Catalysis | KAIST MatriX

Tag: Catalysis

Research Highlight

Vacancy-Engineered, Perfectly Ordered Nanowires for Highly Selective Catalysis

The team of Prof. Park and Prof. Jung revealed that aligned CeO_x nanowires with engineered vacancies significantly boost catalytic selectivity for producing methyl formate. ...read more

Catalysis Charge transfer Hot electron generation KI for Climate Environment and Energy KICEE Nanofabrication Oxygen vacancies Vacancy engineering

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Unique metal-polymer interaction enables the design of chemoselective and long-lived hydrogenation catalysts

Dynamic coverage of metal catalysts with polymer chains can control the transport/reaction of molecules, remarkably increasing catalytic selectivity and lifetime....read more

Catalysis Chemoselectivity Hydrogenation Interaction KI for NanoCentry (KINC) Metal NT for Customized Nanomaterials & Nano Devices Polymer

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New Catalyst Recycles Greenhouse Gases into Fuel and Hydrogen Gas

Prof. Yavuz’s group has developed a new catalyst for dry reforming of methane. The catalyst exhibits outstanding stability and activity without deactivation, attributed to the migration of Ni-Mo nanocrystals to the edge of single crystal MgO....read more

Catalysis CO₂ Conversion Dry Reforming of Methane Saudi-Aramco-KAIST CO₂ Management Center

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