The optimized electrolyte additives significantly suppress irreversible reactions and improve electrochemical stability.
Key results show that the tailored additives lead to performance enhancements in full-cells and better anode stability during operation.
The study employed a targeted approach to design electrolyte additives aimed at enhancing cell performance and minimizing irreversible reaction losses.
These findings imply a promising avenue for improving battery technologies and their operational lifespans through better additive engineering.
Abstract
Mitigating irreversible reaction in a DSG anode and stabilizing the full-cell performance via an optimal FA system.