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针对目前国内外对用于酸化的微乳酸体系研究得很少,且现有研究中微乳酸体系的酸浓度都比较小的情况,本文制备并筛选出了具有较大酸浓度的阳-非离子表面活性剂复配微乳酸体系,通过拟三元相图法系统分析了体系的三种组分(表面活性剂、助表面活性剂、酸)对体系的影响,并对体系的各项性能进行了评价,结果表明体系具有良好的稳定性、缓速性和缓蚀性。针对现有碳原子数相关性研究都基于单一表面活性剂形成的微乳液体系,本文在BSO方程的基础上提出了一个适用于表面活性剂复配微乳液体系的各组分之间碳原子数相关性方程,并验证了该方程的正确性。
For the current domestic and foreign research on the acidity of the micro-lactic acid system is very little, and the existing study of the micro-acid system, the acid concentration is relatively small, the preparation and screening out with a larger acid concentration of positive - non-ionic The effect of the three components of the system (surfactant, cosurfactant and acid) on the system was analyzed systematically by quasi-ternary phase diagram method, and the properties of the system were evaluated The evaluation shows that the system has good stability, retardation and corrosion inhibition. Aiming at the existing research on the correlation of carbon number based on the microemulsion system formed by a single surfactant, based on the BSO equation, a suitable number of carbon atoms between the components of the microemulsion system Correlation equation, and verify the correctness of the equation.