Titlebook: Clinical Low Field Strength Magnetic Resonance Imaging; A Practical Guide to Hans-Martin Klein Book 2016 Springer International Publishing

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MRI System,Since introduction in the early 1970s by Lauterbur, Damadian, and Mansfield, MRI has experienced a tremendous progress. A lot of “brainpower” was invested to optimize this fascinating and important imaging technique.

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Low-Field-Specific Physical Aspects,In low-field MR scanners, some imaging parameters are different from high-field systems. These different characteristics can be of advantage or disadvantage, depending on the imaging situation (Kuhl et al. 2008; Hoult et al. 1986).

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Low-Field Imaging Technique,We have taken a look at the construction of MRI systems, how they work, and which low-field-specific aspects of physics have to be considered. Now, before we consider clinical imaging, we will think about ways to optimize low-field scanning, which advantages can we use and which drawbacks have we to be aware of.

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Clinical Application,The hypothesis of this book is, to put in a nutshell, that low-field MRI systems, with a field strength of less than 0.4 T and with a permanent magnet, are full-scale whole-body imaging machines.

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Site Planning,vantages of these systems influence the concept of the scan site and enable to realize MR imaging units in locations that are impossible to service with high-field systems. However, there are certain prerequisites that must be taken into account.