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Conventional ether‐based electrolytes exhibited a low polarization voltage in potassium‐ion batteries, yet suffered from ion–solvent co‐intercalation phenomena in a graphite anode, inferior potassium‐metal performance, and limited oxidation stability. Here, we reveal that weakening the cation–solvent interactions could suppress the co‐intercalation behaviour, enhance the potassium‐metal performance,...
Conventional ether‐based electrolytes exhibited a low polarization voltage in potassium‐ion batteries, yet suffered from ion–solvent co‐intercalation phenomena in a graphite anode, inferior potassium‐metal performance, and limited oxidation stability. Here, we reveal that weakening the cation–solvent interactions could suppress the co‐intercalation behaviour, enhance the potassium‐metal performance,...
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