PMID: 6028395Jul 21, 1967Paper

High-resolution nuclear magnetic resonance spectroscopy. Advances in instrumentation in this field are leading to new applications in chemistry and biology

Science
R C Ferguson, W D Phillips

Abstract

The rapid development of NMR spectroscopy has been characterized by a succession of discrete, significant advances in instrumentation, as well as by less dramatic but cumulatively important improvements in instrument performance, experimental techniques, spectral analysis, and theory. Most significant are the advances in magnet technology, which within 13 years increased the available field strengths from 7.04 to 51.7 kilogauss (with corresponding increase in the PMR frequency from 30 to 220 megahertz). Great improvements in spectrometer stability and in the coupling of spectrometers with on-line computers have so improved sensitivity that some nuclei possessing less favorable NMR characteristics can now be studied.

References

Sep 8, 1966·Biochemical and Biophysical Research Communications·E W Thomas
Sep 1, 1962·Biochemistry·W S CAUGHEY, W S KOSKI
Oct 16, 1953·Science·F Bloch
Oct 16, 1953·Science·E M Purcell

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Citations

Nov 28, 2002·Pharmacology & Therapeutics·Bent H Havsteen
Jan 1, 1968·European Journal of Biochemistry·W B GratzerE M Bradbury
Apr 1, 1970·Journal - Forensic Science Society·P L Kirk
Nov 21, 2014·Dalton Transactions : an International Journal of Inorganic Chemistry·Arthur J HolmesSimon B Duckett
Dec 14, 1968·Nature·E M Bradbury, C Crane-Robinson
Jan 1, 1969·Biochimica Et Biophysica Acta·R B LeslieD Chapman

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