RAD1021

Radiologic physics

Objectives On successful completion of this subject students will understand the fundamental concepts of modern radiologic physics and their relevance to radiologic imaging. Students will be able to communicate an understanding of the wider applications of electromagnetic radiation and particulate radiation in the diagnosis and treatment of disease. Students will also gain a broad understanding of the principles of radiation protection and the relevant statutory requirements.

Synopsis A review of fundamental physics concepts including mathematics. Units of measurement. Mechanics and heat. Atomic structure and electromagnetic radiation. Electricity, magnetism and electromagnetism. X-rays and their production. X-ray emission and interactions between x-rays and matter. Attenuation of x-rays and filters. Principles of radioactivity and nuclear transformation. Introduction to radiation therapy principles. Foundation principles of radiation protection together with statutory requirements. Introduction to computer imaging in medicine.

Assessment Examination (3 hours): 75% · Laboratory work: 25%

Recommended texts

Bushberg J T, Seibert J A, Leidhold E M and Boone J M The essential physics of medical imaging Williams and Wilkins, 1994
Huda W and Slone R Review of radiologic physics Williams and Wilkins, 1994

Back to the 1999 Medicine Handbook