Abstract
Rate constants have been determined for the neutral hydrolysis of benzoyl phenylphosphonate in 5, 20, and 40% aqueous dioxan and p-toluoyl phenylphosphonate in 20% dioxan. Acid catalysis, salt effects, and the addition of nucleophiles have been investigated in 20% dioxan at 295·5 K. It is concluded that the mechanism of hydrolysis is bimolecular addition to the acyl carbon atom to form a tetrahedral intermediate prior to phosphonate ion elimination.

This publication has 0 references indexed in Scilit: