这评论总结在碳 nanotube 在接口学习的领域里执行的工作增强的铝(CNT/Al ) composites。许多研究工作被进行了在生产揭示 CNT/Al 接口的进化以达到完成 CNT 并且紧张的界面的结合的一致分发合成。涂层的效果和原则与金属间化合的分裂期间设计的说明一起被考察。在结构、功能的申请的 CNT/Al 接口的不同角色被阐明,并且需要注意的未来工作被探讨。
This review summarizes the work carried out in the field of interface study in carbon nanotube reinforced aluminum (CNT/A1) composites. Much research work has been conducted to reveal the evolution of CNT/A1 interface in producing the composite with the purpose of achieving uniform distribution of CNTs and tight interfacial bonding. The effect and principles of coating were reviewed along with the illustration of "intermetallic interphases" design. Different roles of CNT/Al interface in structural and functional application were elucidated, and the future work that needs attention was addressed.