Atomically dispersed Cu on Ce1~xRExO2~d nanocubes (RE =La and Pr) for water gas shift: influence of OSC on catalysis

Muhammad Ridwan; Rizcky Tamarany; Jonghee Han

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Atomically dispersed Cu on Ce1~xRExO2~d nanocubes (RE =La and Pr) for water gas shift: influence of OSC on catalysis

机译：在CE1〜Xrexo2〜D纳米孔（RE = LA和PR）上的原子分散的Cu用于水煤气变换：OSC对催化的影响

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To elucidate the effect of CeO2 shape and doping on activity, Cu_(0.02)Ce_(0.9)8O_(2-δ) and Cu_(0.02)Ce_(0.86)RE_(0.12)O_(2-δ) (RE =La and Pr) were synthesized by a molecular precursor approach. The materials showed distinct activities depending on the shape and composition of CeO2, which was well correlated with their different oxygen storage capacities

机译：为了阐明CeO2形状和掺杂对活性的影响，Cu_（0.02）Ce_（0.9）8O_（2-δ）和CU_（0.02）CE_（0.86）RE_（0.12）O_（2-Δ）（RE = LA和 PR）通过分子前体方法合成。根据CEO2的形状和组成，材料显示出明显的活性，这与其不同的氧气储存能力良好相关

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《RSC Advances 》 |2015年第109期| 共4页
作者
Muhammad Ridwan; Rizcky Tamarany; Jonghee Han;
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Fuel Cell Research Center Korea Institute of Science and Technology Seoul 02792 Republic of Korea.;

Fuel Cell Research Center Korea Institute of Science and Technology Seoul 02792 Republic of Korea.;

Fuel Cell Research Center Korea Institute of Science and Technology Seoul 02792 Republic of Korea.;

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正文语种 eng
中图分类化学 ;
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1. Atomically dispersed Cu on Ce1~xRExO2~d nanocubes (RE =La and Pr) for water gas shift: influence of OSC on catalysis [J] . Muhammad Ridwan, Rizcky Tamarany, Jonghee Han RSC Advances . 2015 ,第109期

机译：在CE1〜Xrexo2〜D纳米孔（RE = LA和PR）上的原子分散的Cu用于水煤气变换：OSC对催化的影响
2. Active sites on Cu/SiO_2 prepared using the atomic layer epitaxy technique for a low-temperature water-gas shift reaction [J] . Chen C.-S., Lin J.-H., Lai T.-W., Journal of Catalysis . 2009 ,第1期

机译：使用原子层外延技术制备的用于低温水煤气变换反应的Cu / SiO_2上的活性位
3. Low-temperature water gas shift reaction on Cu/SiO_2 prepared by an atomic layer epitaxy technique [J] . Ching-Shiun Chen, Jarrn-Horng Lin, Tzn-Wen Lai Chemical Communications . 2008 ,第40期

机译：原子层外延技术在Cu / SiO_2上进行低温水煤气变换反应
4. Hierarchically Structured NiO Nanocubes with Atomically Dispersed Pt for Water Splitting [C] . Li X., Lin C., Zhao T. AIChE Annual Meeting . 2015

机译：具有原子分散的PT的分层结构的NIO纳米孔用于水分裂
5. Preparation of Atomically-Dispersed Gold on Lanthanum Oxide as Active and Stable Catalysts for the Low-Temperature Water-Gas Shift Reaction. [D] . Lessard, Joseph D. 2012

机译：在氧化镧上制备原子分散的金，作为用于低温水煤气变换反应的活性和稳定催化剂。
6. Palladium/Rhodium Cooperative Catalysis for the Production of Aryl Aldehydes and Their Deuterated Analogues Using the Water–Gas Shift Reaction [O] . Malek Y. S. Ibrahim, Prof. Scott E. Denmark -1

机译：钯/铑协同催化水-煤气变换反应生产芳醛及其氘代类似物
7. Reverse water-gas shift reaction at the Cu/ZnO interface: Influence of the Cu/Zn ratio on structure-activity correlations [O] . Galván, C., Schumann, J., Behrens, M., 2016

机译：Cu / ZnO界面反向水煤气变换反应：Cu / Zn比对结构 - 活性相关性的影响
8. Studies Related to the Homogeneous Catalysis of the Water Gas Shift Reaction. Technical Progress Report, December 1, 1983-November 30, 1984 [R] . Ford, P. C. 1984

机译：与水煤气变换反应的均相催化相关的研究。技术进步报告，1983年12月1日至1984年11月30日

Atomically dispersed Cu on Ce1~xRExO2~d nanocubes (RE =La and Pr) for water gas shift: influence of OSC on catalysis

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