"Principles of X-Ray Technology"
"Principles of X-Ray Technology" is a comprehensive and authoritative resource that bridges the essential physics, engineering, and applications of X-ray systems for both academic and professional audiences. Beginning with a foundational exploration of the electromagnetic spectrum and quantum mechanics, the book offers deep insight into the production, propagation, and detection of X-rays. Readers are guided through intricate discussions of X-ray generation, attenuation, and advanced mathematical models, setting the stage for a sophisticated understanding of the underlying science that drives modern X-ray technology.
The text delves into the engineering and architectural complexities of X-ray sources, detectors, and imaging systems, providing valuable analysis for practitioners designing high-performance equipment. Detailed chapters explore both analog and digital detector technologies, noise reduction, and system calibration, while cutting-edge methods in image reconstruction, such as tomographic imaging and machine learning, are presented to highlight the evolving landscape of X-ray diagnostics. Richly illustrated case studies and technical reviews extend to clinical and industrial applications, including diagnostic radiography, computed tomography, non-destructive testing, and molecular structure analysis, making this work an indispensable reference across disciplines.
A forward-looking perspective on safety, regulation, and emerging trends further enhances the utility of the book. Topics such as radiation dosimetry, system integration, networking, and cybersecurity are treated with rigor, ensuring readers are equipped to navigate the operational and regulatory environments of today and tomorrow. The final chapters forecast advancements in quantum imaging, AI-driven analysis, and open-source development, positioning "Principles of X-Ray Technology" as both a foundational textbook and a cutting-edge guide for the future of X-ray science and applications.