Combustion synthesis: a novel method of catalyst preparation

Q1 Materials Science Catalysis Structure & Reactivity Pub Date : 2019-02-12 DOI:10.1039/9781788016971-00297
E. Wolf, Anand Kumar, A. Mukasyan
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引用次数: 13

Abstract

In this chapter, we summarize work accomplished primarily by the authors on the use of solution combustion synthesis (SCS) in catalysis. Research in combustion synthesis at University of Notre Dame started with the group of Prof. A. Varma, now at Purdue University, in collaboration with Prof. A. Mukasyan and its application to catalysis was pursued jointly with Prof. E. Wolf. Prof. A. Kumar worked on the subject during his graduate studies at Notre Dame and now he is continuing work on the application of combustion synthesis to catalysis at Qatar University. After an introduction to combustion synthesis, we describe reaction pathways involved in the preparation of unsupported and supported catalysts using SCS. The catalytic applications focus on preparation and performance of active and stable catalysts for the hydrogen generation from methanol and ethanol, followed by application to electrocatalysis for fuels cell utilization.
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燃烧合成:一种制备催化剂的新方法
在这一章中,我们主要总结了作者在使用溶液燃烧合成(SCS)催化方面所完成的工作。圣母大学的燃烧合成研究始于A. Varma教授(现就职于普渡大学)与A. Mukasyan教授的合作,并与E. Wolf教授共同致力于将其应用于催化。库马尔(A. Kumar)教授在圣母大学(Notre Dame)读研究生期间研究过这个课题,现在他在卡塔尔大学(Qatar University)继续研究燃烧合成在催化中的应用。在介绍了燃烧合成之后,我们描述了使用SCS制备非负载和负载催化剂所涉及的反应途径。催化应用的重点是制备活性稳定的甲醇和乙醇制氢催化剂及其性能,其次是应用于燃料电池的电催化。
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Catalysis Structure & Reactivity
Catalysis Structure & Reactivity CHEMISTRY, PHYSICAL-
CiteScore
4.80
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0.00%
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