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中文摘要：
接口在之间一二维(2D ) 原子水晶和金属表面能被认为是 nanoreactor，在分子，吸附和催化反应可以发生。在这个工作，我们证明氧置闰和解吸附作用发生在在六角形的硼氮化物(h-BN ) 之间的接口 overlayer 和磅(111 ) 由使用在周围附近的压力 X 光检查光电子出现光谱学(NAP-XPS ) ，光致核裂变电子显微镜学，和低精力的电子显微镜学。而且，在 h-BN 盖子下面的公司氧化被 NAP-XPS 也观察。现在的结果显示在 2D 盖子下面的 nanospace 能被用于表面反应，在小说，表面化学可以被 nanoconfinement 效果导致。
英文摘要：
The interface between a two-dimensional （2D） atomic crystal and a metal surface can be regarded as a nanoreactor, in which molecule adsorption and catalytic reactions may occur. In this work, we demonstrate that oxygen intercalation and desorption occur at the interface between hexagonal boron nitride （h-BN） overlayer and Pt（111） surface by using near-ambient pressure X-ray photoelectron spectroscopy （NAP-XPS）, photoemission electron microscopy, and low-energy electron microscopy. Furthermore, CO oxidation under the h-BN cover was also observed by NAP-XPS. The present results indicate that the nanospace under the 2D cover can be used for surface reactions, in which novel surface chemistry may be induced by the nanoconfinement effect.
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