these goals, a combination of electrochemicallyactive phenol derivatives and aliphaticalkenes were employed to form polycyclic compounds. Several of the dihydrobenzofuran derivatives formed through [3+2] cyclization reactions exhibited fluorescence. Furthermore, this approach allowed the effective modification of alkene‐modified silica gel with electrochemicallyactive species, which enables the construction
A selective anodic oxidation system in which a carbocation intermediate is generated exclusively by use of a temperature-control led multiphase solution to separate the different stages of the reaction from each other and from the products is described. The formation of a thermomorphic middle layer in an electrolytic solution composed of c-Hex and LPC/MeNO2 results in enhanced interaction between aliphatic alkenes and polar unstable cation.
Entropic electrolytes for anodic cycloadditions of unactivated alkene nucleophiles
Unactivated alkenes were previously found to be effective carbon nucleophiles for anodic cycloadditions in lithium perchlorate/nitromethane electrolyte solution.