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Self-cleaning and de-polluting stone surfaces: TiO_2 nanoparticles for limestone

机译:自清洁和去污染石材表面:用于石灰石的TiO_2纳米颗粒

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摘要

To evaluate the self-cleaning and de-polluting properties of a transparent titania coating, in this investigation a titanium dioxide based suspension was deposited by spray coating on travertine, a porous limestone largely used as building material. To assess compatibility with stone substrates, microstructure analysis, color and gloss measurements, static contact angle analysis and two different water absorption tests were carried out. Self-cleaning and de-polluting activities were assessed by the use of rhodamine B decoloration and NO_x degradation tests. The results showed good compatibility with stone surfaces and evident efficiency, allowing the use of titania coatings for real outdoor applications.
机译:为了评估透明二氧化钛涂层的自清洁和去污性能,在这项研究中,通过喷涂在石灰华上沉积了基于二氧化钛的悬浮液,石灰华是一种多孔石灰石,主要用作建筑材料。为了评估与石材基材的相容性,进行了微结构分析,颜色和光泽度测量,静态接触角分析以及两种不同的吸水率测试。通过使用若丹明B脱色和NO_x降解测试评估了自清洁和去污活性。结果显示出与石材表面的良好相容性和明显的效率,从而允许将二氧化钛涂料用于实际的户外应用。

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