1st Edition
Practical Medical Physics A Guide to the Work of Hospital Clinical Scientists
Part 1 Non-ionising Imaging
Chapter 1. Introduction
D. Peet, E. Chung, J. Mangat, and J. Cowe
Chapter 2. Magnetic Resonance Imaging (MRI) Physics
A. Chowdhury
Chapter 3. Ultrasound Physics
E. Chung and J. Janus
Part 2 Imaging and Therapy using Ionising Radiation
Chapter 4. Diagnostic Imaging using X-rays
E. Davies, R. Farley and D. Peet
Chapter 5. Nuclear Medicine Imaging and Therapy
D. Towey, L. Rowley and D. Peet
Chapter 6. Radiotherapy Physics
A. Wynn-Jones, C. Reddy, J. Gittins, P. Baker, A. Mason, and G. Jolliffe
Part 3 Radiation Safety
Chapter 7. Radiation Safety
E. Davies, R. Raynor, A. Chowdhury and D. Peet
Biography
Debbie Peet is the Head of Medical Physics in the University Hospitals of Leicester NHS Trust. She has worked in the NHS for nearly 40 years as a Clinical Scientist in all disciplines but has specialised in Radiation Safety and Diagnostic Radiology Physics for over 25 of them. She has an interest in facility design in Radiotherapy and Nuclear Medicine including PET/CT and has published several book chapters on these topics.
Emma Chung is a Lecturer in Medical Physics within the University of Leicester Department of Cardiovascular Sciences. She is a registered NHS Clinical Scientist specialising in ultrasound physics and is currently External Examiner for Imperial College London's MSc in Medical Ultrasound. Emma has worked jointly within the NHS and academia since 2004 and has been the recipient of numerous research awards. Throughout her career, Emma has been active in supporting the academic advancement of Clinical Scientist and encouraging students from all backgrounds to consider a career in Medical Physics.
"Peet (University Hospitals of Leicester NHS Trust) and Chung (Univ. of Leicester, Department of Cardiovascular Sciences) assembled an impressive team of contributors to develop a book uniquely positioned to support clinical scientists (also known as medical physicists) working in hospital settings. The book is comprehensive, covering all major medical imaging technologies, e.g., magnetic resonance imaging, ultrasound, X-ray, nuclear medicine. Each chapter first provides a brief summary of the theoretical aspects of the imaging technology at hand, then describes the role of clinical scientists in that field. The work is highly accessible and provides a wealth of practical reference information, including websites, conference recommendations, and easy-to-read tables. Though the terminology and examples are drawn from the National Health Service system in the UK, most of the information is applicable in the context of other developed countries. The book includes a great list of references and informative color figures, and each chapter features a series of thought-provoking case studies. The volume concludes with an interesting discussion of the role of clinical scientists as envisioned for the future. Summing Up: Recommended. Graduate students and professionals. Students in two-year technical programs."
—L. S. Cahill, Memorial University of Newfoundland in CHOICE, November 2022.
