The double resonance pure quacirupolc spectrum of N,IAI~C~~ due to 23N.~, and around 1.89, 2.11. and 4.00 Ml11 due to -2&O displays four frcqucncy bands: around 1.33 \ItIz "0. The hither frequency b.md d~spl.~ys fmc structure that is mtcrpretcd in terms of the mtrdmolccular dlpolar mtcractton\ wlthm
17O and23Na nuclear quadrupole double resonance of sodium formate and sodium acetate
✍ Scribed by J. Seliger; A. Zidanšek; V. Žagar; R. Blinc; F. Milia
- Book ID
- 105721340
- Publisher
- Springer Vienna
- Year
- 2004
- Tongue
- English
- Weight
- 745 KB
- Volume
- 26
- Category
- Article
- ISSN
- 0937-9347
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📜 SIMILAR VOLUMES
The possibility of using Hahn spin echo decay spectroscopy for measuring 23Na-23Na dipole-dipole couplings in crystalline solids and glasses is investigated. Although the presence of nuclear electric quadrupolar splittings complicates the situation compared to the case of dipole-dipole couplings amo
0 nuclear quadrupole resonance frequencies and lineshapes have been measured in naturally abundant polycrystalline samples of potassium hydrogen diacetate and sodium hydrogen diacetate. In sodium hydrogen diacetate all hydrogen-bonded oxygen sites are equivalent while in potassium hydrogen diacetate