Zeolite-Trapped Rhodium Ions Deliver Record Selectivity in Industrial Hydroformylation
A rhodium-zeolite catalyst stabilized as Rh3+ achieves a record linear-to-branched aldehyde ratio of 817 in hydroformylation, aided by nitrogen additives ...
A rhodium-zeolite catalyst stabilized as Rh3+ achieves a record linear-to-branched aldehyde ratio of 817 in hydroformylation, aided by nitrogen additives ...
Chinese researchers report that copper catalysts prepared by a formic acid reduction method, especially on silica supports, deliver superior performance ...
Researchers have built a ruthenium catalyst anchored to iron-nitrogen-carbon sites that synthesizes ammonia at 400 degrees Celsius and 1 megapascal ...
A new Fe3O4/Co@NC/Ti3C2Tx composite activates peroxymonosulfate to completely degrade tetracycline within ten minutes, revealing how pyrolysis temperature tunes interfacial synergy ...
Researchers at Institute of Science Tokyo developed a five-element high-entropy lanthanoid oxide catalyst that converts methane to ethane and ethylene ...
Chinese researchers have developed a recyclable ruthenium-nickel bimetallic catalyst on ordered mesoporous silica that converts linoleic acid into conjugated linoleic ...
A new review maps how mineral-silica composites are synthesized and deployed across environmental remediation, catalysis, pigments and superhydrophobic coatings.
Researchers report that doping nitrogen into a manganese oxide molecular sieve using urea lowers the temperature required for complete nitrous ...
Researchers have identified an electron-beam deposition method on freshly cleaved graphite that produces large, uniformly distributed silver particles with high ...
Researchers have built a magnetically recoverable core-shell nanocatalyst that performs Suzuki coupling reactions in water at mild temperatures and can ...
Chemists have synthesized novel benzopyranoquinoline compounds in water in just fifteen minutes using ultrasound and a plant-derived Cu/ZnO@GO nanocatalyst, with ...
Chinese researchers have embedded phosphotungstic acid inside a zirconium-based metal-organic framework to create a reusable solid acid catalyst that converts ...
In a groundbreaking advance poised to reshape sustainable chemical synthesis, researchers at the Center for Research in Biological Chemistry and ...
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