1. The variation of the rate of the bromacetate-thiosulphate reaction has been studied with respect to variation in temperature, ionic strength and dielectric constant. 2. Within the limits of experimental error, the energy of activation is independent of the dielectric constant and the variation in rate is due to changes in the entropy of activation
A comparison is made between Arrhenius and transition-state analyses of the temperature dependence o...
Chemical reactions almost always proceed more rapidly when the reagents are heated, and the rate usu...
The kinetics of oxidation of cysteine by sodium N-bromotoluene sulfonamide (bromamaine-T or BAT) in ...
The dependence of the reaction rate on solvent dielectric constant is examined for the reaction of t...
The reaction between thiosulfate and bromoacetate ions in solvent mix-tures of different dielectric ...
Kinetics of the Reaction Between Bromacetate and Thiosulphate Ions at Gteat Dilutions
Rate measurements of the thiosulphate-bromoacetate reaction have been made in sodium chloride and se...
Rate measurements of the thiosulphate-bromoacetate reaction have been made in sodium chloride and se...
The Influence of the Dielectric Constant of the Medium on the Rate of Coagulation of Arsenious Sulph...
The existence and participation of associated ion-pairs in an ionic reac-tion mechanism are demonstr...
One of the most important laws in chemistry is the mass action law. On the basis of the mass action ...
576-579The interaction of thiosulphate ion (TS) with 2, 6-dichlorophenolindophenol (In) has been inv...
An attempt is made to evaluate the dielectric constant of the <i>Trichoderma reesei</i> Cel7B active...
The influence of ionic strength on the rate of reactions has been given in the form of an equation e...
Previous experiments at Newark College of Engineering have shown that a dielectric field can effect ...
A comparison is made between Arrhenius and transition-state analyses of the temperature dependence o...
Chemical reactions almost always proceed more rapidly when the reagents are heated, and the rate usu...
The kinetics of oxidation of cysteine by sodium N-bromotoluene sulfonamide (bromamaine-T or BAT) in ...
The dependence of the reaction rate on solvent dielectric constant is examined for the reaction of t...
The reaction between thiosulfate and bromoacetate ions in solvent mix-tures of different dielectric ...
Kinetics of the Reaction Between Bromacetate and Thiosulphate Ions at Gteat Dilutions
Rate measurements of the thiosulphate-bromoacetate reaction have been made in sodium chloride and se...
Rate measurements of the thiosulphate-bromoacetate reaction have been made in sodium chloride and se...
The Influence of the Dielectric Constant of the Medium on the Rate of Coagulation of Arsenious Sulph...
The existence and participation of associated ion-pairs in an ionic reac-tion mechanism are demonstr...
One of the most important laws in chemistry is the mass action law. On the basis of the mass action ...
576-579The interaction of thiosulphate ion (TS) with 2, 6-dichlorophenolindophenol (In) has been inv...
An attempt is made to evaluate the dielectric constant of the <i>Trichoderma reesei</i> Cel7B active...
The influence of ionic strength on the rate of reactions has been given in the form of an equation e...
Previous experiments at Newark College of Engineering have shown that a dielectric field can effect ...
A comparison is made between Arrhenius and transition-state analyses of the temperature dependence o...
Chemical reactions almost always proceed more rapidly when the reagents are heated, and the rate usu...
The kinetics of oxidation of cysteine by sodium N-bromotoluene sulfonamide (bromamaine-T or BAT) in ...
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