膜蒸餾 的英文怎麼說
中文拼音 [mózhēngliù]
膜蒸餾
英文
membrane distillation-
Separation of azo dye wastewater with vmd process
減壓膜蒸餾法分離偶氮染料廢水的研究Study on a membrane distillation system for seawater desalination
膜蒸餾海水淡化研究Study on the concentration of glyoxal - water solution by membrane distillation
膜蒸餾法濃縮乙二醛水溶液Vacuum membrane distillation for concentration of motherwort extract
益母草提取液真空膜蒸餾濃縮實驗研究Study on the treatment of wastewater containing potassium carbonate by membrane distillation technology
膜蒸餾技術處理含碳酸鉀廢水初步研究The heat transfer coefficient within the hollow fiber module was studied by the vmd experiments using pure water
文中還對真空膜蒸餾脫除水溶液中voc的傳熱傳質機理進行了理論分析和試驗研究。A brief introduction of vmd process is presented. mass and heat transfer behavior through hot side, membrane as well as cold side during vmd process is analyzed and derived
本文在評述真空膜蒸餾技術研究現狀的基礎上，對膜蒸餾過程熱側、膜內及冷側的質量傳輸和熱量傳輸行為進行了深入的分析與推導。Ethanol separation factor of 6. 0 was achieved by vmd, which demonstrates that vmd is a promising separation technology. the mechanism of heat and mass transfer for vmd was also investigated
當用真空膜蒸餾脫除水溶液中的乙醇時，分離因子可達到6 . 0以上，說明真空膜蒸餾技術脫除水溶液中的voc效果較好。Finally, by studying the heat transfer coefficient and the mechanism of mass transfer through the membrane pores, a complete mathematical model was proposed for the removal of voc from dilute aqueous solutions by vmd
根據對傳熱系數和膜孔內傳質機理的研究，最後得到了真空膜蒸餾脫除水溶液中voc全過程的數學模型。Vacuum membrane distillation ( vmd ) which possesses of vacuum pump to provide enhanced drive force and air gap similar to air gap membrane distillation is a kind of separation technology of membrane distillation
真空膜蒸餾（ vmd ）技術是膜蒸餾技術的一種，其研究主要集中於工藝過程及其影響因素、過程機理及過程應用三大方面。Membrane fouling in membrane distillation process
膜蒸餾過程中的膜污染研究Mass and heat transfer in air gap membrane distillation process
氣隙式膜蒸餾傳遞過程的研究A new method to determine heat transfer coefficient in membrane distillation process
一種測定膜蒸餾過程傳熱系數的新方法Theory calculation and derivation demonstrate that the heat conduction of membrane exerts little influence on performance. the characteristics of mass transfer through membrane are mixed flow including knudsen flow and poiseuille flow, which moreover, vary with operational variables
理論推導與計算表明：膜的導熱性對真空膜蒸餾過程的影響可以忽略，膜蒸餾過程膜內質量傳輸機制是努森流與粘性流共同作用的混合流機制。Md has many advantages, such as simple equipments, maintenance free, running at low temperature, high condensation of remain, high performance in separating and by - product salts. all mentioned above can keep running costs of desalination low
膜蒸餾法所用設備簡單，維護方便，除鹽率高，較低的溫度下即可進行，淡化后的濃縮水濃度高，作為副產品可用於鹽的生產，這些都有可能使得淡化水的成本降低。On the basis of above theoretical derivation and analysis on experimental results, by correlating solvent ( water ) transfer with solute ( salt ) transfer on hot side and correlating mass transfer with heat transfer during vmd and introducing a contribution coefficient which can reflect the characteristics of mass transfer through membrane, a new model of mixed flow is presented
在上述理論推導及實驗分析的基礎上，本文將熱側溶劑傳輸與溶質傳輸、膜蒸餾過程熱量傳輸與質量傳輸相關聯，並引入一個能夠反映膜內質量傳輸特徵的「貢獻系數」 ，將努森流模型與粘性流模型結合起來，從而提出了新的混合流模型。Preparation of flat sheet microporous membranes from ipp via tips for membrane distillation
熱致相分離法制備膜蒸餾用聚丙烯平板微孔膜Study of membrane fouling from desalination of brackish water by membrane distiliation
膜蒸餾法淡化苦鹹水中的膜污染初步研究More over, simple instruments can be used in the md process, operating easily also, the advantage is more clear for md than other desalination processes
採用膜蒸餾技術進行苦鹹水淡化，可以解決飲用水和工業生產對淡水的需求。Solar power and other waste heat can be used in the membrane distillation ( md ) process, for which is more economical than other seawater and saline water desalination processes
膜蒸餾海水和苦鹹水淡化技術可充分利用太陽能、廢熱和余熱等低品位熱源，具有成本低、設備簡單、操作容易、能耗低等優點，使膜蒸餾技術在諸多海水淡化工程中有一定的競爭力。分享友人