金属氧化物薄膜制备方法的当前趋势概览

Cemre Avşar
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摘要

由于对功能化新型材料的需求日益增长,薄膜制备和涂层技术日益受到关注。通过将催化活性材料(如金属氧化物或沸石)作为薄膜进行表面设计,并通过涂层进行应用,可为物质提供独特的特性,并使新型材料在物理和化学上有别于其块状形态。设计技术可以制备结构有序的薄膜和涂层。目前,设计薄膜材料和涂层的应用范围非常广泛,如催化、传感、抗反射表面、光伏或针对目标应用的特殊设计。本研究简要介绍了具有催化活性的涂层和薄膜物质的制备方法,这些方法可能与定向应用设计的工业相关。
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An overview to current trends in metal oxide thin film preparation methods
Thin film preparation and coatings technology has been gaining attention as there is an increasing demand to the functionalized novel materials. Surface design through catalytically active materials such as metal oxides or zeolites as thin films and application through coating provides unique properties to the substance and result novel materials physically and chemically differing from their bulk form. Design technologies allow the preparation of structurally ordered thin films and coatings. Currently, designed thin film materials and coatings have a wide application range such as catalysis, sensing, anti- reflective surfaces, photovoltaics, or specialty design for targeted applications. This study provides a brief overview to the preparation methods of catalytically active coatings and thin film substances, which might be of industrial relevance in the case of the design for targeted applications.
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