Abstract Natural xenon, contained in a ceil at a pressure of 6.5 atm, is frozen from 303 to 137 K on an WP-80SY NMR spectrometer. NMR signals of 129Xe atoms in gaseous, liquid and solid phases are measured at various temperatures, We found that the chemical shift of NMR signal of liquid 129Xe (expressed as $\Delta$H) is directly proportional to the density of the sample with a coefficient of (4.73±0.05)×10-7; and the chemical shift of NMR signal of solid 129Xe (expressed as $\Delta$H) is nearly proportional to the density of the sample with a coefficient of (5.00±0.08)×10-7.
Received: 05 July 1993
Accepted manuscript online:
ZHAO MING-XIN (赵明信), WANG SHENG-LIE (汪盛烈), SUN XIAN-PING (孙献平), LI LI-YUN (李丽云), ZENG XI-ZHI (曾锡之) MEASUREMENTS OF 129Xe NUCLEAR MAGNETIC RESONANCE IN GASEOUS, LIQUID AND SOLID XENON 1994 Acta Physica Sinica (Overseas Edition) 3 501
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