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Direct Observation of Molecular Orbital Mixing in a Solvated Organ-ometallic Complex

机译:溶剂化有机金属配合物中分子轨道混合的直接观察

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摘要

Engineering new materials with novel catalytic properties is a subject of strong technological relevance, while understanding the reaction dynamics, that is, breaking and making chemical bonds as well as the ligand-exchange dynamics, is a subject of scientific investigation. In this context multidimensional spectroscopic studies of the electronic and geometric structure of catalysts are emerging as challenging state-of-the-art methods for the fundamental understanding of reaction mechanisms in catalysis. In this framework, X-ray spectroscopy is an important area of synchrotron-based research that probesfundamental properties of matter, while addressing issues related to modern technology.
机译:对具有新颖催化性能的新材料进行工程设计具有很强的技术意义,而了解反应动力学即打破和形成化学键以及配体交换动力学则是科学研究的主题。在这种情况下,对于催化剂的电子和几何结构的多维光谱研究正在成为对催化反应机理的基本理解的具有挑战性的最新方法。在此框架下,X射线光谱学是基于同步加速器的研究的重要领域,该研究探索物质的基本特性,同时解决与现代技术有关的问题。

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