F. Bloise – Solved Problems in Electromagnetics (2017)

Автор: F. Bloise
Название книги: Solved Problems in Electromagnetics
Формат: PDF
Жанр: Физика
Страницы: 813
Качество: Изначально компьютерное, E-book

This work has been developed by the authors after 30 years of teaching several courses of electricity and magnetism. The book contains more than three hundred solved problems, the majority of which have been proposed by the Department of Applied Physics to Natural Resources in official exams of Advance Physics, Physics II and Electromagnetism and Waves in the Mining and Energy School
(ETSIME) of the Polytechnic University of Madrid (UPM).
The book has been written for both beginners and advanced students in this subject. However, it may be useful for physicists and engineers, and also for people that work with related topics and need the electromagnetic theory for understanding other disciplines.
The objective of this book is to expose the fundamental concepts of electromagnetism through problems. Starting with this idea each chapter is divided into two parts. The first one contains a brief theoretical introduction where the most important concepts and formulae employed in the chapter are usually presented without demonstrating them. The second one is devoted to the exercises labeled as problems A, B and C, respectively, depending on its difficulty and sometimes
thematically. Problems of type A are thought for beginners in electricity and magnetism or for lectures on General Physics, where definitions and concepts about this subject appear for first time. Problems of type B are a bit tougher and can be worked by students who have some basic knowledge in calculus and electromagnetics. For closing each chapter, problems of type C are introduced. These kinds of exercises, even though they are not very difficult, have some conceptual or/and mathematical complications which make them more adequate for advanced lectures. According with the academic level of the student, this chapter distribution gives to the reader the possibility of using the book in a flexible way.
Contents
A Mathematical Introduction
Static Electric Field in Vacuum 3 Static Electric Field in Dielectrics
Electric Current
Magnetostatics
Static Magnetic Field in Presence of Matter
Methods for Solving Electrostatic and Magnetostatic Problems
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
Appendixes
Matlab Programs
Electric and Magnetic Properties of Several Materials