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Flexible Metal–Organic Frameworks
In article number 2301122, Eun Seon Cho and co‐workers design highly flexible metal–organic framework (MOF)‐based proton conductors to control the breathing behavior and hydrogen‐bonding networks with structural transformation through the simultaneous introduction of proton carriers and functional groups. Imidazole‐loaded MIL‐88B without functional groups exhibits...
Metal–organic frameworks (MOFs) have received much attention as a solid‐state electrolyte in proton exchange membrane fuel cells. The introduction of proton carriers and functional groups into MOFs can improve the proton conductivity attributed to the formation of hydrogen‐bonding networks, while the underlying synergistic mechanism is still unclear. Here, a series of flexible MOFs (MIL‐88B, [Fe3O(OH)(H...
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