Please use this identifier to cite or link to this item: http://hdl.handle.net/11717/1455
Title: Experimental and theoretical investigations of the nuclear quadrupole resonance of 127I in orthoperiodic acid, H5IO6
Authors: Ramaprabhu, S.
Rama Rao, K.V.S.
Weiss, A.
Issue Date: 1983
Citation: Journal of Molecular Structure, 111(C), 295-300
Abstract: Pure nuclear quadrupole resonance of 127I in H5IO6 has been reported to occur at 44.976 MHz (m = � 3 2?m = � 1 2 transition) and 83.960 MHz (m = � 5 2? m = � 3 2 transition) at 296 K (ref. 1). Using an externally quenched frequency modulated super regenerative spectrometer Zeeman studies have been performed at 296 K on single crystals of H5IO6 growm from aqueous solution by observation of the � sol3 2?� 1 2 transition. The zero-splitting locus method has been employed for the determination of the EFG parameters. The data show that there are two physically inequivalent sites, having average asymmetry parameters, ?, of 0.25, located in the unit cell. The maximum field gradient is found to lie along the short bond I-O(2) as suggested by Rama Rao and Weiss (ref. 1). The EFG parameters obtained by detailed molecular orbital calculations (CNDO/2 and INDO method) are compared with the experimental results. ? 1983.
URI: 10.1016/0022-2860(83)85129-1
http://hdl.handle.net/11717/1455
ISSN: 222860
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