Control over multi-charge transfer reactions obtained

Particular attention is devoted to the study of charge transfer processes at the solid-liquid interface, respective efficiencies, stability, reversibility, cyclablity and time scales Conventional CV analysis will be performed in solution to determine the redox potential of GQDs. Similar experiments will be performed on conventional redox electrolytes that will be coupled to hybrid light-driven 0D NCPC/GQD (solid-liquid) electrode in appropriated RFB configurations, as described in WP3. The reversibility of the reactions and the stability over cycling will be also investigated