Introduction to Radio Engineering (Paperback, 1)

Mathematical Foundations for Radio Engineering: Basic Definitions, Operations, and Differential Vectors. Differential Operators in Classical Electrodynamics. Introduction in Classical Electrodynamnics: Electromagnetic Waves. Electromagnetic Waves Propagation in Various Media. Reflection and Refraction of Electromagnwetic Waves. Guiding Structures and Guiding Waves: Types of Guiding Structures and Types of Guiding Waves. Transmission Lines. Coaxial Cables. Waveguides. Antennas Fundamentals: Basic Characteristics and Types of Antennas. Radar Fundamentals: Radars. MM-Wave Radars. Guided GPRs Based on Leaky Coaxial Cables. Ground Penetrating Radars and Remote Sensing Systems.