The Classical Electromagnetic Field (Dover Books on Physics)

Book Details

• Author: Leonard Eyges

• Brand: Dover

• Binding: Paperback

• Number of Pages: 432

• Release Date: 17-03-2003

• ISBN: 9780486639475

• Package Dimensions: 8.5 x 5.5 x 1.0 inches

• Languages: English

About The Book

The Classical Electromagnetic Field by Leonard Eyges is an extraordinary textbook that prioritizes physics over mathematics, making it unique among field physics texts. This textbook, aimed at advanced undergraduates and graduate students, covers the comprehensive theory of electromagnetism, offering a clear and thorough exposition of the subject. The text was developed out of Dr. Eyges’s dissatisfaction with the existing electromagnetic theory texts used in MIT classrooms, and his aim to present a more physics-centric approach.

This book spans a year’s course of advanced theoretical electromagnetism, integrating the necessary mathematics while placing a priority on physical principles. It is designed for readers who have prior knowledge of differential equations and vector analysis, making it ideal for students ready to explore deep into electromagnetism. The content covers essential topics such as:

• The meaning and definition of vectors D and H inside matter

• Interpretations of conservation laws for energy, momentum, and angular momentum

• Localization and flow of electromagnetic energy

• The concepts of invariance, form invariance, and covariance in special relativity

A pattern of summation problems runs through the material, helping to reinforce the theory explored in the chapters. These chapters delve into complex topics like boundary value problems, dielectrics, time-varying fields, time-harmonic currents, and propagation in imperfect conductors.

The book is self-contained, with annotated references and problems at the end of each chapter (without solutions), providing a stimulating opportunity for independent study. Students and professors alike will find fresh insights into their field, making it a must-have resource for those seeking a deeper understanding of classical electromagnetism.