Boundary Conditions in Electromagnetics 1st Edition by Ismo V. Lindell (Author), Ari Sihvola (Author)

"Boundary Conditions in Electromagnetics 1st Edition" by Ismo V. Lindell and Ari Sihvola offers a comprehensive exploration of the principles and applications of boundary conditions in the field of electromagnetics. With a focus on theoretical foundations and practical implications, this book serves as a valuable resource for students, researchers, and professionals alike. Lindell and Sihvola delve into the mathematical formulations and physical interpretations of boundary conditions, providing readers with a deep understanding of their role in shaping electromagnetic phenomena.

In this first edition, the authors cover a wide range of topics, including Maxwell's equations, electromagnetic fields, and boundary value problems. Through clear explanations and illustrative examples, they demonstrate how boundary conditions influence the behavior of electromagnetic waves and fields at interfaces between different media. Readers are introduced to various boundary conditions theories, methods, and techniques, equipping them with the tools needed to analyze and solve complex electromagnetic problems in engineering and physics.

"Boundary Conditions in Electromagnetics 1st Edition" also explores practical applications of boundary conditions in areas such as computational electromagnetics, wave propagation, and electromagnetic modeling. Lindell and Sihvola highlight the importance of boundary conditions in engineering design, electromagnetic compatibility, and signal processing. With its blend of theoretical insights and practical considerations, this book serves as a valuable reference for researchers seeking to advance their understanding of electromagnetics and its applications.

Key Points:
1. Comprehensive exploration of boundary conditions in electromagnetics.
2. Covers theoretical foundations, mathematical formulations, and physical interpretations.
3. Provides insights into the role of boundary conditions in shaping electromagnetic phenomena.
4. Explores practical applications in computational electromagnetics, wave propagation, and electromagnetic modeling.
5. Equips readers with tools for analyzing and solving complex electromagnetic problems.

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Writer                 ✤              Ismo V. Lindell (Author), Ari Sihvola (Author)