本项目“纳米金属负载的手性共价有机框架的合成、装置化及在手性催化方面的应用”旨在研究和探索金属纳米颗粒(M NP)负载的手性共价有机框架(CCOFs)催化材料(M NP@CCOFs)的设计和合成，并考察所合成的M NP@CCOFs催化材料在C-H活化及手性串联相关的有机反应方面的催化活性；在此基础上，通过CCOFs与高分子或短聚物的共价复合，实现该类手性催化材料的成型加工及装置化，以期实现不对称催化的规模化反应尝试，为该类催化材料的实际应用开辟新途径。

This research project of “Nano metal particle loaded homochiral covalent frameworks and their shaped setups for asymmetric catalysis” will focus on the design, synthesis and asymmetric activity of the nano metal particle (M NP) loaded chiral covalent frameworks (M NP@CCOFs). In addition, the obtained M NP@CCOFs will be chemically combined with polymer (oligomer) binder via the CCOF-polymer covalent composite approach to achieve their processability and shaped setups. Furthermore, the scale-up asymmetric catalysis based on them will be explored. This research would open up new avenues for the fabrication of many more new M NP@CCOFs-based asymmetric heterogeneous catalytic systems for practical application.