MOF Interphase

Stress concentration reduced up to 66.7%

In-situ grown amino-functionalized MOF on carbon fiber creates a thickness-tunable interphase that shifts failure mode from interfacial debonding to cohesive failure, markedly improving stress transfer.

Zhou, Xinke · Liu, Shengkai · Siddique, Amna · Min, Chunying · Pei, Xiaoyuan · Liu, Siqi · Yin, Yue · Kun, Song · Xu, Zhiwei

Chemical Engineering Journal 2025

Specifications

界面剪切强度最大提升

{'zh': '115.0', 'en': ''} %

层间剪切强度最大提升

{'zh': '18.7', 'en': ''} %

弯曲性能最大提升

{'zh': '26.7', 'en': ''} %

Stress concentration reduced

{'zh': '', 'en': '33.3'} %