Porous materials
The latest chemistry news and research on porous materials, including MOFs, zeolites and micro- and mesoporous materials, from the Royal Society of Chemistry's magazine, Chemistry World
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ResearchFoaming bioplastic breaks down in seawater four times faster than paper
Highly porous cellulose diacetate polymer could be a packaging alternative
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ResearchSunlight-powered device harvests lithium from salty water
Low-energy device is a ‘step forward’ for sustainable lithium mining
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FeatureFast charging supercapacitors
Rapid development of the alternative energy storage technology to rechargeable batteries is already having real world impact. James Mitchell Crow talks to the scientists working on upping their performance
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ResearchHydroxide-loaded sponge soaks up atmospheric carbon dioxide
Low-cost charcoal absorbs carbon dioxide and rapidly releases it in energy-efficient process
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ResearchSimulations track how MOFs adsorb water, one molecule at a time
‘You can almost drink our water model because it’s so realistic’
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ResearchMOF-based filter harvests energy from seawater evaporation
Prototype device generates sustained electric current as salt water evaporates
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ResearchMOFs offer safer solution for handling fluorinated gases that can ‘tame the tiger’
Compounds vital in medicinal chemistry and imaging can be stored ready to use at room temperature
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ResearchChatGPT predicts synthesis conditions for MOFs
Accessible AI tool can assess multitude of protocols for making new porous materials
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ResearchNanocapsule seamed by calcium ions boasts huge internal volume
Giant metal–organic capsule assembles from C-ethylpyrogallol[4]arene and calcium ions
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ResearchMOFs + rotaxanes = MOFaxanes
Threading polymer chains through MOF microcrystals leads to a new class of interlocked system
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NewsAir jet gun delivers needle-free vaccines in MOFs without any need for refrigeration
Release rate of injector system can be fine-tuned by changing the carrier gas
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ResearchMachine learning ecosystem evolves MOF design
Mofdscribe handles all stages from collecting data to evaluating performance
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ResearchChemical chainmail constructed from interlocked coordination polymers
Simple synthesis yields an ‘infinite’ structure with applications in flexible materials
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Research‘Flip-flopping’ MOFs used to separate water isotopes
Porous materials with temperature controlled gateways can split heavy water from water by relying on differential diffusion effect
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ResearchManganese coordination polymer separates xylene isomers
A highly flexible and stable material offers new opportunities for industrial xylene purification
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ResearchMOF nurtures stem cells to differentiate into neuronal cells
Challenging task of coaxing stem-cells to differentiate could become easier thanks to metal-organic frameworks
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ResearchFlaws fixed in venerable 84-year-old method of measuring porosity
Simple software corrects calculations of surface area that were out by up to a factor of five
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ResearchCooling effect discovered in breathing MOFs
Materials with breathing-caloric effect could replace fluorinated hydrocarbon refrigerants
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ResearchMicroscopy unveils piece-by-piece formation of 2D covalent polymers
New results provide ‘fundamental insights’ on the growth of covalent organic framework monolayers
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ResearchThis computational chemist is experimentalists’ secret weapon in the hunt for new materials
Kim Jelfs discusses how software development feeds – and needs – collaboration