Addressing Interfacial Chemical Corrosion in Lithium Metal Batteries: A Ferroelectric-Dipole-Regulation Route

Key Points

• To explore solutions for interfacial chemical corrosion in lithium metal batteries using ferroelectric dipole regulation techniques.
• Developed and tested ferroelectric materials for dipole regulation in battery interfaces.
• Conducted corrosion evaluations under various electrochemical conditions.
• Analyzed battery performance metrics including efficiency and lifespan.
• Significant reduction in interfacial corrosion observed, with performance improvements noted in battery cycles.
• Battery lifespan enhanced by 30% compared to traditional methods, indicating better chemical stability.