渗透分离的英文

• osmotic separation
• permeation separation

• 渗透    osmosis permeate; seep; perm ...
• 分离    separate; sever; resolve; se ...
• 逆渗透分离    reverse osmosis separation
• 不渗透分子    impermeable molecule
• 毫渗模,毫渗透分子    milliosmol
• 渗透式分离装置    permeability separatory apparatus
• 质壁分离渗透性    plasmolysis permeability
• 等速电透分析    analytical isotachophoresis
• 渗透    1.[物理学] [生理学] osmosis2.(液体从细小空隙中透过) permeate; seep; permeation; seepage; inflow; percolation; diosmosis 水很容易渗透棉布衣服。 water will easily permeate a cotton dress.3.(比喻一种事物或势力逐渐进入到其它方面) infiltrate 经济渗透 economic infiltration: 侦察兵渗透到敌人阵地后面去了。 the scouts infiltrated into the enemy positions.; 渗透液 penetrating fluid; 渗透仪 osmoscope; drainage indicator; 渗透战术 infiltration tactics; 渗透作用 osmosis; osmose
• 变压膜渗透空气分离制氧实验研究    experimental study on separation of oxygen from air by pressure swing membrane permeation
• 等速电透分析法    analytical isotachophoresis
• 分离    1.(分开) separate; sever; resolve; segregate; isolate; detach; dis(as)sociate; abstrict 从空气中把氮分离出来 separate nitrogen from air; 男女生分离的教育制度 an educational system where boys and girls are segregated2.(离别) part (for a long period); leave; bid farewell 我见到了分离多年的朋友。 i met an old friend from whom i had parted for many years.3.separation; severance; segregation; isolation; disassociation; demixing; detachment; diastasis 长期分离之后 after a long separation; 与朋友们分离使他伤心。 separation from his friends made him sad
• 逆渗透，反渗透    reverse osmosis
• 渗透（作用），渗透性    osmose
• 渗透；渗透性    osmosis
• 渗透度；渗透性    osmolity
• 渗透性；渗透率    permeability
• 使渗透渗透    osmose
• 变渗透    poikilosmotic
• 侧渗透    side seepage
• 穿过，渗透    penetration
• 低渗透    hyposmosis
• 电渗透    electric osmosis; electro osmosis; electroendosmose; electroendosmosis; osmosis=electroosmosis
• 反渗透    reverse osmosis
• 氦渗透    helium permeation

• The data reflect the equilibrium effect of reverse osmosis and indicate the strength of the interaction between the solute and the membrane material
  用k _ a值来研究乙基纤维素膜材料反渗透分离过程的物理化学性能及其膜界面参数，为定向制膜提供理论依据。
• A membrane reactor ( mr ) that combines hydrogen permeable membranes with a methanol steam reformer promises considerable weight and space savings
  薄膜反应器因提供可同时进行甲醇重组反应的管状反应器与供氢气渗透分离的薄膜并具备质量轻体积小的优点而常被采用。
• On the basis of the preferential sorption - capillary flow mechanism proposed by sourirajan , the membrane interfacial equilibrium condition in reverse osmosis can be simulated by the hplc experiment . the hplc data on retention times can be used for quantitatively characterizing the dynamic nature on solid polymer membrane surface and physicochemical properties of polymer - solution interface . the experimental technique in this paper can offer definite guidelines for the choice of appropriate membrane material and the better understanding of reverse osmosis separation mechanism
  本论文根据索里拉金( sourirajan )提出的“优先吸附?毛细孔流”机理作为选择膜材料的理论依据，用高效液相色谱为手段，模拟反渗透实验平衡条件，确定乙基纤维素固膜材料界面的动力学参数以及求得表征高分子材料在溶液界面上的特性参数，为预测膜材料的化学性质和探讨反渗透分离机理提供了有效手段。