Regulating The Topologies Of Zirconium-Organic Frameworks For A Crystal Sponge Applicable To Inorganic Matter

Metal-organic frameworks (MOFs) have been explored as crystal sponges (CSs) to organic substrates, but attention had rarely been paid to inorganic substrates. Herein, hierarchical zirconium-based MOFs exhibiting different topological structures had been fabricated by modulating the functional groups of the V-shaped linkers, including a new 4-fold-interpenetrating one, which displays a great performance as a CS applicable to inorganic matter (I-2 and ReO4-) even in the extreme conditions.