Basic Physics of Digital Radiography
by Kieran Maher
Publisher: Wikibooks 2011
This text succinctly explains the physical basis of X-Rays and their modern application in Diagnostic Radiography. The book is primarily for students with foundations in anatomy and physiology and could also be of interest to physics and engineering students requiring a topic overview.
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by National Research Council - National Academies Press
This book documents the key research challenges in mathematics and physics that could enable the economical development of novel biomedical imaging devices. It introduces the frontiers of biomedical imaging to the educated nonspecialist.
by Joseph P. Hornak - Interactive Learning Software
Magnetic resonance imaging (MRI) is an imaging technique used primarily in medical settings to produce high quality images of the inside of the human body. This text presents a comprehensive picture of the basic principles of MRI.
by Alfred Abuhamad (ed.) - GLOWM
This text concisely covers the physics of ultrasound and how to exploit the features of today's equipment to optimize every image, while using methods to assure that the fetus is exposed to the lowest ultrasound energies.
by Sandro Misciagna (ed.) - InTech
Positron Emission Tomography is a nuclear medicine technique first used to study the brain. The book reviews some of developments in PET instrumentation, with emphasis on data acquisition and image formation, with applications in human research.