The advances on emulsion liquid membrane separation technique are reviewed.
综述了乳状液膜分离技术的研究进展。
Liquid membrane separation is an efficient, quick and energy-saving separation technique.
液膜分离是一种高效、快速、节能的新型分离技术。
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。
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。
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 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 separation and enrichment of zinc as a necessary pretreatment in its determination covering recent years, pertaining especially to the methods of liquid membrane separation, are reviewed.
就近年来国内外富集分离的方法进行了综述，着重介绍液膜分离法。
Liquid emulsion membrane (LEM) technology is a separation technology of state of the art with broader application prospects in many fields.
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。
Membrane filtration technique is a kind of highly efficient, low energy consumption and easy operation liquid separation technique, which is promising in wastewater treatment.
膜过滤技术是一种高效、低能耗和易操作的液体分离技术，在废水处理中有着广阔的应用前景。
As one kind of highly efficient, low energy consumption and easy operation liquid separation technique, the membrane technique has applied in the wastewater treatment widely.
膜技术是一种高效、低能耗和易操作的液体分离技术，在废水处理中得到越来越广泛的应用。
Membrane technology is an efficient, low energy-consuming and easy operating liquid separation technology, whose application field and scale in waste water processing are expanding day by day.
膜技术是一种高效、低能耗和易操作的液体分离技术，在废水处理领域的应用范围和规模日益扩大。
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。
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。
Liquid membrane technique is a simple, efficient and cost-saving method compared with conventional separation and purification techniques.
与传统分离提纯技术相比，液膜分离技术具有简便、高效且成本低的特点。
The 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。
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。
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。
Membrane extraction process is a new separation technology which combines liquid-liquid extraction with membrane process.
膜萃取是膜过程与液液萃取过程相结合的一种新型分离技术。
Membrane extraction process is a new separation technology which combines the membrane process with liquid-liquid extraction.
膜萃取是膜过程和液液萃取过程相结合的一种新型分离技术。
In keeping higher total sludge concentration, suspended sludge mass entering into membrane separation with mixture liquid was low, thus decreased affect on membrane permeability.
维持反应器内总污泥浓度较高的条件下，使随混合液进入膜分离的悬浮污泥量保持很低，减少了其对膜的通透能力的影响。
Liquid emulsion membrane (LEM) technology is a new separation and extraction technique.
乳化液膜技术是一种新型的分离提取技术。
Composite ceramic membrane for microfiltration has a prosperous future of application in fields of liquid separation, biological chemicals, environmental protection, etc.
微滤复合陶瓷膜在液体分离、生物化工、环保等领域有着广泛的应用前景。
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。
The ion exchange membrane technique, a kind of potential separation method, have broad prospects in the treatment of liquid waste.
离子交换膜技术是一种很有潜力的分离方法，在废水处理方面有广阔的应用前景。
Membrane extraction is a new separation technique combining membrane separation with liquid liquid extraction.
膜萃取是膜分离与液-液萃取相结合的一种新型分离技术。
Membrane extraction is a new separation technique combining membrane separation with liquid liquid extraction.
膜萃取是膜分离与液-液萃取相结合的一种新型分离技术。
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