首页> 外文OA文献 >Postulate of a Mechanism for Temperature Programmed Reaction Spectroscopy (TPRS) Which Accounts for the Coincident Evolution of H and CO in the TPRS of Succinates and Formates Adsorbed on Cu: Description of a Novel Method for the Identification of the Surface Morphology of Cu on Supported Cu Catalysts

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Postulate of a Mechanism for Temperature Programmed Reaction Spectroscopy (TPRS) Which Accounts for the Coincident Evolution of H and CO in the TPRS of Succinates and Formates Adsorbed on Cu: Description of a Novel Method for the Identification of the Surface Morphology of Cu on Supported Cu Catalysts

机译：提出了一种程序升温反应光谱学（TPRS）机理，该机理解释了琥珀酸盐和吸附在Cu上的晶型的TPRS中H和CO的重合逸出：一种用于鉴定负载型Cu上Cu的表面形态的新方法的描述催化剂类

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1. Postulate of a Mechanism for Temperature Programmed Reaction Spectroscopy (TPRS) Which Accounts for the Coincident Evolution of H-2 and CO2 in the TPRS of Succinates and Formates Adsorbed on Cu: Description of a Novel Method for the Identification of the Surface Morphology of Cu on Supported Cu Catalysts [J] . Waugh K. C. Catalysis Letters . 2016,第1期

机译：提出了一种程序升温反应光谱学（TPRS）机理，该机理解释了琥珀酸盐和吸附在Cu上的晶型的TPRS中H-2和CO2的重合逸出：一种鉴定Cu上Cu的表面形态的新方法的描述支持的铜催化剂
2. Reactions of Adsorbed CH_3 Radicals and the Products of Their Decomposition at Mo and Cu Surfaces According to Spatially Resolved TPR Data [J] . M. U. Kislyuk, V. V. Savkin Kinetics and catalysis . 2004,第1期

机译：根据空间分辨TPR数据，吸附的CH_3自由基在Mo和Cu表面的反应及其分解产物
3. The Adsorption and Decomposition of formic Acid on Cu{100} and Cu{100}pt Surfaces Using Temperature Programmed Reaction Spectroscopy [J] . Hamid M. Younis, Ehab Alshamaileh Indian Journal of Science and Technology . 2014,第12期

机译：程序升温反应光谱法研究甲酸在Cu {100}和Cu {100} pt表面的吸附和分解
4. Comparative Studies of TPD and TPR on the Reaction between Adsorbed NO_x Species and CH_4 over Cu-ZSM-5 [C] . Masahide SHIMOKAWABE, Kohei OKUMURA, Nobutsune TAKEZAWA Tokyo Conference on Advanced Catalytic Science and Technology . 2003

机译：TPD和TPR在Cu-ZSM-5上吸附NO_X物种和CH_4之间反应的比较研究
5. CO Oxidation at Near-Ambient Temperatures over TiO2-Supported Pd-Cu Catalysts: Promoting Effect of Pd-Cu Nanointerface and TiO2 Morphology [O] . Abdallah F. Zedan, Safa Gaber, Amina S. AlJaber, 2021

机译：在近乎环境温度下的氧化在TiO 2负载的Pd-Cu催化剂上：Pd-Cu纳米表面和TiO2形态的促进作用
6. Spectroscopic Evidence and Density Functional Theory (DFT) Analysis of Low-Temperature Oxidation of Cu+ to Cu2+NOx in Cu-CHA Catalysts: Implications for the SCR-NOx Reaction Mechanism [O] . Marta Moreno-González, Reisel Millán, Patricia Concepción, 2019

机译：Cu-CHA催化剂中Cu +至Cu2 + NOx低温氧化的光谱证据和密度泛函理论（DFT）分析：对SCR-NOx反应机制的影响

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