Theory and Computation of Electromagnetic Fields in Layered Media 1st Edition

Theory and Computation of Electromagnetic Fields in Layered Media, 1st Edition by Vladimir Okhmatovski and Shucheng Zheng

Capture the core of electromagnetic wave behavior in stratified environments with this authoritative guide. Clear, rigorous, and computationally focused, this book bridges advanced theory and practical algorithms for analyzing electromagnetic fields in layered media—essential reading for engineers, researchers, and graduate students worldwide.

Discover a concise exposition of the physical principles governing wave propagation, reflection, and transmission across layered structures, paired with robust numerical techniques for real-world modeling. Topics include analytical formulations, integral-equation methods, modal expansions, and efficient solvers for complex multilayer systems. Emphasis on stability and convergence makes the text particularly valuable for high-frequency applications and challenging geophysical or subsurface scenarios.

Whether you design antennas, microwave devices, or subsurface imaging systems, you’ll benefit from the book’s actionable insights into computational electromagnetics, numerical implementation strategies, and case studies that mirror industry and research problems across North America, Europe, and Asia. The authors’ balanced approach helps translate mathematical rigor into implementable code and validated results.

Perfect for advanced courses and professional reference, this volume enhances your ability to model layered media—from thin-film optics to earth-penetrating radar—confidently and efficiently. Add this essential resource to your library to deepen your understanding, accelerate simulation workflows, and improve design outcomes.

Order your copy today and elevate your mastery of electromagnetic fields in layered media with a text that pairs strong theoretical foundations with practical computational solutions.

Note: eBooks do not include supplementary materials such as CDs, access codes, etc.