Add to ORKGThe present state of studies of the kinetics of complex formation of metals with organic ligands in analytical chemistry is summarized. Fast and slow reactions of complex formation of labile and inert complexes are discussed. The application of ligand replacement and exchange reactions of central atoms in the inner sphere of complex compounds in spectrophotometric analysis, solvent extraction and sub-stoichiometric separation of elements is described. The prospects of using kinetic regularities of complex formation in chemical analysis are outlined
The impact of ligand protonation on the complexation kinetics of higher-order complexes is quantitat...
The purpose of this series is to provide a continuing critical review of the literature concerned wi...
Substitution of a ligand in an inner sphere complex by an outside group is the most fundamental rea...
A theoretical discussion of the formation and steady state kinetic behavior of metal complexes is pr...
Most of the information on rates of ligand substitution in metal complexes has been collected during...
The temperature-jump technique has been applied to the study of the complexation reactions of nickel...
A central atom is found in a complex compound. Generally, this central atom is a metal which is surr...
Department of Chemistry, Inorganic Chemistry Division, University College of Science, Calcutta 7000...
The mechanisms of reactions of organotransition metal complexes have only begun to be understood in ...
The systems under study are recognized as dynamic structuresfar from equilbrium and a dynamic analys...
The impact of ligand protonation on metal speciation dynamics is quantitatively described. Starting ...
The creation of new chemical compounds and materials with valuable useful properties for their use i...
Though the literature records extensive compilations of the thermodynamics of actinide complexation ...
The synthesis and research of copper subgroup metal complexes with organic ligands, which have sever...
Electrospray ionization mass spectrometry was used to investigate complex formation of different met...
The impact of ligand protonation on the complexation kinetics of higher-order complexes is quantitat...
The purpose of this series is to provide a continuing critical review of the literature concerned wi...
Substitution of a ligand in an inner sphere complex by an outside group is the most fundamental rea...
A theoretical discussion of the formation and steady state kinetic behavior of metal complexes is pr...
Most of the information on rates of ligand substitution in metal complexes has been collected during...
The temperature-jump technique has been applied to the study of the complexation reactions of nickel...
A central atom is found in a complex compound. Generally, this central atom is a metal which is surr...
Department of Chemistry, Inorganic Chemistry Division, University College of Science, Calcutta 7000...
The mechanisms of reactions of organotransition metal complexes have only begun to be understood in ...
The systems under study are recognized as dynamic structuresfar from equilbrium and a dynamic analys...
The impact of ligand protonation on metal speciation dynamics is quantitatively described. Starting ...
The creation of new chemical compounds and materials with valuable useful properties for their use i...
Though the literature records extensive compilations of the thermodynamics of actinide complexation ...
The synthesis and research of copper subgroup metal complexes with organic ligands, which have sever...
Electrospray ionization mass spectrometry was used to investigate complex formation of different met...
The impact of ligand protonation on the complexation kinetics of higher-order complexes is quantitat...
The purpose of this series is to provide a continuing critical review of the literature concerned wi...
Substitution of a ligand in an inner sphere complex by an outside group is the most fundamental rea...