1)  pseudo emulsion
					
	
					
				
				
	
					
				拟乳状液
			
					2)  simulated emulsion
					
	
					
				
				
	
					
				模拟乳液
			
					4)  microemulsion
					
	
					
				
				
	
					
				微乳状液
				1.
					Investigation of Extraction Process by Titration Calorimetry(Ⅳ)——Formation of Reversed Micelle and Microemulsion in Extraction Organic Phase or Saponated P507;
						
						萃取过程的量热研究(Ⅳ)——皂化P507萃取有机相中反向胶束和微乳状液的形成
					2.
					Results show that the maximum area of microemulsion region is achieved using tween-60 as surfactant with the km value being of 0.
						
						结果表明,所研究的各体系中,以吐温-60所形成的微乳状液区最大。
					3.
					The paper simply introduced the classification and property of microemulsion(ME).
					
					
						
						
					
						介绍了微乳状液的体系类型及性质,阐述了其作为研究热点的应用现状,并预测了微乳状液的前景。
					
					5)  emulsion liquid membranes
					
	
					
				
				
	
					
				乳状液膜
				1.
					Study on interfacial reaction of internal phase in process of extracting Cr~(3+) by emulsion liquid membranes;
						
						乳状液膜法提取Cr~(3+)内相界面反应的研究
					2.
					Selective extraction of mandelic acid enantiomers using emulsion liquid membranes by chiral ligand exchange;
						
						手性配体交换乳状液膜选择性萃取扁桃酸对映体
					3.
					The main purpose of this paper was to study on demulsification of Cr(Ⅵ) by emulsion liquid membranes.
						
						研究了以三正辛胺、仲辛醇和磷酸三丁酯为载体,Span-80为表面活性剂,煤油为膜溶剂制成的乳状液膜处理含Cr(Ⅵ)水样的破乳方法,对离心破乳、化学破乳进行了实验研究,同时对破乳后的油相重新进行了制乳、破乳实验。
					
					6)  emulsion liquid membrane
					
	
					
				
				
	
					
				乳状液膜
				1.
					Study on the mathematic models of emulsion liquid membrane with carrier extracting Cr~(3+) from tannery wastewater;
						
						乳状液膜法提取制革废水中Cr~(3+)的传质模型研究
					2.
					The effect of separation and enrichment of emulsion liquid membrane in determination of metal ions;
						
						乳状液膜在金属离子测定中的分离富集作用
					3.
					Enantioselective separation of racemic ofloxacin using emulsion liquid membrane by chiral extraction;
						
						乳状液膜手性萃取分离氧氟沙星外消旋体
					补充资料:粗乳状液
		分子式:
CAS号:
性质: 又称普通乳状液,大乳状液。与微乳状液相对应。一般液珠大小的下限大约是0.1μm。
		
		CAS号:
性质: 又称普通乳状液,大乳状液。与微乳状液相对应。一般液珠大小的下限大约是0.1μm。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
	参考词条