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本文研究的微孔液由十二烷基磺酸钠(AS)、正辛烷、水和醇等四组分构成。从微乳液似三组分相图出发,得到一系列na/n_s,n_0/n_s数据。以它们两者关联作用能得到直线。根据直线的斜率K和截距1,计算各种醇从油相到徽乳液液滴界面的标准自由能。另外,从随温度的变化,可得到该过程的和最后结果指出等于零,而经过计算机拟合得出它们与醇的烃链长,体系中含油量和温度的关系式。对上述结果我们进行理论上的探讨和分析。
The microporous solution studied in this paper consists of four components: sodium dodecyl sulfate (AS), n-octane, water and alcohol. Starting from the three-component phase diagram of microemulsion, a series of na / n_s, n_0 / n_s data are obtained. The relationship between them can get a straight line. Based on the slope of the straight line K and the intercept 1, the standard free energy of the various alcohol-to-emollient liquid droplet interfaces is calculated. In addition, from the change with temperature, the final and final results of the process are shown to be equal to zero, and the relationship between the hydrocarbon chain length of them and the alcohol, the oil content and the temperature in the system is obtained by computer simulation. The above results of our theoretical discussion and analysis.