All porous materials articles
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ResearchEggshell-ent MOFs made from sustainable precursors
Green starting materials for calcium-based frameworks
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Research
Giant crystal lattice is mesoporous but not a MOF
Non-covalent network has the largest unit cell among non-MOFs
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Research
Hydrogen bonding explains MOF’s shock-absorption abilities
Combined experiments and simulations provide insights to develop more efficient shock absorbers with commercial applications
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Research
Ancient Maya communities were first to use zeolite to purify water
2000 years ago, people in Tikal were using the world’s most advanced water purification systems
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Research
New class of recyclable permanently porous liquid doesn’t need a solvent
Coordination cages that are liquids at room temperature may find uses in catalysis, sensing or chemical separations
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Research
Algorithm accurately predicts mechanical properties of existing and theoretical MOFs
Machine learning could speed up the production and use of coordination polymers in industry
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Research
Carbon dioxide screwing mechanism in porous crystal unravelled
Solid-state NMR used to probe dynamics of selective gas uptake
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Research
MOF turns ‘crumple zone’ weakness into strength
Enhanced water stability improves chances of using materials to adsorb toxic contaminants in gas masks
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Research
Spaces can be useful
Truly functional MOFs are on the horizon but Susumu Kitagawa saw their potential when they were weak and idle
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Research
Batteries reveal all after dip in hot butter
High resolution images aided by solidified fat could help design batteries that charge and discharge quicker
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Research
Electro-shock treatment switches MOF on to gas separation
Electric field stops molecular wriggling and boosts natural gas separation in porous crystal
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Podcast
MOFs: Metal–organic frameworks
Katrina Krämer examines these extremely versatile materials and speaks to MOF pioneer Omar Yaghi
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Feature
MOFs find a use
Nina Notman takes stock of the first products containing metal–organic frameworks to hit the shelves
