During the past two decades nuclear magnetic resonance has revolutionized chemistry, biochemistry, biology and, more recently, diagnostic medicine. Nuclear magnetic resonance imaging, or mri as it is commonly called, is fundamentally different from x‐ray‐based techniques in terms of the principles of spatial encoding and mechanisms of signal and contrast generation involved. Mri has a far richer ultimate potential than any other imaging technique known today, and its technology and applications are still far from maturation, which may not occur until early in the 21st century.
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© 1992 American Institute of Physics.
1992
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