测量接触角的新方法以及蒸发对接触角的影响

Musa Faruk Cakir
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引用次数: 0

摘要

固体材料的润湿性由接触角值决定。在涂层、润滑和绝缘行业,材料的润湿性至关重要。在耐腐蚀、水油分离、医用材料生产、植入技术和减摩等高科技行业中,接触角也非常重要。我们采用了一种名为全角法的新方法来测量接触角,并与现有方法进行了比较。有机玻璃应用广泛,从照明到装饰,从工业设计到配件生产,本研究探讨了有机玻璃的润湿性能。测量接触角的方法是在有机玻璃材料上滴入 1.8 M(摩尔)的盐水。为了检验蒸发对接触角的影响,研究了接触角、高度和基线随等待时间的变化。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A new approach to contact angle measurement and effects of evaporation on the contact angle
The solid material's wettability behavior is determined by the contact angle value. The wettability of materials is critical in the coating, lubricating, and insulating industries. In high-tech industries including corrosion resistance, water-oil separation, medical material production, implant technology, and friction reduction, the contact angle is very important. A new method called the full angle method was used to measure the contact angle and compared with current methods. The wettability behavior of plexiglass, which is employed in a variety of applications ranging from lighting to decorating, and industrial designs to accessory production, was explored in this study. The measurement of the contact angle was done by dropping 1.8 M (molar) of saltwater over the plexiglass materials. In order to examine the effect of evaporation on the contact angle, changes in contact angle, height and baseline were investigated depending on the waiting time. 
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