Multiple-Pulse Nuclear-Magnetic-Resonance of Optically Pumped Xenon in a Low Magnetic-Field

TitleMultiple-Pulse Nuclear-Magnetic-Resonance of Optically Pumped Xenon in a Low Magnetic-Field
Publication TypeJournal Article
Year of Publication1994
AuthorsRaftery D., Long H.W, Shykind D., Grandinetti P.J, Pines A
JournalPhysical Review A
Volume50
Issue1
Pagination567-574
Date PublishedJul
ISBN Number1050-2947
Accession NumberWOS:A1994NX00100070
Keywordsne-21
Abstract

Multiple-pulse coherent averaging methods are used to increase the resolution and frequency range of optically pumped xenon NMR in nutation and point-by-point precession experiments. We observe quadrupolar splittings in Xe-131 spectra due to the macroscopic asymmetry of pumping cells similar to those reported previously, but with reduced demands on magnetic-field homogeneity. Cell treatment with hydrogen gas increases the quadrupolar splittings by a factor of 3 over bare Pyrex cells.

URL<Go to ISI>://WOS:A1994NX00100070
DOI10.1103/Physreva.50.567
Short TitleMultiple-Pulse Nuclear-Magnetic-Resonance of Optically Pumped Xenon in a Low Magnetic-Field
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