Clinical Technologies and Processes : Radiography Equipment

This book examines modern radiography technologies, covering traditional and digital systems while integrating radiation physics, image formation, and safety protocols. It explores X-ray physics, digital imaging, PACS/RIS systems, and radiation protection through mathematical models and clinical examples.

This book provides an examination of modern radiography technologies and clinical processes, covering both traditional and digital systems while integrating essential principles of radiation physics, image formation, and safety protocols with practical clinical applications. Clinical Technologies and Processes: Radiography Equipment is volume 4 of the Innovation in the Modern Hospital System: Electronic Bioengineering, Telemedicine, and Artificial Intelligence book set. This book explores theoretical foundations with practical implementation, providing readers with detailed insights into radiographic equipment design and operation. Through comprehensive coverage of X-ray physics, digital imaging technologies, and PACS/RIS systems, the author explains traditional and cutting-edge radiological technologies. It also provides an examination of radiation protection principles, image quality optimization, and information system integration, supported by mathematical models and real-world clinical examples. The book's systematic approach to technological advancement, from analog to digital systems, ensures thorough comprehension of modern radiological practices while emphasizing patient and operator safety. The primary audience for this book includes graduate-level students in Biomedical and Electronic Engineering programs, as well as medical and nursing professionals specializing in radiology and angiology. This book will also be valuable for engineers and designers developing advanced radiological equipment.