By Colin D. Hubbard Rudi Van Eldik
The Advances in Inorganic Chemistry sequence offers well timed and informative summaries of the present growth in a number of topic components inside inorganic chemistry starting from bio-inorganic to good kingdom experiences. This acclaimed serial positive aspects studies written by way of specialists within the sector and is an essential connection with complicated researchers. every one quantity of Advances in Inorganic Chemistry comprises an index, and every bankruptcy is totally referenced. This, the 54th quantity within the sequence maintains this custom delivering complete reports by way of prime specialists within the box with the focal point on inorganic and bioinorganic response mechanisms. * the newest quantity during this hugely profitable sequence is devoted to inorganic and bioinorganic response mechanisms* entire studies written by way of best specialists within the box
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Additional info for Advances in Inorganic Chemistry: Inorganic Reaction Mechanisms (AIC) (Advances in Inorganic Chemistry)
Predicted by this model: the a-activated mechanism for the small eightcoordinate ions, determined via the negative activation volumes, should be replaced by a d-activated mechanism for the larger nine-coordinate ions. This change in mechanism is supported by a computational study using classical molecular dynamics simulation. In recent years the subject of water exchange on lanthanide complexes attracted increasing attention owing to the use of Gd3+ as a contrast agent in medical magnetic resonance imaging (MRI).
10)) (133). MÃ ðOH2 Þ3þ þ MðOH2 Þ2þ ! 0 M in ionic strength, the counter-ion being tri£uoro-methanesulfonate. The self-exchange of the [Ru(H2O)6]3+/2+ couple can be considered as a prototype of an outer-sphere electron transfer reaction (133). E. EFFECT OF NON-LEAVING LIGANDS Exchange of various solvents has been studied on [VO(Seq)4(Sax)]2+ (Table IX (134^143)). Exchange rates of equatorial solvent molecules increase in the order H2O$ MeOH$ DMF 5 (237 ) (239) (240) SOLVENT EXCHANGE ON METAL IONS k1 (298 K) a (106 sÀ1) Complex a First-order rate constant for the exchange of a particular coordinated solvent molecule (6). Analysis of 17O NMR data only. Combined analysis of EPR, 1H and 17O NMR data. d Independent analysis of the bound water NMR signal of each species. e The value originally published for a CN=8 in Ref. (227 ) was corrected for CN=7 in Ref. (228). A. DUNAND et al. FIG. 11. Schematic structure of the two diastereoisomers of the complex [Eu (DOTAM)(H2O)]3+.
5 (237 ) (239) (240) SOLVENT EXCHANGE ON METAL IONS k1 (298 K) a (106 sÀ1) Complex a First-order rate constant for the exchange of a particular coordinated solvent molecule (6). Analysis of 17O NMR data only. Combined analysis of EPR, 1H and 17O NMR data. d Independent analysis of the bound water NMR signal of each species. e The value originally published for a CN=8 in Ref. (227 ) was corrected for CN=7 in Ref. (228). A. DUNAND et al. FIG. 11. Schematic structure of the two diastereoisomers of the complex [Eu (DOTAM)(H2O)]3+.