N-heteropentacenequinone (TAPQ) is studied as electrode material to investigate the solvation effect in different sodium-ion battery electrolytes. By revealing the failure mechanism of TAPQ in carbonate-based electrolytes, we discuss how the solvation effect influences interfacial electrochemical characteristics and attributed the electrolyte compatibility to the stabilization effect of reaction intermediate via solvation effect.

中文翻译：

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溶剂化作用对提高钠离子电池用 N-杂五苯醌储钠性能的影响

研究了 N-杂并五苯醌 (TAPQ) 作为电极材料，以研究不同钠离子电池电解质中的溶剂化效应。通过揭示碳酸盐基电解质中 TAPQ 的失效机制，我们讨论了溶剂化效应如何影响界面电化学特性，并将电解质相容性归因于反应中间体通过溶剂化效应的稳定作用。