Prof.Susumu Kitagawa,Prof.Richard Robson,and Prof.Omar M.Yaghi were awarded the Nobel Prize in Chemistry 2025 for their research work in developing metal-organic frameworks(MOFs)[1].As a class of crystalline porous ma...Prof.Susumu Kitagawa,Prof.Richard Robson,and Prof.Omar M.Yaghi were awarded the Nobel Prize in Chemistry 2025 for their research work in developing metal-organic frameworks(MOFs)[1].As a class of crystalline porous materials,MOFs are constructed with metal nodes and organic linkers through coordination bonds.Through the design of the building blocks and rational modification,MOFs can be developed with high surface areas,tunable pore sizes,and customizable chemical functionality,delivering multidisciplinary applications[2-5].However,despite the extensive academic efforts to develop MOFs with diverse structures and functionalities,translating MOFs from laboratory success to industrial reality remains challenging.展开更多
基金support from the National Natural Science Foundation of China(22176055).
文摘Prof.Susumu Kitagawa,Prof.Richard Robson,and Prof.Omar M.Yaghi were awarded the Nobel Prize in Chemistry 2025 for their research work in developing metal-organic frameworks(MOFs)[1].As a class of crystalline porous materials,MOFs are constructed with metal nodes and organic linkers through coordination bonds.Through the design of the building blocks and rational modification,MOFs can be developed with high surface areas,tunable pore sizes,and customizable chemical functionality,delivering multidisciplinary applications[2-5].However,despite the extensive academic efforts to develop MOFs with diverse structures and functionalities,translating MOFs from laboratory success to industrial reality remains challenging.
