片语

Liquid surfactant membrane液体表面活性剂膜

liquid film液膜；[材] 液态膜

liquid emulsion membrane composed乳化液膜体系

liquid emulsion membrane乳化液膜

liquid emulsion membrane system乳化液膜体系

liquid crystalline membrane液晶膜

liquid crystal membrane液晶膜

the liquid surfactant membrane表面活性剂液膜

liquid interface membrane液膜

英汉例句

• From the point of engineering, this paper studies the effects of membrane materials and operation conditions on the stability of liquid membrane of emulsion.

  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。

• The function, Speciality and its type, composition and application of liquid membrane are discussed. it indicates that this techniquehad the broad application prospect.

  对液膜分离技术的作用、特点及其类型、组成与应用展开讨论，证明该技术具有广阔的应用前景。

• An emulsion liquid membrane extraction process was performed to recover oxytetracycline from the fermentation wastewater.

  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。

• The extraction of amino acids by ion-exchange, liquid membrane and reverse micelle and their applications in the separation of hair-hydrolyzed amino acids are summarized.

  总结了氨基酸制备中的三大萃取技术：离子交换反应萃取，液膜分离萃取和反相胶团萃取及其在毛发水解氨基酸萃取分离方面的应用。

• In general, lack of stability is a common limitation of the liquid membrane method and much effort has been devoted to improve its performance.

  一般，缺乏膜的稳定性是液膜的共性问题，为改进膜的这一性能已进行了大量的研究工作。

• The process principle and mass transfer mechanism of liquid membrane separation are studied. The technique present situation, application and development are reviewed.

  论述了液膜分离技术的传质机理，介绍了该技术的研究现状、应用情况及发展前景。

• The application process of liquid membrane technique on separation and concentration of metal ions are reviewed and its further developing potential is pointed out.

  综述了液膜分离技术在金属离子分离和富集中的应用进展，并指出其发展前景。

• An improved model for liquid membrane mass transfer has been developed.

  本文提出了一种改进的关于液膜传质的数学模型。

• A complex exchanging emulsion liquid membrane for mutual separation of rare earth is introduced and its mechanism is also studied.

  本文从理论上探讨了络合交换液膜分离稀土的机理，并将其应用于稀土元素的相互分离。

• In this research, the extraction rate of penicillin can reach to 91.5% and liquid membrane swelling rate, 16%.

  在本研究中，青霉素的提取率最高可达91.5%，液膜溶胀率为16%。

• It not only exhibits the characteristics of traditional liquid membrane technology, but it also has its own special advantages.

  该技术既充分继承了传统液膜技术的特点，又具有自身独特的优势。

• Under the determined extraction (conditions), a new process of countercurrent liquid membrane extraction technology was adopted to separate (terbutaline) enantiomorph.

  基于实验已确定的萃取条件，采用液膜逆流萃取技术分离特布他林对映体。

• The application of some promising methods, such as liquid membrane separation technology, hollow fiber membrane separation technology is presented in detail.

  特别是液膜分离技术、中空纤维膜技术在含酚废水处理中的应用。

• The commercial application of liquid membrane technology in LPG desulfurization in SINOPEC Jingmen Company is introduced, the existing problems are discussed and improvements are suggested.

  介绍了液膜脱硫工艺在荆门分公司联合一车间液化石油气脱硫中的工业应用情况，提出了存在问题及改进方向。

• The principle of the liquid membrane separation and its application in organic wastewater treatment are presented.

  综述了液膜分离的原理及该技术在有机废水处理领域中的研究进展和应用实例。

• This paper briefly introduces the recent research and application status of emulsion liquid membrane technique in the separation and extraction of amino acids.

  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。

• Comparing with conventional biochemical product separation and purification techniques, liquid membrane is a simple, efficient, and cost-saving method.

  与传统的生化产品分离提纯技术相比，液膜分离技术具有简便、高效且成本低的特点。

• The research status of the application of emulslon liquid membrane for treatment of pulping black liquor was introduced.

  介绍了液膜分离技术应用于制浆黑液处理的方法和研究现状。

• A new supported liquid membrane technology for carbon dioxide separation using a supported molten salt membrane under an electric field is proposed and studied in this paper.

  本文提出并研究了电场力作用下的支撑熔盐膜分离二氧化碳这一新型的支撑液膜技术。

• A very good result has been given by experiment for this emulsified liquid membrane to remove phenol and chromium ions from waste water.

  以它配制的乳化液膜脱除废水中酚和铬离子获得良好的实验结果。

• It is suggested that a two-stage model be necessary to describe a realistic liquid membrane separation system.

  提出了用两阶段模型来描述实际液膜分离体系的观点。