air Gaps
Magnetic Lift
Examples of permanent magnet circuit analysis