Saline solution concentration measurement based on contact angle approach

B. Klongratog, A. Srongprapa, Padet Mannaramit, Mongkol Leelaphaiboon
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Abstract

There are a number of factors that affect the quality control of an osmotic product. One of these is the concentration of the osmotic solution. There are several ways to measure solution concentration, such as optical measurement method, freezing point temperature measurement method, wave principle measurement method, viscosity and specific gravity measurement method. Saline solution concentration of the osmotic solution based on contact angle. The experiments showed whenever the saline solution concentration increased, the contact angle measured on the acrylic substrate increased as well. Their relation is also the linear correlation. Lastly, the developed software evaluated the saline solution concentration based on the contact angle close to the prepared saline solution concentration. The measured concentration was linear correlation with R-squared value of 0.996 that can be accurately applied on concentrations of 5% to 30% with maximum error of 4.72%.
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基于接触角法的盐水溶液浓度测量
有许多因素影响渗透产品的质量控制。其中之一是渗透溶液的浓度。测量溶液浓度的方法有几种,如光学测量法、冰点温度测量法、波动原理测量法、粘度和比重测量法。盐水溶液的浓度以渗透溶液的接触角为基础。实验表明,随着盐溶液浓度的增加,丙烯酸基板上测得的接触角也随之增加。它们的关系也是线性相关的。最后,开发的软件根据与制备的生理盐水溶液浓度接近的接触角来评估生理盐水溶液浓度。测定浓度与r²值呈线性相关,r²值为0.996,可准确应用于浓度为5% ~ 30%的范围,最大误差为4.72%。
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