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Study of Super Hydrophobic Films on Pre-sensitized Plate Aluminium Substrate

机译:超疏水膜对预敏化板铝基基材的研究

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A simple chemical etching method was developed for corrosion of the pre-sensitized plate aluminium substrate in order to be a rough surface. After the chemical etched surface was treated with fluorination, the pre-sensitized (PS) plate aluminium (Al) substrate surface exhibits a super-hydrophobic property. The effects of the etching time and the etchant concentration on the super-hydrophobici were investigated, and the results show the contact angle of hydrofluoric firstly increases then reduce with acid etching time increasing, and the optimum etching time is 12 min; the contact angle of hydrofluoric firstly increases then reduce with acid etchant concentration increasing, and the optimum etchant concentration is 3 mol /L. When the contact angle increases, the droplet and solid surface tension increases. Film base fine structure of the rough surface is the key to the formation of hydrophobic.
机译:开发了一种简单的化学蚀刻方法,用于腐蚀预致敏板铝基基材以粗糙表面。在用氟化处理化学蚀刻表面之后,预致敏的(PS)板铝(Al)底物表面具有超级疏水性。研究了蚀刻时间和蚀刻剂浓度对超级疏水性浓度的影响,结果显示了氢氟加的接触角首先增加,然后用酸蚀刻时间增加减少,最佳蚀刻时间为12分钟;氢氟加液的接触角首先增加,随后用酸蚀刻剂浓度的增加而降低,最佳蚀刻剂浓度为3mol / L.当接触角增加时,液滴和固体表面张力增加。薄膜基础细结构的粗糙表面是形成疏水的关键。

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