Flexible metal-organic frameworks (FMOFs) have received much attention due to their attractive properties that originate from their flexibility and dynamic behavior, and show great potential applications in many fields.“Dynamic behavior” has been used to describe the transformation process between the multistable states of flexible MOFs. Also, though strategies and methods for the design and investigation of the properties of MOFs have been well developed during the wide exploration, the rational construction of flexible MOFs is still a great challenge. This should be due to the fact that the successful introduction of flexible factors into a MOF and the realization of the anticipated dynamic properties are somewhat random.<br/>We herein report some of our new progress in the construction of flexible metal-organic frameworks and investigation of their properties, some other related results in our group will also be reported.<br/>

Dynamic metal–organic frameworks: Design and properties

253rd National Meeting (2017)

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