A MOF-74 analog derived from non-DOBDC linkers, Cu（II）-MOF-74-L^1, was synthesized and characterized. Based on this, directionanl functionalizations of the hexagonal pore were introduced through well-designed pre-in...A MOF-74 analog derived from non-DOBDC linkers, Cu（II）-MOF-74-L^1, was synthesized and characterized. Based on this, directionanl functionalizations of the hexagonal pore were introduced through well-designed pre-installation of ligands. By this strategy, two MOF-74 analogs with hydrophobic and hydrophilic surfaces of pore had been achieved by equiping with CI or OH groups respectively and proved with excellent catalysis and luminescent sensing properties. Herein, the synthetic strategy and functional regulation were reported toward the development of functional MOF-74 materials.展开更多
文摘A MOF-74 analog derived from non-DOBDC linkers, Cu（II）-MOF-74-L^1, was synthesized and characterized. Based on this, directionanl functionalizations of the hexagonal pore were introduced through well-designed pre-installation of ligands. By this strategy, two MOF-74 analogs with hydrophobic and hydrophilic surfaces of pore had been achieved by equiping with CI or OH groups respectively and proved with excellent catalysis and luminescent sensing properties. Herein, the synthetic strategy and functional regulation were reported toward the development of functional MOF-74 materials.
