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Switching activation barriers: new insights in E-field driven processes at the interface: perspectives in physical chemistry and catalysis

机译：切换激活障碍：界面上电场驱动过程的新见解：物理化学和催化的观点

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The research described in this thesis aimed to explore new concepts in catalysis with the use of a homemade ATR-IR silicon-based microreactor. During this journey we have performed multidisciplinary research at the interface between physics and chemistry. New insights in the fabrication, integration and characterization of ATR-IR microreactors were generated. Excitingly, a goal of this project is achieved with the fabrication of an E-field device which allows the study of catalytic chemical reactions with ATR-IR spectroscopy. This work shows promising potential for the application of microreactor technology to study in sity chemical processes influenced by external electrical fields.

机译：本文描述的研究旨在探索使用自制的ATR-IR硅基微反应器催化的新概念。在此过程中，我们在物理和化学之间的界面上进行了多学科研究。在ATR-IR微反应器的制造，集成和表征方面有了新的见解。令人兴奋的是，该项目的目标是通过制造能够使用ATR-IR光谱学研究催化化学反应的电场设备来实现的。这项工作显示出将微反应器技术应用到研究受外部电场影响的化学过程中的潜在潜力。

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Susarrey Arce, A.;
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年度 2014
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正文语种 en
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2. Molecular catalysis of CO(2)reduction: recent advances and perspectives in electrochemical and light-driven processes with selected Fe, Ni and Co aza macrocyclic and polypyridine complexes [J] . Boutin E., Merakeb L., Ma B., Chemical Society Reviews . 2020,第16期

机译：CO（2）减少的分子催化：用选定的Fe，Ni和Co Aza大环糖和聚吡啶配合物中的电化学和光驱动过程中的最近进展和观点
3. Mechanistic Insight into Ketone α-Alkylation with Unactivated Olefins via C-H Activation Promoted by Metal-Organic Cooperative Catalysis (MOCC): Enriching the MOCC Chemistry [J] . Yanfeng Dang, Shuanglin Qu, Yuan Tao, Journal of the American Chemical Society . 2015,第19期

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4. Theoretical Insights into Chemistry and Catalysis at the Aqueous Metal Interface [C] . Matthew Neurock International Symposium on Runaway Reactions, Pressure Relief Design and Effluent Handling American Institute of Chemical Engineers/American Chemical Society Management Conference . 2005

机译：金属界面水性界面化学和催化的理论见解
5. E-field induced resistive switch in metal/praseodymium calcium manganite interfaces: A model for future nonvolatile memory devices. [D] . Das, Nilanjan. 2010

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6. A Self-Switchable Polymer Reactor for Controlled Catalytic Chemistry Processes with a Hyperbranched Structure [O] . Rong Luo, Hong Yang, Xiaobo Deng, 2018

机译：具有超支化结构的可控催化化学过程的自转换聚合物反应器
7. Current status and future perspectives of electron interactions with molecules, clusters, surfaces, and interfaces [Workshop on Fundamental challenges in electron-driven chemistry; Workshop on Electron-driven processes: Scientific challenges and technological opportunities] [O] . Becker, Kurt H., McCurdy, C. William, Orlando, Thomas M., 2000

机译：电子与分子，簇，表面和界面相互作用的现状和未来前景[电子驱动化学基本挑战研讨会;电子驱动过程研讨会：科学挑战和技术机遇]

Switching activation barriers: new insights in E-field driven processes at the interface: perspectives in physical chemistry and catalysis

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