Emphasizing concepts, examples and problem-solving techniques, this text has wide applicability, relying only on basic physics and mathematics, rather than electrostatics, magnetostatics and quasistatics. The focus is on generic problem-solving techniques - both mathematical and physically intuitive, and the presentation of basic electromagnetic theorems (Poynting, energy, uniqueness and reciprocity) - explained from a physical perspective. Key features are that it progresses from simple wave propagation in unbounded free space to antenna and resonator design and begins directly with Maxwell's equations and their solution in unbounded free space. It covers the funadmental concepts of place waves, phasors, polarisation, energy, power and force and then applied them repeatedly throughout to problems with progressively more complex boundary conditions. It uses "back-of-the-envelope" approximations throughout and in some cases compares alternate problem-solving approaches - both mathematical and physically-intuitive and repeatedly presents - in different contexts - the relationship between electromagnetic field descriptions and electrical circuits. Interesting practical problems are provided throughout and are the basis for end-of-chapter problems. It presents mathematical and physical problem solving techniques in a way that can be extended to other subjects besides electromagnetic waves.
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As educators, David H. Staelin, Ann W. Morgenthaler, and Jin Au Kong saw a need for a book presenting electromagnetic theory and applications in a clear, compact, and "user-friendly" manner relying only on basic physics and mathematics. The result is Electromagnetic Waves. This book provides thorough explanations and relevant, modern examples so that students and practicing engineers will find it a useful reference as well as a tool for self-teaching. It emphasizes basic concepts from both a physical and mathematical perspective. Successive chapters move from simple wave propagation in unbounded free space to the complexities of resonator and antenna design, revisiting basic concepts as each new topic is introduced. Electromagnetic Waves also makes connections between electromagnetics and simple equivalent circuit models wherever possible. The book exposes its readers to a considerable array of mathematical tools as well, ranging from orthogonal function expansions to perturbation techniques and duality, but physical intuition and approximate problem-solving techniques are also emphasized.
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Book Description Prentice-Hall, 1993. Book Condition: Poor. This is an ex-library book and may have the usual library/used-book markings inside.This book has soft covers. In poor condition, suitable as a reading copy. Bookseller Inventory # 5181022