在乳状液的油水界面上，存在液晶相。
利用水包油乳状液作为压裂液的水力压裂方法。
对于不同的含水条件，乳状液的黏度表达式不同；
The viscosity equations of emulsion flow will be different under different conditions of water content.
此外，乳状液含水量的增加有利于提高破乳效率。
In addition, it was found that the increase of water content was beneficial to demulsification efficiency.
空间位阻和静电排斥是其乳状液稳定的主要机理。
It was considered that steric hindrance and electrostatic repulsion were the main stabilizing mechanism.
由于其高稳定性作为乳化剂是用来准备水包油型乳状液。
Due to its high stability as an emulsifier it is used to prepare oil in water type emulsions.
油基泥浆包含胶质乳状液滴、亲油基粘土和脂肪酸皂胶粒。
Oil muds contain colloidal emulsion droplets, organophilic clays and fatty-acid soap micelles.
为破怀原油乳状液或防腐，向出油管系统内注化学药剂的泵。
A pump that injects chemicals into a flow-line system for the purpose of treating emulsions or corrosion.
通过乳状液稳定性实验考察了孤岛原油乳状液稳定性影响因素。
The influencing factors of the stability of emulsions of Gudao crude oil were investigated by studying the emulsion stability.
乳状液的形成改善了流度比，调整了注采剖面，提高了稠油采收率。
The improved mobility ratio and the adjusted cut plane by the emulsion enhanced the heavy crude recovery efficiency.
一种电子和机械的组合设备，可自动计量水中和油水乳状液中的油量。
A combination of electronic and mechanical devices that automatically determines the amount of oil in a water and oil emulsion.
降粘剂的乳化降粘性能和所形成的乳状液稳定性均符合稠油生产要求。
The viscosity reduction property of the viscosity reduction agent and the stability of the emulsion can meet the need of the heavy oil production.
本文根据乳状液高速离心分层的结果，提出了乳状液分层速度的概念。
According to the result of emulsion in high speed centrifugal separation a concept of creaming velocity of emulsion was advanced in this paper.
在萃取的基础上，进行了乳状液膜分离萃取发酵废液中土霉素的试验研究。
An emulsion liquid membrane extraction process was performed to recover oxytetracycline from the fermentation wastewater.
准确测定油水乳状液的性质，对原油脱水和管道输送工艺的设计极为重要。
For designing and determining dehydration plant and pipeline of cut oil, it is very important to exactly know the properties of emulsion.
乳状液稳定性的检测结果，测其质量比为0.59%，达到稳定体系的要求。
The testing result of emulsion stability, its quality ratio is 0.59%, reach the request for stabilizing the system.
综述了乳状液膜技术的基本原理及其在分离提取氨基酸方面的研究进展状况。
This paper briefly introduces the recent research and application status of emulsion liquid membrane technique in the separation and extraction of amino acids.
乳状液膜分离技术是一种新型的分离技术，在许多领域中有着广阔的应用前景。
Liquid emulsion membrane (LEM) technology is a separation technology of state of the art with broader application prospects in many fields.
亲水亲油平衡值确定所形成的乳状液的类型，并取决于表面活性剂的化学成份。
The hydrophilic-lipophilic balance determines the type of emulsion formed and is controlled by the chemical composition of the surfactant.
从工程应用出发，研究膜相材料以及乳状液使用条件对乳状液膜稳定性的影响。
From the point of engineering, this paper studies the effects of membrane materials and operation conditions on the stability of liquid membrane of emulsion.
膜乳化作为一种新型的乳状液制备技术，可以制备各种类型粒径的单分散乳状液。
Membrane emulsification, as a new type of technique, can prepare various kinds of monodispersed emulsions.
建立了含水原油拟乳状液停输再启动压力的数学模型，并通过室内实验进行了验证。
The mathematical model of the water cut oil draft emulsion restart after shutdown is established and validated using indoor experiment data.
采用动态光散射法研究了伊朗轻质减压渣油和大庆减压渣油模拟乳状液的粒度特征。
Particle characteristics of model emulsion of vacuum residua fractions from Iranian light and Daqing crude oils were studied by using dynamic light scattering method.
这种乳状液对鸟类、年幼的海龟、鱼卵、蟹类、幼虾都有毒，更别提海草和湿地了。
The emulsion is toxic to birds, baby sea turtles, fish embryos, crabs, and shrimp larvae, not to mention sea grasses and marshlands.
探讨了不同流动载体的煤油、司本- 80与碳酸钠水溶液制成的乳状液的稳定性。
The stability of solution of kerosene and Span_80_sodium carbonate with different flow carriers was investigated.
建立了在无外界氧补偿条件下乳状液中多不饱和脂肪酸(PUFA)氧化的数学模型。
A mathematical model for the oxidation of polyunsaturated fatty acid (PUFA) in emulsion without oxygen compensation from atmosphere was established.
为评价这些微粒对乳化稳定性的贡献，分别开展了乳状液稳定性实验和液滴聚并实验。
Both the emulsion stability experiments and the drop coalescence experiments are performed to evaluate the contribution of these particles to emulsification.
用转轮流动模拟器获得的试验数据进一步证实了水包油型原油乳状液油珠聚结温度的概念。
The data got from the test of turning wheel flowing simulator further confirms the concept of coalescing temperature of oil drop of oil-in- water type crude emulsion.
用转轮流动模拟器获得的试验数据进一步证实了水包油型原油乳状液油珠聚结温度的概念。
The data got from the test of turning wheel flowing simulator further confirms the concept of coalescing temperature of oil drop of oil-in- water type crude emulsion.
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