Author Description
This book provides a comprehensive overview of the principles of radiowave propagation. It covers the physics of electromagnetic waves, the effects of the atmosphere and the earth's surface on propagation, and the various models used to predict signal strength and quality. The book is written in both English and French, making it accessible to a wider audience of engineers and researchers.
Menrva's Summary
THE THESIS
This text investigates the complex physical mechanisms governing the propagation of electromagnetic waves across various frequency bands and environmental conditions. Lucien Boithias, a recognized expert in telecommunications engineering, synthesizes theoretical physics with practical application to provide a comprehensive framework for radio system design. The work utilizes mathematical modeling and empirical data to explain how atmospheric, terrestrial, and ionospheric factors influence signal transmission.
THE SCOPE MAP
What You Will Find
- Detailed analysis of tropospheric and ionospheric propagation models
- Mathematical derivations for signal attenuation and diffraction
- Technical guidance on frequency selection for long-range and satellite communications
Scope Limits
- Does not cover modern digital signal processing algorithms or software-defined radio architectures
- Focuses primarily on classical wave propagation theory rather than emerging 5G or 6G network protocols
THE AUTHORITY PERSPECTIVE
Engineers and students frequently cite this text as a foundational reference for understanding the physical constraints of radio communication systems. Experts note that while the mathematical density is high, the clarity of the physical explanations remains a standard for the field.
Page Count:
330
Publication Date:
1988-01-01
Publisher:
McGraw-Hill
ISBN-10:
0070064334
ISBN-13:
9780070064331
Science
Technology
Physics
Telecommunications
Radio Engineering
New Used & Rental Textbooks
Science & Math
Engineering