Add to ORKGAbstract: The kinetics of the redox reaction between copper ions and thiosulfate ions, respectively the formation of the intermediate complex, CuS2O3, are investigated. The reaction order, with respect to the intermediate complex depends upon the concentrations of the reactants. The kinetics of fading away of the color of this complex has been traced spectrophotometrically with a stopped-flow apparatus. The experimental reaction orde
The kinetics of the catalyzed autoxidation of hydrogen sulfide to sulfur, thiosulfate, and sulfate i...
The chemistry of CuI and CuII is rich, and these oxidation states can be converted into each other b...
Inorganic materials formation is the result of a complicated interplay between thermodynamics and ki...
The redox chemistry of Cu(II)-S(IV) complexes is examined, and the rate of reduction of Cu(II) is de...
The mechanism of the copper(II)-catalysed oxidation of thiosulfate ion by iron(III) in aqueous solu...
The reaction between Cu2+ and S2O32- in solution has been studied by thermometric and conductometric...
Previous researchers have rationalized the thiosulfate oxidation by ammoniacal copper(II) on the bas...
The kinetics study of the reaction between Cu2+ and S2O32- in solutions is not entirely studied, bei...
Aim of this study was to investigate the possibilities for a selective and efficient method to conve...
Thiosulfate effluents are generated in the photography and radiography industrial sectors, and in a ...
Aim of this study was to investigate the possibilities for a selective and efficient method to conve...
The presence of Cu2+ ions favors the kinetics of the oxidation of Fe2+ ions in Fe3+ in sulfuric medi...
The oxidation kinetics and reaction time mechanisms of some small molecules, thiosulfate, sulfite, a...
Copper(II) sulphate in solutions of aqueous acetonitrile leaches copper from copper sulphides to for...
From the mechanism involving the two intermediates FeS2O3+ and Fe (S2O3)2-, suggested for the ferric...
The kinetics of the catalyzed autoxidation of hydrogen sulfide to sulfur, thiosulfate, and sulfate i...
The chemistry of CuI and CuII is rich, and these oxidation states can be converted into each other b...
Inorganic materials formation is the result of a complicated interplay between thermodynamics and ki...
The redox chemistry of Cu(II)-S(IV) complexes is examined, and the rate of reduction of Cu(II) is de...
The mechanism of the copper(II)-catalysed oxidation of thiosulfate ion by iron(III) in aqueous solu...
The reaction between Cu2+ and S2O32- in solution has been studied by thermometric and conductometric...
Previous researchers have rationalized the thiosulfate oxidation by ammoniacal copper(II) on the bas...
The kinetics study of the reaction between Cu2+ and S2O32- in solutions is not entirely studied, bei...
Aim of this study was to investigate the possibilities for a selective and efficient method to conve...
Thiosulfate effluents are generated in the photography and radiography industrial sectors, and in a ...
Aim of this study was to investigate the possibilities for a selective and efficient method to conve...
The presence of Cu2+ ions favors the kinetics of the oxidation of Fe2+ ions in Fe3+ in sulfuric medi...
The oxidation kinetics and reaction time mechanisms of some small molecules, thiosulfate, sulfite, a...
Copper(II) sulphate in solutions of aqueous acetonitrile leaches copper from copper sulphides to for...
From the mechanism involving the two intermediates FeS2O3+ and Fe (S2O3)2-, suggested for the ferric...
The kinetics of the catalyzed autoxidation of hydrogen sulfide to sulfur, thiosulfate, and sulfate i...
The chemistry of CuI and CuII is rich, and these oxidation states can be converted into each other b...
Inorganic materials formation is the result of a complicated interplay between thermodynamics and ki...