The rapid developments in magnetic resonance imaging (MRI) over the
past 20 years have affirmed its supremacy over most other means of
non-invasive exploration of the human body. This progress has had
other consequences for imaging physicists: having knowledge about
only one of the sides of MRI is nowadays no longer enough to
develop new sequences or even to learn more about those that
already exist. It is necessary to have a clear and precise view of
all the fields explored today by this imaging technique, such as
rapid imaging, flows, diffusion, perfusion or even functional MRI.
This book aims to allow readers with the basics of physics and
mathematics within the field MRI to easily immerse themselves in
techniques that are not familiar to them. Pragmatic in approach,
moving between the physics underlying the techniques being studied
and the clinical examination of images, it will also be of interest
to radiologists looking to define protocols or make better use of
the images obtained. Contents 1. Flow. 2. Diffusion. 3. Perfusion.
4. Functional MRI. About the Authors Vincent Perrin is a specialist
teacher in the fields of physics and chemistry.
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