Operando electrochemical atomic force microscopy of Li-S batteries: Revealing the nanoscale mechanisms driving anode and cathode capacity loss and

通过发展OPANDO电化学原子力显微镜作为研究锂-S电池的工具，该项目旨在揭示推动电池运行过程中地形(体积膨胀、电极/保护层破裂、阻挡层形成)、机械(枝晶演化、SEI形成/降解)和电化学(氧化还原催化剂过程、Li沉积/剥离、S增溶)变化的机制。这将是纳米级的分辨率。

Through the development of operando Electrochemical Atomic Force Microscopy (EC-AFM) as a tool to study Li-S batteries, the project aims to reveal the mechanisms driving topographical (volume expansion, electrode/protection layer cracking, blocking layer formation), mechanical (dendrite evolution, SEI development/degradation) and electrochemical (redox catalyst processes, Li deposition/stripping, S solubilisation) change during cell operation. This will be with nanoscale resolution.