Solvent- and supporting electrolyte-free electrolysis in a two-compartment cell proved to be effective for the direct electroactivation of CH acid-containing compounds vs. catalytic addition processes. Michael adducts (including quaternary carbon centres) and 2-nitroalkanols were obtained in very good yields and selectivity on application of a catalytic amount of electricity under galvanostatic conditions
introduces neat NMR spectroscopy of the ionicliquids as a probe for solute–solvent interactions as well as a tool for characterisation. Our studies show that high catalytic efficacy of functional ionicliquids can be achieved by integrating their greensynthesis, along with a fine‐tuning of their structure. Demonstrating that ionicliquid solvents can be made by a truly green procedure, and that their properties