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NMR parameters of cobalt and of the directly bonded organic carbons obtained from solution 59Co and 13C NMR spectra of cobaloximes
No full textNMR investigations of Co(III) coordination compounds oriented in a dilute lyotropic liquid crystal
No full textExceptional Deshielding of 59Co Caused by Deuteration of the Hydrogen Bonds in Cobaloximes
No full text
Solution 31P and 59Co and solid-state 31P CP/MAs NMR studies of triphenylphosphinecobaloximes
No full textA Multinuclear NMR Approach to the Study of the Lyotropic System CTAB-D20
Full text linkCTAB-D2O liquid crystalline phase (CTAB = cetyltrimethylammonium bromide), type I according to magnetic anisotropy, has been investigated by means of 2H, 14N and 17O NMR at variable temperature. The residual quadrupolar splittings of ali these nuclei evidenced the alignment of the phase in the magnetic field. The interpretation of the data of D2O quadrupolar nuclei, commonly used in the Study of lyotropic liquid crystalline phases, is complicated because of water reorientation, exchange processes and variations of the hydration degree. The 14N quadrupolar splittings are much more reliable indicators of the orientation of surfactant aggregates since their interpretation in terms of the order parameter is straightforward in this case because the nitrogen nucleus is subject to an electric field gradient of axial symmetry and resides just in the head of the amphiphile
Cationic rhodium(III) bisdimethylglyoximates with water and triphenylphosphine axial ligands
No full textINORG. CHIM. ACT
New Alkyl-Cobalt(III) Complexes with Tridentate Amino-Oxime Ligands: Synthesis, Structure, and Reactivity.
No full textEUR. J. INORG. CHE
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