This textbook introduces the fundamental principles of applied electromagnetics, including electric and magnetic fields, wave propagation, transmission lines, and antennas. It is widely used in electrical engineering and communications engineering courses.
This book presents theoretical foundations and applications of electromagnetic wave scattering, including analytical and numerical techniques used in remote sensing, radar, and wave propagation studies.
This book presents theoretical foundations and applications of electromagnetic wave scattering, including analytical and numerical techniques used in remote sensing, radar, and wave propagation studies.
This book provides a practical introduction to antennas and wave propagation for electrical and telecommunication engineers. It covers fundamental principles, antenna types, radiation patterns, propagation mechanisms, and design considerations. The text includes numerous worked examples, illustrations, and exercises to support learning and real-world application in wireless communication systems.
A comprehensive monograph exploring theory and applications of space radio science. Discusses satellite-to-ground and deep-space communications, radio occultation for planetary atmosphere and ionosphere sounding, interplanetary medium diagnostics, radar astronomy, and propagation in gravitational fields. Ideal for radio physicists, engineers, and graduate students Barnes & Noble +3 Amazon …
This book presents the theory of elastic wave propagation in solid media, including both free and guided waves. It covers the physics of wave behavior in isotropic and anisotropic materials, with applications in materials science, acoustics, and nondestructive evaluation.