Nano-Au/Co3O4 catalyst with high gold loading was found to be a good catalytic material for the elimination of trace ethylene (ppb) at ambient conditions. The gold nanoparticles dispersed on the support nano-Co3O4 surface contribute to this high activity at room temperature. The relatively rapid deactivation trend was observed under high concentrations of ethylene (1000 ppm), because coke deposits were present on the catalyst surface during the reaction process. This type of nano-gold catalytic material shows great potential as a meaningfully environmental catalyst, particularly for indoor environmental control of trace ethylene (ppb) and keeping fruits fresh during warehouse storage.Jinjun Li, Chunyan Ma, Xiuyan Xu, Junjie Yu, Zhengping Ha...
none9In the literature there are several studies concerning the use of gold-based catalysts for envi...
The catalytic conversion of carbon monoxide (CO) into carbon dioxide (CO2) at a low temperature is v...
We present the study on the catalytic performance of gold particles supported on spinel type MgFe2O4...
Nano-Au/Co3O4 catalyst with high gold loading was found to be a good catalytic material for the elim...
Low-temperature catalysts of mesoporous Co3O4 and AU/Co3O4 with high catalytic activities for the tr...
Low-temperature catalysts of mesoporous Co(3)O(4) and Au/Co(3)O(4) with high catalytic activities fo...
Gold has long been regarded as an "inert" surface and bulk gold surfaces do not chemisorb many molec...
A nanosized 2.5% Au/ZnO catalyst was prepared using the coprecipitation method at low temperature. T...
Gold deposited on a cobalt oxide with high surface area (138 m2 g−1), obtained through a nanocasting...
Gold nanoparticle is the active catalyst for CO oxidation at low temperature. This feature of gold b...
A number of nano-gold catalysts were prepared by depositing gold on different metal oxides (viz. Fe<...
Gold nanoparticle is the active catalyst for CO oxidation at low temperature. This feature of gold b...
A series of CeO2 supported gold catalysts were prepared and found to possess a high activities for t...
New materials are sought for applications in catalysis, sensing, optics, electronics and other emerg...
Numerous environmental problems exist which may be solved using catalysis, in particular by supporte...
none9In the literature there are several studies concerning the use of gold-based catalysts for envi...
The catalytic conversion of carbon monoxide (CO) into carbon dioxide (CO2) at a low temperature is v...
We present the study on the catalytic performance of gold particles supported on spinel type MgFe2O4...
Nano-Au/Co3O4 catalyst with high gold loading was found to be a good catalytic material for the elim...
Low-temperature catalysts of mesoporous Co3O4 and AU/Co3O4 with high catalytic activities for the tr...
Low-temperature catalysts of mesoporous Co(3)O(4) and Au/Co(3)O(4) with high catalytic activities fo...
Gold has long been regarded as an "inert" surface and bulk gold surfaces do not chemisorb many molec...
A nanosized 2.5% Au/ZnO catalyst was prepared using the coprecipitation method at low temperature. T...
Gold deposited on a cobalt oxide with high surface area (138 m2 g−1), obtained through a nanocasting...
Gold nanoparticle is the active catalyst for CO oxidation at low temperature. This feature of gold b...
A number of nano-gold catalysts were prepared by depositing gold on different metal oxides (viz. Fe<...
Gold nanoparticle is the active catalyst for CO oxidation at low temperature. This feature of gold b...
A series of CeO2 supported gold catalysts were prepared and found to possess a high activities for t...
New materials are sought for applications in catalysis, sensing, optics, electronics and other emerg...
Numerous environmental problems exist which may be solved using catalysis, in particular by supporte...
none9In the literature there are several studies concerning the use of gold-based catalysts for envi...
The catalytic conversion of carbon monoxide (CO) into carbon dioxide (CO2) at a low temperature is v...
We present the study on the catalytic performance of gold particles supported on spinel type MgFe2O4...