Uranyl-organic hybrids,which are assembled from uranyl cations or polynuclear clusters and organic ligands,have gathered tremendous attention driven by their vast array of synthetically accessible structures for custo...Uranyl-organic hybrids,which are assembled from uranyl cations or polynuclear clusters and organic ligands,have gathered tremendous attention driven by their vast array of synthetically accessible structures for customizing their functionality[1].A plethora of uranyl-organic hybrids with their dimensions ranging from OD clusters,1D chains,2D layers and 3D frameworks have been documented in diverse fields including storage,separation,catalysis and sensing[2].展开更多
基金supported by the National Natural Science Foundation of China(22322609,U22B20139,22206196,and 22076196)the Shanghai Sailing Program(21YF1456200).
文摘Uranyl-organic hybrids,which are assembled from uranyl cations or polynuclear clusters and organic ligands,have gathered tremendous attention driven by their vast array of synthetically accessible structures for customizing their functionality[1].A plethora of uranyl-organic hybrids with their dimensions ranging from OD clusters,1D chains,2D layers and 3D frameworks have been documented in diverse fields including storage,separation,catalysis and sensing[2].
