A103Rh nuclear magnetic resonance study of rhodium(III) bromide complexes in aqueous solution
Author:
Publisher
Royal Society of Chemistry (RSC)
Subject
General Chemistry
Link
http://pubs.rsc.org/en/content/articlepdf/1992/DT/DT9920000233
Reference31 articles.
1. The identification of all ten [RH(OH2)6−n Cln]3−n isomers by 103RH NMR spectroscopy
2. 103Rh NMR chemical shifts of all ten [RhCln(OH2)6−n]3−n complexes in aqueous solution
3. 103Rh chemical shifts of [RhCl6−nBrn]3−
4. 103Rh-NMR-Untersuchungen an Chloro-Bromo-Rhodaten(III) und Bestimmung der Stabilitätskonstanten im System [RhClnBr6-n]3-, n = 0-6 / 103Rh NMR Studies of Chloro-Bromo-Rhodates(III) and Determination of the Stability Constants in the System [RhCl„Br6-n]3-, n = 0-6
5. Nephelauxetic effect in paramagnetic shielding of transition metal nuclei in octahedral d6 complexes
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2. Intrinsic37/35Cl and18/16O isotope shifts in195Pt and103Rh NMR of purely inorganic Pt and Rh complexes as unique spectroscopic fingerprints for unambiguous assignment of structure;Dalton Transactions;2017
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4. 35Cl/37Cl isotope effects in 103Rh NMR of [RhCln(H2O)6−n]3−n complex anions in hydrochloric acid solution as a unique ‘NMR finger-print’ for unambiguous speciation;Analytica Chimica Acta;2012-06
5. Separation and quantification of [RhCl (H2O)6−]3− (n= 0–6) complexes, including stereoisomers, by means of ion-pair HPLC–ICP-MS;Talanta;2010-06
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