An investigation of the substrate dependence on the rate of samarium-mediated reductive elimination of beta-acyloxysulfones has provided insights into the mechanism of this transformation and allowed for the development of a chemoselective elimination process.
An investigation of the substrate dependence on the rate of samarium-mediated reductive elimination of beta-acyloxysulfones has provided insights into the mechanism of this transformation and allowed for the development of a chemoselective elimination process.
An investigation of the substrate dependence on the rate of samarium-mediated reductive elimination of beta-acyloxysulfones has provided insights into the mechanism of this transformation and allowed for the development of a chemoselective elimination process.