Two-dimensional(2D)nanomaterials,including graphene,titanium carbide(MXenes),montmorillonite,and boron nitride,etc.,have excellent mechanical,electrical,and thermal properties and good biocompatibility,which show prom...Two-dimensional(2D)nanomaterials,including graphene,titanium carbide(MXenes),montmorillonite,and boron nitride,etc.,have excellent mechanical,electrical,and thermal properties and good biocompatibility,which show promising applications in aerospace,flexible electronics,and biomedicine[1,2].It remains a great challenge to scalable assemble the 2D nanomaterials into highperformance macroforms for realizing these commercial applications.Natural nacre is a typical 2D nanocomposite composed of 95 vol%aragonite flakes and 5 vol%biopolymer and possesses unique mechanical properties owing to its ordered layered structure and sophisticated interface interactions[3].Inspired by the relationship between microstructure and macro-property of nacre,various assembly strategies have been developed to fabricate high-performance 2D nanocomposites by improving interlayer connectivity,alignment。展开更多
文摘Two-dimensional(2D)nanomaterials,including graphene,titanium carbide(MXenes),montmorillonite,and boron nitride,etc.,have excellent mechanical,electrical,and thermal properties and good biocompatibility,which show promising applications in aerospace,flexible electronics,and biomedicine[1,2].It remains a great challenge to scalable assemble the 2D nanomaterials into highperformance macroforms for realizing these commercial applications.Natural nacre is a typical 2D nanocomposite composed of 95 vol%aragonite flakes and 5 vol%biopolymer and possesses unique mechanical properties owing to its ordered layered structure and sophisticated interface interactions[3].Inspired by the relationship between microstructure and macro-property of nacre,various assembly strategies have been developed to fabricate high-performance 2D nanocomposites by improving interlayer connectivity,alignment。
