demulsification

n.  反乳化作用

化学



双语例句

  1. Oil film life, rate of oil film thinning, water-oil interfacial properties and their effects on demulsification of model petroleum emulsions ( O/ W) in the presence of demulsifiers are studied.
    研究了破乳剂存在下油膜寿命、油膜薄化速率以及油水界面性质与破乳效果的关系。
  2. Study of ultrasonic demulsification technology on imported crude oil blended with waste oil
    进口原油掺炼污油的超声波破乳研究
  3. Moreover, reuse of oil phase after demulsification is discussed.
    并且讨论了破乳后的油相回用情况。
  4. Design of a New Type of Joint Demulsification Device Used Combined Centrifugal Force and Pulsed Electric Fields
    新型离心-脉冲电场联合破乳装置的设计
  5. Purification and Characterization of Mannan-binding Lectin; Principle of the Oil-Water Gravity Separation and Elementary Researches on Coalescent Demulsification
    甘露聚糖结合凝集素的分离纯化和活性研究油水重力分离原理及聚结破乳机理初探
  6. The Synthesis and Demulsification Study of Broom-type Molecules
    扫帚型分子的合成及破乳性能研究
  7. Influence of chemical oil recovery agent Addition on the crude oil dehydration demulsification
    三次采油化学剂加入对原油破乳脱水的影响
  8. Synthesis of Starch-based Surfactant and Its Application in the Heavy Oil Demulsification
    淀粉基表面活性剂的合成及其在重油破乳中的应用
  9. Principle of the Oil-Water Gravity Separation and Elementary Researches on Coalescent Demulsification Composite Pipes with Interior Coating of a-Al_2O_3 Ceramics Produced by Gravitational Separation Self-propagating High-temperature Synthesis
    油水重力分离原理及聚结破乳机理初探重力分离自蔓延法制备a-Al2O3基复合陶瓷内衬管
  10. It is deduced through the microscope observation and analysis that the demulsification active component of the strain XH-1 was the extracellular secreted protein substances.
    显微观察及实验分析表明,XH-1菌主要破乳活性成分为胞外分泌的蛋白物质。
  11. Last the demulsification mechanism of ASP flooding produced liquid was summarized.
    最后概述了三元复合驱采出液的化学破乳机理。
  12. A New Bridge Function for Binary Lenard-Jones Mixture Study on Stability of Surfactant/ Polymer-Flooding Produced Fluids and Demulsification
    二元Lenard-Jones流体混合物的桥函数二元复合驱采出液稳定性及破乳研究
  13. During demulsification of produced fluids in combination flooding, some microphenomena are observed and researched.
    对复合驱采出液破乳过程中的某些微观现象进行了观测和研究。
  14. In addition, it was found that the increase of water content was beneficial to demulsification efficiency.
    此外,乳状液含水量的增加有利于提高破乳效率。
  15. The Design and Synthesis of Multiple Branches Polyether and Demulsification Mechanism
    多枝型嵌段聚醚的设计合成及破乳机理
  16. Study on Demulsification and Dehydration Performances of Polyether Demulsifiers for Crude Oil of North Shanxi Oil Fields
    聚醚型原油破乳剂对陕北原油的破乳脱水性能研究
  17. This paper summarizes the functional mechanism of ultrasonic cavitation, and introduces the application of ultrasonic wave technology in aspects of the extraction process, emulsification and demulsification, membrane, polymer synthesis.
    综述了超声空化的作用机理,介绍了超声波技术在萃取过程、乳化与破乳、膜过程、聚合物合成方面的应用。
  18. This paper analyzes the reasons of difficulty in demulsification and dehydration of super heavy oil during sewage recovery.
    针对回收污水中超稠油破乳脱水困难等问题进行了原因分析。
  19. Study on the Characteristics and Demulsification Efficiency of Bio-Demulsifier Producing Bacteria
    破乳液剂,破乳[化]剂生物破乳剂产生菌的特性及破乳效能研究
  20. Salts substances on demulsifier demulsification dewatering performance Nitrates are present in the human saliva, as well as in some preserved foods.
    盐类物质对YT-100-Ⅱ破乳剂破乳脱水性能的影响硝酸盐类物质存在于人的唾液中以及一些存储的食物中。
  21. Influence of Some Oilfield Chemicals on Demulsification/ Dehydration of Crude Oils and Demulsifier Selection
    几种油田化学剂对原油破乳脱水的影响及破乳剂筛选
  22. A combination process on demulsification of high concentration oil-bearing wastewater
    高浓度超稳定废乳化液破乳工艺研究
  23. Research of Crude Oil Demulsification Mechanism and Development of Demulsifier
    原油破乳机理研究与破乳剂的发展
  24. The mechanism of the demulsification has been interpreted.
    在理论上对破乳机理进行了解释。
  25. Application of pipeline demulsification and corrosion protection technology
    管道破乳和防腐技术应用
  26. Membrane demulsification method includes microfiltration membrane method and microporous membrane method.
    膜破乳法有微滤膜破乳法和微孔膜破乳法。
  27. Advances in stability and demulsification of crude oil-water emulsions
    原油乳状液稳定性和破乳研究进展
  28. Structure of the demulsifier and the interfacial adsorption capacity are two important factors on the demulsification efficiency.
    破乳剂的分子结构与油水界面吸附能力的强弱是影响破乳脱水的两个重要因素。
  29. Studied the four surfactants demulsification dehydration effect.
    研究了四种表面活性剂的破乳脱水效果。
  30. For their emulsion additive, sodium chloride and sodium sulfate must be added for demulsification.
    对于两者的乳液型助剂都要先加入氯化钠和无水硫酸钠进行破乳。