What question did this study set out to answer?

To enhance the performance of binder-free aluminum foil anodes by optimizing microstructure and interphase properties.

March 29, 2026Journal of Materials Chemistry A1 citations

Interphase–Microstructure Synergy in Al Foil Anodes Enabled by Ball-Milled Al–CNT Composites

HJH. T. JeongHongik University JKJun Young KimKyung Hee University WKW. J. KimKorea University Medical Center

Key Points

To enhance the performance of binder-free aluminum foil anodes by optimizing microstructure and interphase properties.
Utilized bulk microstructure programming
Applied interphase engineering techniques
Combined mechanical and electrochemical testing
Developed a process-realistic architectural approach
Achieved improved mechanical integrity of anodes
Reduced interfacial instability between components
Enhanced overall performance metrics compared to conventional methods

Abstract

To advance binder-free aluminum (Al) foil anodes beyond the conventional trade-off between mechanical integrity and interfacial instability, we couple bulk microstructure programming with interphase engineering in a single, process-realistic architecture....

Perguntar à IA

Bookmark

View Full Paper