本研究では、バルク触媒における酸素の活性化において、合理的に設計された金属-支持体界面の重要性を示します。触媒変換における反応経路の解明に寄与します。
Oxygen spillover refers to the process where oxygen atoms migrate from one material to another, often occurring at the interface of different materials. This phenomenon is significant in catalysis and energy storage applications, as it can enhance the reactivity and efficiency of chemical reactions.
Interface engineering involves the design and manipulation of the interfaces between different materials to optimize their properties and performance. This field is crucial in materials science and nanotechnology, where the interactions at the interface can significantly influence the overall behavior of the material system.