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Surface morphology engineering of metal-oxide films by chemical spray pyrolysis

机译:化学喷雾热解法制备金属氧化物薄膜的表面形貌

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摘要

Chemical Spray Pyrolysis Technique and a combination of sol-gel and spray pyrolysis techniques have been used in order to monitor the morphology of metal-oxide-based thin films to be used as functional materials. We can get from specular to rough-porous surfaces according to the physical-chemical conditions of the precursor / spraying solution. We have produced coatings of ZnO-based and NiOx-based coatings from alcoholic and water solution. A single glass, ITO-precoated glass or alumina was used as the substrate. Porous materials of WO3, CuWO4-x and SnO2 have been produced spraying either inorganic or metal alkoxide gels over a hot substrate. Morphology of coatings were evaluated by either SEM or optical measurements.
机译:已经使用了化学喷雾热解技术和溶胶 - 凝胶和喷雾热解技术的组合,以监测用作功能材料的金属氧化物基薄膜的形态。我们可以根据前体/喷雾溶液的物理化学条件从镜面到粗糙多孔表面。我们从酒精和水溶液产生了ZnO基和基于NiOx的涂层的涂层。使用单个玻璃,ITO-预热的玻璃或氧化铝作为基材。在热基材上生产WO3,CuWO4-X和SnO 2的多孔材料在热基材上喷涂无机或金属醇盐凝胶。通过SEM或光学测量评估涂料的形态。

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