Titlebook: Crystalline Metal Oxide Catalysts; Wataru Ueda Book 2022 The Editor(s) (if applicable) and The Author(s), under exclusive license to Sprin

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Kevin Theakston,Philip Connellyg metal oxide catalysts, the lattice oxygens and oxygen defects in the metal oxide often act as active sites. Therefore, the development of highly active metal oxide catalysts requires rational designs of the packing structure of O. ions and the redox ability of constituent metals. As part of such e

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Policing: Past, Present and Future, catalyst informatics is to conduct catalyst design according to trends and patterns that lie hidden with catalyst data by employing data science techniques such as machine learning. In this chapter, an overview of the current state of catalyst informatics is presented. Three key points- catalyst da

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Polyoxometalate Unit Assembling for Crystal Catalysts,f the polyoxometalate molecules and very recent crystals composed of the polyoxometalates and cationic linkers such as metal cations and organometallic cations or organic linkers which can be utilized as catalysts.

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Mo-V-Based Crystalline Complex Metal Oxide Catalysts,o.VO. phase as an essential active structure. This chapter introduces a relationship between crystal structure and catalytic oxidation activity of crystalline Mo.VO. catalysts that has a unique crystal structure and how the catalytic functions are generated and tuned in terms of crystal structure.

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https://doi.org/10.1007/978-981-19-5013-1Metal Oxide Crystal; Structure-based Function of Metal Oxide Crystal; Innovative Catalytic Function of

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