Abstract
Abstract A study has been made of the appropriateness of a combined semented flow/phase-splitter assembly for examining the kinetics of liquid/liquid phase-transfer catalysis reactions. Using hydrazobenzene and oestrone as oil-soluble substrates, permanganate as the oxidizing ion, and tetrabutylammonium ion as the pairing ion, the influence of reaction rate on the rate of permanganate transfer from an aqueous phase to an oil phase has been determined. Results indicate that the given assembly is suitable for the study of fast reactions occurring in two-phase systems.
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