Porous materials – Page 6
-
ResearchNaturally occurring MOFs found in coal mine minerals
Rare minerals overturn conventional wisdom that metal–organic frameworks are only found in the lab
-
ResearchTransition metal material captures inert neon
First interaction between neon and a transition metal could lead to selective gas capture
-
ResearchMembrane reactor turns methane into aromatics
Catalytic technology could turn untapped hydrocarbons into valuable chemical feedstocks
-
ResearchFluorescent MOF gets billion-fold boost in conductivity
Filling framework with a conductive polymer paves the way for electronic applications
-
ResearchMOF in a bottle
Waste plastic bottles become a source for porous metal–organic framework synthesis
-
ResearchGas trap could drive down cost of key commodity chemical
Material can separate contaminant from the world’s biggest organic chemical feedstuff – ethylene – and cut its carbon footprint
-
ResearchDisciplines unite to strengthen MOFs
Mechanical engineering sheds light on rigidity of porous frameworks
-
ResearchNanodots pencil in way to boost solar cells
Nanoparticles made from pencils’ graphite show interesting optoelectronic properties
-
ResearchFirst permanently porous liquid created
Clever trick enables the design of a new class of material with interesting properties
-
FeatureThe dream of zeolite design
Zeolites are important industrial catalysts, so why can’t chemists make them to order? Andrew Turley finds out
-
PodcastChemistry World podcast – September 2015
In this months podcast, we discuss Ebola and malaria vaccines in the pipeline, the history of peer review, and managing the mountain of chemical data
-
-
NewsCoating can drive down white LED light prices
Luminescent metal–organic framework films may supplant expensive, rare earth-based LED coatings
-
ResearchZeolite packaging to fight durian fruit stench
Cheap odour-eating films can capture nasty smells and could soon find their way into clothing as well as food wrapping
-
ResearchTailored zeolite synthesis takes a big step forward
New zeolites first predicted and then made in potential boon for industrial catalysis
-
ResearchMOF blends oxidiser with fuel for a precise bang
Safe and simple scaffold gives consistent explosive mix
-
-
ResearchZIF-8 disrupts ionic liquid deep freeze
Unusual ionic conducting framework retains conductivity at −20°C to open up a promising class of electrolytes
-
ResearchMOF catalyst capable of disabling chemical weapons
Zirconium-based framework breaks down nerve agent mimic within 30 seconds
-
ResearchMolecular shuttle slides into the solid state
Rotaxane ‘switch’ has been successfully wedded to a metal–organic framework