Synopsis and outlook

F. Netzer, C. Noguera
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Abstract

The synopsis part of this last chapter gives a brief summary of the book content. The outlook attempts to identify future areas of scientific activity, in which according to the authors´ visions nano-oxide materials may promote new developments. Among them are the controlled synthesis of oxide nanosheets and the experimental realization of oxide nanoribbons. The preparation of well-defined oxide heterostructures may reveal novel emergent states and new topological phases of matter. Mixed nano-oxides will be of interest for band structure engineering and to adjust band edges for photochemical reactivity. Programmable defect chemistry may open up new selective pathways for catalytic reactions. In parallel with experimental progress, advanced theoretical and simulation methods will take advantage of the ever-increasing computer power to tackle highly correlated materials and allow highthroughput computing. The interaction of nano-oxides with biological systems has great potential for opening up new avenues in the biotechnological area.
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概述与展望
最后一章的概要部分对本书的内容进行了简要的总结。展望试图确定未来的科学活动领域,根据作者的愿景,纳米氧化物材料可能会促进新的发展。其中包括氧化纳米片的可控合成和氧化纳米带的实验实现。良好定义的氧化物异质结构的制备可能揭示新的涌现状态和新的物质拓扑相。混合纳米氧化物将在能带结构工程和调整能带边缘光化学反应性方面发挥重要作用。可编程缺陷化学可能为催化反应开辟新的选择性途径。与实验进展并行,先进的理论和模拟方法将利用不断增长的计算机能力来处理高度相关的材料,并允许高通量计算。纳米氧化物与生物系统的相互作用在生物技术领域开辟了新的途径。
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Oxide nanoparticles Methods of study Clay mineral layers and nanoparticles Surface chemistry, energy conversion, and related applications. Synopsis and outlook
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