- Published Year: 2007
- Page count: 1172
- File Size: 8 MB
- Language: English
- Published by: Wiley-IEEE Press
- Visited by: 36
- Rating/Review: 4.5
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ISBN:
9780470124574
9780471263883
0471263885
Keywords:
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Each download or ask from book AI costs 2 points. To earn more free points, please visit the Points Guide Page and complete some valuable actions.Introduction to Electromagnetic Fields
"Electromagnetic Fields" is a seminal work crafted for scientists, engineers, and students engaged in the study of electromagnetic theory and its applications. Written by Jean G. Van Bladel, this comprehensive book serves as a meticulous exploration of one of the most fundamental and interconnected branches of physics and electrical engineering.
The book delves deep into the intricacies of electromagnetic phenomena while seamlessly balancing the classical theoretical approach with real-world applications. From foundational principles to complex field analyses, the text caters to audiences who are either just stepping into the vast domain of electromagnetics or those pursuing advanced research in the field.
With a clear, structured approach, "Electromagnetic Fields" is designed to enhance understanding, spark curiosity, and provide readers with analytical tools for solving practical and theoretical problems. Its exhaustive content and detailed mathematical rigor set a benchmark in the field, ensuring it remains a crucial resource among peer-reviewed literature in modern engineering and physics education.
A Detailed Summary of the Book
The book opens with foundational topics in vector analysis and the essential mathematical tools required to understand electromagnetic fields. A thorough exploration of Maxwell's equations sets the stage for comprehending the behavior of electric and magnetic fields under static and dynamic conditions.
The book also addresses static fields in conductors, dielectrics, and magnetic materials, elucidating their properties and interactions. Special emphasis is given to boundary value problems, ensuring the reader can solve essential field equations for various geometrical and material configurations.
The dynamic portion of the text covers electromagnetic wave propagation, including guided waves in structures like waveguides and transmission lines. In addition, the discussion on electromagnetic radiation and antennas provides crucial insights into how fields are radiated and received, rounding out the text with real-life engineering applications.
With an analytical approach and detailed derivations, Van Bladel diligently examines topics like energy, forces, and computational techniques in field analysis. The text integrates theoretical principles with applied scenarios to bridge the gap between science and engineering practice. Both beginners and experienced professionals will find the structure intuitive, with chapters providing depth, context, and practical solutions.
Key Takeaways
- An in-depth understanding of Maxwell's equations and their applications in engineering and physics.
- Analytical tools for tackling boundary value problems and applying solutions to real-world scenarios.
- An introduction to electromagnetic wave propagation, radiation, and transmission line theory.
- A structured guide to the interactions between electric, magnetic, and dielectric materials under various conditions.
- Advanced concepts like computational electromagnetics, numerical approaches, and energy principles.
Famous Quotes from the Book
"The laws of electromagnetics remain one of the cornerstones of modern science, guiding the principles behind the seamless integration of physics and technology."
"Mathematics is the language of electromagnetics, binding physical observations with the power of analytical reasoning."
"Electromagnetic fields are as essential to understanding nature as they are for advancing engineering design."
Why This Book Matters
This book stands apart due to its balance of rigorous theoretical analysis and practical applications. It bridges the gap between beginners aspiring to learn the principles of electromagnetics and experts demanding high-level mathematical explanations for advanced problems. Jean G. Van Bladel's expertise in the subject ensures clarity and precision in addressing complex topics.
Furthermore, "Electromagnetic Fields" is a timeless resource due to its mathematical rigor and comprehensive approach. It continues to be referenced by educators and professionals alike, underlining its importance as an authoritative text in the domain of electromagnetic theory. It empowers readers to rigorously analyze classical and modern problems, laying an intellectual foundation for ongoing innovations in communication systems, energy technologies, and scientific exploration.
"Electromagnetic Fields" is undeniably a cornerstone text for understanding and applying electromagnetics. Whether for academia, research, or industry, this book is bound to equip readers with the tools, insights, and perspectives needed to excel in this fascinating field.
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