Solved Problems in Electromagnetics II
Time-Varying Electromagnetic Fields and Applications to Optics
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Beschreibung
This book serves as a comprehensive resource for students and practitioners seeking to strengthen their understanding and problem-solving skills in the foundational aspects of electromagnetics. It presents fundamental concepts through problems, each accompanied by a brief theoretical introduction at the beginning of the chapter. With a strong didactic character, this book meticulously explains all mathematical steps and theoretical concepts, guiding readers to independently solve the exercises.
The significantly expanded 2nd edition of this book includes the addition of many new worked problems in electromagnetics, as well as new Appendices on the electric and magnetic properties of selected materials; the thermodynamics of electric and magnetic fields; and the scattering of electromagnetic waves. Volume II of the new edition builds upon the foundational concepts introduced in Volume I and extends the exploration of electromagnetism to dynamic fields and some applications in optics. It covers sections related to electromagnetic induction, energy of the electromagnetic field, Maxwell’s equations, motion of charged particles in electromagnetic fields, electromagnetic waves, reflection and refraction, wave propagation in anisotropic media, and optical phenomena.
This book serves as a comprehensive resource for students and practitioners seeking to strengthen their understanding and problem-solving skills in the foundational aspects of electromagnetics. It presents fundamental concepts through problems, each accompanied by a brief theoretical introduction at the beginning of the chapter. With a strong didactic character, this book meticulously explains all mathematical steps and theoretical concepts, guiding readers to independently solve the exercises.
The significantly expanded 2nd edition of this book includes the addition of many new worked problems in electromagnetics, as well as new Appendices on the electric and magnetic properties of selected materials; the thermodynamics of electric and magnetic fields; and the scattering of electromagnetic waves. Volume II of the new edition builds upon the foundational concepts introduced in Volume I and extends the exploration of electromagnetism to dynamic fields and some applications in optics. It covers sections related to electromagnetic induction, energy of the electromagnetic field, Maxwell’s equations, motion of charged particles in electromagnetic fields, electromagnetic waves, reflection and refraction, wave propagation in anisotropic media, and optical phenomena.
Presents detailed solutions with step-by-step mathematical explanations Features many new worked problems along with new Appendices for further reference Explores time-varying electromagnetic fields, crucial for understanding modern applications in optics
Autor*in
Félix Salazar Bloise
Themen in »Solved Problems in Electromagnetics II«
Problems and Solutions in Electrodynamics Problems and Solutions in Electromagnetism Electromagnetic Wave Propagation Plane Wave Solutions Harmonic Waves In Dielectrics Fourier Analysis In Electromagnetics Reflection And Refraction Laws Fresnel Coefficient Calculations Goos-Hänchen Effect Explanation Imbert-Fedorov Effect Problems Spin Hall Effect Of Light Susceptibility Tensor Definition Biaxial Crystal Wave Propagation Permittivity Tensor Applications Maxwell’s Equations Derivation