超分子化学
卟啉
材料科学
小角X射线散射
自组装
纳米技术
脚手架
结晶学
化学
光学
计算机科学
晶体结构
散射
物理
光化学
数据库
作者
Jun Wang,Zhilong Jiang,Jia‐Fu Yin,He Zhao,Qiangqiang Dong,Kaixiu Li,Wanying Zhong,Die Liu,Jie Yuan,Panchao Yin,Yiming Li,Yifan Lin,Mingzhao Chen,Pingshan Wang
标识
DOI:10.1002/anie.202317674
摘要
Coordinative supramolecular cages with adjustable cavities have found extensive applications in various fields, but the cavity modification strategies for multi-functional structures are still challenging. Here, we present a tension-driven self-expansion strategy for construction of multi-cavity cages with high structural complexity. Under the regulation of strain-induced capping ligands, unprecedented heteromorphosis triple-cavity cages S
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