Titlebook: Oxide Materials at the Two-Dimensional Limit; Falko P. Netzer,Alessandro Fortunelli Book 2016 Springer International Publishing Switzerlan

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流出

Vo2-Max

Role of Structural Flexibility on the Physical and Chemical Properties of Metal-Supported Oxide Ulte important aspect is that usually two-dimensional materials are much more flexible and easy to structurally modify than the corresponding bulk counterparts. In this paper we discuss this phenomenon with particular attention to its relevance for the adsorption properties of the films. For instance,

theta-waves

Frequency

Ultrathin Oxide Films on Au(111) Substrates,ativity of Au tends to give rise to strong interactions between the oxide film and the substrate via charge transfer processes. Many new surface oxide structures with unique properties have been observed in ultrathin film form that have no analogues as bulk crystal terminations.

Gobble

飛行員

Electrostatics and Polarity in 2D Oxides,ects. We discuss the efficiency of various compensation mechanisms such as overall structural transformations, strong lattice relaxations, inhomogeneous charge redistributions, support effects, and/or the formation of 2D or 1D electron/hole gases.

蠟燭

CeOx(111)/Cu(111) Thin Films as Model Catalyst Supports,ingle-crystalline model catalyst surfaces. These so-called model catalysts are often prepared in the form of epitaxial thin films, and characterized using advanced material characterization techniques. This concept is providing the fundamental understanding and the knowledge base needed to tailor th

Tidious

Catalytic Chemistry on Oxide Nanostructures,ng in the form of continuous ultra-thin films, extended islands and/or supported nanoclusters. The highlighted systems include metastable PdO films for C–H bond activation, multifunctional catalytic sites at copper/cerium-oxide island interfaces for water-gas shift reactions, and (WO.). and (MoO.).

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