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In situ visualization of synergistic effects between electrolyte additives and catalytic electrodes in Li-O2 batteries.

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By using in situ atomic force microscopy, Li-O2 interfacial reactions promoted synergistically by the electrolyte additive K+ and Pt nanoparticles electrode are visualized. The Pt nanoparticles electrode promotes the formation… Click to show full abstract

By using in situ atomic force microscopy, Li-O2 interfacial reactions promoted synergistically by the electrolyte additive K+ and Pt nanoparticles electrode are visualized. The Pt nanoparticles electrode promotes the formation of the intermediate lithium superoxide (LiO2) and K+ assists its diffusion into the electrolyte, thereby promoting the formation of large-sized discharge products during discharging and increasing the discharge capacity of the Li-O2 battery. These results provide direct evidence for clarifying the interfacial synergy mechanism of electrolyte additives and solid catalysts.

Keywords: additives catalytic; visualization synergistic; electrolyte additives; synergistic effects; situ visualization; effects electrolyte

Journal Title: Chemical communications
Year Published: 2022

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