interfacial surface tension 中文意思是什麼
interfacial surface tension
解釋
界面間表面張力- interfacial : adj. 1. 界面的，面際的。2. 界面角的。
- surface : n 1 表面；地面；水面；廣場，空地。2 外觀，外表，皮毛。3 【幾】面；切口；【航空】翼面。adj 表面的...
- tension : n 1 拉緊；伸張。2 （精神、局勢等）緊張。3 【物理學】張力，拉力，牽力；（彈性體的）應力；（蒸氣等...
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The method for measurement of surface tension interfacial tension
表面及界面張力測定方法 -
Surface active agents - determination of interfacial tension - drop volume method
表面活性劑界面張力的測定滴體積法 -
Standard test methods for surface and interfacial tension of solutions of surface - active agents
表面活性劑溶液的表面張力與界面張力的標準試驗方法 -
Surface active agents - determination of interfacial tension of solutions of surface active agents by the stirrup or ring method
表面活性劑.用擾動或圓環法測定表面活性劑溶液的界面張力 -
Surface active agents - determination of interfacial tension of solutions of surface active agents by the stirrup or ring method ; german version en 14210 : 2003
表面活性劑.用u形或環形法測定表面活性劑溶液的界面 -
According to dynamical characteristic of the bubble motion in the flow field, and under the assumptions of isothermal system without interior heat source, uniform bubble size, and ignoring surface tension, the mathematical expressions for interfacial momentum exchanges have been deduced which include drag, virtual mass force, and lift
針對氣液泡狀流中氣泡運動力學特性，在系統絕熱、無內熱源、忽略表面張力、氣泡尺寸均一前提下建立了氣液相間曳力、虛質量力、升力的數學模型表達式。 -
The development of mass transfer in the system of vapor - liquid - liquid three - phase distillation from trays was introduced, the effects of the hydrodynamic conditions e. g. vapor velocity and ratio of liquid to vapor loading and physical properties of liquid phase, including surface tension, interfacial tension, viscosity or dispersion viscosity, density, relative volatility etc. and the volume ratio of oil to water on mass transfer were discussed systematically, the influence of the second liquid on mass transfer efficiency was also investigated, a gnat deal of viewpoints and suggestions having been put forward in this paper are significant important for optimizing design of distillation tower
摘要介紹了氣液液三相精餾塔板傳質性能研究的進展情況，討論了氣速、液氣比等操作條件，表面張力、界面張力、液體的粘度或分散粘度、密度和相對揮發度等物系性質以及油水體積比等多種參數對傳質效率的影響，探討了第二液相的存在對傳質的影響，文中的許多觀點獲和建議對于優化精餾塔的設計具有重要的指導意義。
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