2004Journal of Physical and Chemical Reference DataRequires access

Critical Evaluation of Rate Constants and Equilibrium Constants of Hydrogen Peroxide Photolysis in Acidic Aqueous Solutions Containing Chloride Ions

Xiao‐Ying Yu

Open publisher page 95 citations

Abstract

Equilibrium constants and rate constants involving Cl⋅(aq), Cl−, Cl2−⋅(aq), HO⋅, H2O, and H2O2(aq) determined at 297±2 K in the aqueous phase are updated and evaluated. Most of the rate constants and equilibrium constants are obtained by either pulse radiolysis or laser flash photolysis. The recommended values of rate constants and equilibrium constants are achieved by un-weighted averaging of the reliable experimental measurements.

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What this paper is about

Equilibrium constants and rate constants involving Cl⋅(aq), Cl−, Cl2−⋅(aq), HO⋅, H2O, and H2O2(aq) determined at 297±2 K in the aqueous phase are updated and evaluated. Most of the rate constants and equilibrium constants are obtained by either pulse radiolysis or laser flash photolysis. The recommended values of rate constants and equilibrium constants are achieved by un-weighted averaging of the reliable experimental measurements.

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Available abstract

Equilibrium constants and rate constants involving Cl⋅(aq), Cl−, Cl2−⋅(aq), HO⋅, H2O, and H2O2(aq) determined at 297±2 K in the aqueous phase are updated and evaluated. Most of the rate constants and equilibrium constants are obtained by either pulse radiolysis or laser flash photolysis. The recommended values of rate constants and equilibrium constants are achieved by un-weighted averaging of the reliable experimental measurements.

Key concepts: Chemistry, Reaction rate constant, Equilibrium constant, Aqueous solution, Radiolysis, Flash photolysis, Hydrogen peroxide, Chloride

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