Light-Induced Dynamic Restructuring of Cu Active Sites on TiO2 for Low-Temperature H2 Production from Methanol and Water
The structure and configuration of reaction centers, which dominantly govern the catalytic
behaviors, often undergo dynamic transformations under reaction conditions, yet little is
known about how to exploit these features to favor the catalytic functions. Here, we
demonstrate a facile light activation strategy over a TiO2-supported Cu catalyst to regulate
the dynamic restructuring of Cu active sites during low-temperature methanol steam
reforming. Under illumination, the thermally deactivated Cu/TiO2 undergoes structural …
behaviors, often undergo dynamic transformations under reaction conditions, yet little is
known about how to exploit these features to favor the catalytic functions. Here, we
demonstrate a facile light activation strategy over a TiO2-supported Cu catalyst to regulate
the dynamic restructuring of Cu active sites during low-temperature methanol steam
reforming. Under illumination, the thermally deactivated Cu/TiO2 undergoes structural …
[PDF][PDF] Light-induced Dynamic Restructuring of Cu Active Sites on TiO2 for Low-temperature H2 Production from Methanol and Water
The structure and configuration of reaction centers, which dominantly govern the catalytic
behaviors, often undergo dynamic transformations under reaction conditions, yet little is
known about how to exploit these features to favor the catalytic functions. Here, we
demonstrate a facile light activation strategy over a TiO2-supported Cu catalyst to regulate
the dynamic restructuring of Cu active sites
behaviors, often undergo dynamic transformations under reaction conditions, yet little is
known about how to exploit these features to favor the catalytic functions. Here, we
demonstrate a facile light activation strategy over a TiO2-supported Cu catalyst to regulate
the dynamic restructuring of Cu active sites
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