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Zusatztext Learning by feedback is essential! especially for a subject such as MRI. This interactive book with CD by Berry and Bulpitt provides an easy-to-follow! step-by-step process to efficiently assimilate and develop understanding of the fundamentals of MRI. It is suitable for students! postgraduates new to the field! and even those with a passing interest in MRI. The online teaching methods and exercises are both intuitive and informative. This will be an invaluable learning tool and resource for those interested in grappling with the complexities of MRI. I would highly recommend this interactive book to those wanting an understanding of MRI.-Vincent Khoo! Royal Marsden Hospital! London! UKAn easy read for those interested in how MRI works but afraid of the heavy mathematics. The basic physics of MRI is clearly explained in layman's language. Many worked examples help the reader to walk through the fundamental concepts. My favorite part is the exercise questions with answers provided. The multiple-choice questions at the end of the book with answers best prepare the reader to pass an exam on this subject. The best text I have seen for students who are preparing for an exam on MRI physics and for self-study.-Larry Zeng! University of Utah! Salt Lake City! USA Informationen zum Autor Elizabeth Berry, Andrew J. Bulpitt Klappentext Fundamentals of MRI: "An Interactive Learning Approach" provides a practical, self-contained introduction to the principles of MRI. Shaped by the authoritative experience of the authors, this interactive workbook presents the fundamentals of MRI while the accompanying CD-ROM offers animations and exercises that help students develop a deeper understanding of the physical principles of MRI in practice. The text includes a number of exercises and worked examples with detailed solutions. It supplies radiologists, radiographers, and clinicians with a pragmatic approach to MRI that builds a solid foundation for further practice and study. Zusammenfassung Covering all the basics, this self-contained introduction explores the physical principles that underpin the technique of MRI. It links key principles to the main components of an MR system, such as radio frequency coils and gradient coils, and outlines the steps of spatial localization: slice selection, frequency encoding, and phase encoding. T Inhaltsverzeichnis Introduction. Mathematics, Physics, and Imaging for MRI. Basic Physical Principles. Relaxation Mechanisms. Slice Selection. Frequency Encoding. Phase Encoding. The Spin-Echo Imaging Sequence. Scan Parameters for the Spin-Echo Imaging Sequence. Further Imaging Sequences. Multiple-Choice Questions. Index. ...
Sommario
Introduction. Mathematics, Physics, and Imaging for MRI. Basic Physical Principles. Relaxation Mechanisms. Slice Selection. Frequency Encoding. Phase Encoding. The Spin-Echo Imaging Sequence. Scan Parameters for the Spin-Echo Imaging Sequence. Further Imaging Sequences. Multiple-Choice Questions. Index.
Relazione
Learning by feedback is essential, especially for a subject such as MRI. This interactive book with CD by Berry and Bulpitt provides an easy-to-follow, step-by-step process to efficiently assimilate and develop understanding of the fundamentals of MRI. It is suitable for students, postgraduates new to the field, and even those with a passing interest in MRI. The online teaching methods and exercises are both intuitive and informative. This will be an invaluable learning tool and resource for those interested in grappling with the complexities of MRI. I would highly recommend this interactive book to those wanting an understanding of MRI.
-Vincent Khoo, Royal Marsden Hospital, London, UK
An easy read for those interested in how MRI works but afraid of the heavy mathematics. The basic physics of MRI is clearly explained in layman's language. Many worked examples help the reader to walk through the fundamental concepts. My favorite part is the exercise questions with answers provided. The multiple-choice questions at the end of the book with answers best prepare the reader to pass an exam on this subject. The best text I have seen for students who are preparing for an exam on MRI physics and for self-study.
-Larry Zeng, University of Utah, Salt Lake City, USA
