Radiographic Imaging and Exposure

Radiographic Imaging and Exposure, 7th Edition, by Terri L. Fauber, serves as a foundational resource for students and professionals within the field of radiologic technology. The book systematically addresses the complex relationship between radiographic physics and clinical image quality. It covers essential topics including the production of X-rays, the interaction of radiation with matter, and the technical factors that influence radiographic exposure. A significant portion of the work is dedicated to digital imaging, reflecting the current standard of practice in medical facilities. The scope of the book is broad, moving from basic physical principles to the practical application of exposure techniques, including the use of automatic exposure control, beam restriction, and image processing algorithms. The organization of the material is logical, building from fundamental concepts to more advanced clinical applications. Each chapter incorporates pedagogical features such as learning objectives, key terms, and review questions that reinforce the technical content. The book is particularly noted for its clear explanations of how specific exposure variables—such as kilovoltage peak, milliampere-seconds, and source-to-image distance—directly impact the final diagnostic quality of the image. By bridging the gap between theoretical physics and daily clinical practice, the book provides a structured framework for understanding the variables that radiographers must manage to optimize image quality while adhering to radiation safety standards. The text is well-suited for students in radiologic technology programs who require a rigorous introduction to the technical aspects of their profession. It also functions as a reliable reference for practicing radiographers who need to troubleshoot image quality issues or update their knowledge on current digital imaging technologies. From an Amerbach perspective, this book occupies a central place in the radiologic science curriculum. It is a comprehensive, well-structured guide that successfully translates technical physics into actionable clinical knowledge, making it an essential component of the educational pathway for those entering the field of diagnostic imaging.