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EPR approaches to heterogeneous catalysis. The chemistry of titanium in heterogeneous catalysts and photocatalysts

机译:EPR致异性催化。 在异质催化剂和光催化剂中钛的化学

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Paramagnetic species are often involved in catalytic or photocatalytic reactions occurring at the solid-gas interface of heterogeneous catalysts. In this contribution we will provide an overview of the wealth and breadth of information that can be obtained from EPR in the characterization of paramagnetic species in such systems, illustrating the advantages that modern pulsed EPR methodologies can offer in monitoring the elementary processes occurring within the coordination sphere of surface transition-metal ions. To do so we selected three representative systems, where titanium ions in low oxidation states act as active catalytic sites, trying to outline the methodological approaches which characterize the application of EPR techniques and the questions that can be answered and addressed relative to the characterization of heterogeneous catalytic materials. (C) 2017 Elsevier Inc. All rights reserved.
机译:顺磁性物种通常参与在异质催化剂的固体气体界面处发生的催化剂或光催化反应。 在这一贡献中,我们将概述可以从EPR获得的信息中的财富和广度,以便在这种系统中的顺磁性物种的表征中,说明现代脉冲EPR方法可以提供在监控协调内发生的基本过程中的优势 表面过渡金属离子球。 为此,我们选择了三种代表性系统,其中低氧化态中的钛离子作为活性催化位点,试图概述表征EPR技术的应用的方法方法和相对于异构特征的问题和解决的问题 催化材料。 (c)2017年Elsevier Inc.保留所有权利。

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