A topological isomer based on Zn2 paddlewheel, dicarboxylate, and diamine ligands is synthesized by solvothermal methods after careful modulation of the reaction conditions. The new framework is characterized by a pillared Kagome net topology and possesses a sustainable pore structure with high surface area (approximately 2400 m2/g) and large hexagonal channels (approximately 15 A).
在仔细调节反应条件后,通过溶剂热法合成了基于Zn2桨轮,二
羧酸酯和二胺
配体的拓扑异构体。新框架的特点是具有柱状的Kagome网络拓扑结构,并具有可持续的孔结构,具有高表面积(约2400 m2 / g)和大六角形通道(约15 A)。