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文章详细信息 关键词： 荷电膜;;微粒;;药液 [gap=385]Keywords: charged membrane;particle;pharmaceutical fluids
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Amphoteric charged membrane chromatography 两性膜色谱
positively charged membrane 荷正电膜
Recent Developments in Charged Membrane 荷电膜的研究进展
Hybrid organic-inorganic charged membrane 有机
charged net membrane 带电网状薄膜
charged-net clay membrane 带电网络粘土隔膜
charged microporous membrane 荷电微孔滤膜
charged mosaic membrane 荷电镶嵌膜
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荷电膜 - 引用次数：7
Charged membrane can be used to separate charged component with much smaller size than pore size according to electrostatic repulsion.
荷电膜因其独特的静电吸附和排斥作用,使得用大孔径膜吸附分离粒径较小的物质成为可能。
参考来源 - 原位胺化法荷正电膜的制备及性能表征 -
荷电膜 - 引用次数：3
Electrostatic interaction can be optimized to achieve effective separation of proteins when suitable charged membrane and solution environment (pH and ionic strength) are selected.
选取合适的荷电膜以及溶液性质(如pH值和离子强度),可以优化静电相互作用实现两种蛋白质的有效的分离。
参考来源 - 超滤膜的荷电特性及对蛋白质分离行为影响的研究 -
带电膜
·2,447,543篇论文数据，部分数据来源于NoteExpress
双语例句原声例句权威例句
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A number of preliminary applications of the charged membrane were enumerated, and the results showed that the performance of charged RO and UF membranes...
文中也列举了荷电膜的初步应用，实验表明，在某些分离中，荷电反渗透膜和超滤膜的性能优于常规的膜。
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The types and functions of ultrafilter for cathodic electrodeposition (CED) painting and the functions of charged membrane ultrafilter for CED have been described.
介绍了超滤器在阴极电泳涂装中的作用、阴极电泳用超滤器的类型、荷电膜超滤器在阴极电泳涂装线中的应用。
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So a nanotube membrane that allows both sodium and chloride ions (which are negatively charged) to flow out of seawater could become a cheaper way to desalinate water.
因此，这种纳米管膜，可以同时使钠离子和氯离子(这是带负电荷)从海水里分离，从而成为一个淡化海水的便宜方式。
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Now, that rapid rise is called depolarization and the membrane is said to be in a depolarized state because it's less polarized or less negatively charged repolarized as negatively charged.
这个迅速上升过程称为去极化,我们称膜处于去极化状态,因为膜的极化程度降低了,或者说是带的负电减少了,而复极化就代表重新带上负电荷
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Now, sodium and potassium don't ordinarily move across membranes, they're charged molecules, they can't dissolve, they can't permeate through a cell membrane, but they go through because there are channels that allow them to pass through in the membrane.
钠和钾通常是不能跨过细胞膜的,它们都是带电粒子,它们不能溶解在细胞膜中,不能渗透通过细胞膜,但它们之所以能通过细胞膜,全赖膜上离子通道的作用
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