Blurb
From mobile phones and Wi-Fi networks to radar, satellite communications, broadcasting, and industrial RF systems, radio frequency (RF) technology has become fundamental to modern life. As the number and complexity of RF systems continue to grow, so too does the need for engineers, technicians, managers, and safety practitioners to understand how these systems can be designed, operated, and maintained safely.
Introduction to RF Radiation Safety provides a comprehensive yet accessible introduction to the scientific principles and engineering practices that underpin modern RF safety. Rather than concentrating solely on regulations or workplace procedures, it explains why exposure limits exist, how RF electromagnetic fields interact with the human body, and how recognized engineering methods are used to assess exposure and demonstrate compliance with international standards.
Beginning with the fundamentals of communications engineering, the book develops a logical progression through RF signals, modulation, propagation, and antennas before examining human exposure, biological effects, exposure assessment, RF safety standards, and practical safety management. Throughout, the emphasis is placed on understanding the underlying engineering principles rather than mathematical complexity, making the material accessible to readers from a wide range of technical backgrounds.
Covering topics including RF sources, biological effects, dosimetry, exposure assessment, ICNIRP and ARPANSA guidelines, engineering controls, risk assessment, and RF Radiation Safety Plans, this book provides an integrated view of RF safety from first principles through to practical implementation.
Whether you are a communications engineer, broadcast or radar specialist, satellite communications practitioner, RF safety professional, industrial user of RF equipment, regulator, manager, or engineering student, Introduction to RF Radiation Safety provides the knowledge needed to understand, assess, and manage RF exposure confidently and responsibly in today's increasingly wireless world.