Clark's Essential Physics in Imaging for Radiographers

This pocket guide serves as a valuable resource for students and radiographers, offering a clear introduction to imaging physics, complete with diagrams, learning objectives, and updated content on various imaging technologies.

"Clark's Essential Physics in Imaging for Radiographers" is a concise and accessible pocket guide designed to assist students, assistant practitioners, and radiographers in understanding the fundamental concepts of physics as they apply to radiography. This second edition builds on the strengths of its predecessor, offering a reader-friendly format that includes numerous diagrams and photographs to enhance comprehension.

The book begins with foundational topics such as image production, basic mathematics, and imaging physics. It then delves into more specialized areas, covering the physics that underpins the creation of diagnostic images through X-ray and digital technologies. The content has been thoroughly updated, featuring a new chapter on CT imaging, along with expanded discussions on radioactivity, dosimetry, and the manipulation and display of images. Each chapter is structured with clear learning objectives and includes multiple-choice questions to help readers assess their understanding of the material.

Overall, "Clark's Essential Physics in Imaging for Radiographers" serves as an essential resource for those studying radiography. It provides a solid introduction to the key principles of physics necessary for success in the field, ensuring that students are well-prepared for their examinations and future careers. With its practical approach and comprehensive content, this guide is a valuable tool for anyone looking to deepen their knowledge of imaging physics.