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Effect of Solid Surface Properties on Dynamic Contact Angles

机译:固体表面特性对动态接触角的影响

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An experimental investigation was conducted to understand the effect of solid properties on dynamic wetting. Using a liquid tank method, the wetting behavior of silicone oil over glass, aluminum, and stainless steel surfaces was measured. For all three surfaces, the dynamic contact angles disagreed with the universal function proposed by Hoffman. However, if a dimensionless parameter is introduced to describe the nature of the solid surfaces, the experimental results can be in good agreement with the model. Furthermore, the present experiments indicated that the Hoffman-Voinov-Tanner law should be valid for a wider range of dynamic contact angles or capillary numbers.
机译:进行实验研究以了解固体性质对动态润湿的影响。使用液罐法,测量了硅油在玻璃,铝和不锈钢表面上的润湿行为。对于所有三个表面,动态接触角与霍夫曼提出的通用函数不一致。但是,如果引入无量纲参数来描述固体表面的性质,则实验结果可能与模型良好吻合。此外,本实验表明霍夫曼-沃诺夫-坦纳定律对于更宽范围的动态接触角或毛细管数应有效。

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