1. 随着相中庚烷的增多,界面张力降低。
As the heptane in oil phase increases, the interfacial tension decreases.

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2. 这个实验是在一种相液滴悬浮在另一种相中进行的。
The experiments were performed with oil drops suspended in another oil.

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3. MD1膜驱剂的水分配系数远小于1,说明其在的溶解量很小。
Oil-water partition coefficient of MD-1 was far less than 1, which revealed its less solution in oil phase.

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4. 本文综述了几种粘性减阻方法及其减阻的机理,联系了其在水相、油相中节约能源、材料,提高速度和效率等方面的应用。
The mechanism and methods of viscosity drag reduction are briefly discussed. Some of its applications for saving energy and materials, improving efficiency or reducing noise and vibration are given.

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5. 实验结果表明,水相中珠的粒径、乳浊液的流速、两液相的界面张力以及膜通量都会影响除率。
The results show that the oil droplet size, flow rate of the emulsion along the membrane surface, liquid-liquid interfacial tension and membrane flux can significantly affect oil-removing efficiency.

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6. 实验结果表明,水相中珠的粒径、乳浊液的流速、两液相的界面张力以及膜通量都会影响除率。
The results show that the oil droplet size, flow rate of the emulsion along the membrane surface, liquid-liquid interfacial tension and membrane flux can significantly affect oil-removing efficiency.

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