摘要
Two-dimensional （2D） metal-organic layers （MOLs） are the 2D version of metal-organic frameworks （MOFs） with nanometer thickness in one dimension. MOLs are also known as 2D-MOFs, 2D coordination polymers, ultrathin MOF nanosheets （UMOFNs） or coordination nanosheets in literature. This new category of 2D materials has attracted a lot of interests because of the opportunity in combining molecular chemistry, surface/interface chemistry and material chemistry of low dimensional materials in these systems. Several synthetic strategies have been developed for the construction of 2D MOLs, but the general synthesis of MOLs still presents a challenge. This tutorial level review summarizes the recent progress in the fabrication of novel 2D MOLs and aims to highlight challenges in this field.
Two-dimensional （2D） metal-organic layers （MOLs） are the 2D version of metal-organic frameworks （MOFs） with nanometer thickness in one dimension. MOLs are also known as 2D-MOFs, 2D coordination polymers, ultrathin MOF nanosheets （UMOFNs） or coordination nanosheets in literature. This new category of 2D materials has attracted a lot of interests because of the opportunity in combining molecular chemistry, surface/interface chemistry and material chemistry of low dimensional materials in these systems. Several synthetic strategies have been developed for the construction of 2D MOLs, but the general synthesis of MOLs still presents a challenge. This tutorial level review summarizes the recent progress in the fabrication of novel 2D MOLs and aims to highlight challenges in this field.
基金
The present research was financialiy supported by the National Natural Science Foundation of China （Nos. 21671162, 21471126）, Ministry of Science and Technology of China （2016YFA0200700） and the National Thousand Talents Program of China.
