We investigated the adsorption behavior of proteins on chitosan membrane surface.
利用石英晶体微天平研究了壳聚糖膜表面的蛋白质吸附行为。
Moreover, L-form bacteria can also be applied as active proteins in cytoplasmic membrane surface display.
此外，L -型细菌还能将具有功能活性的蛋白展示在胞浆膜表面。
The molecular structure of adrenoceptor fits common model of G protein coupled receptors on membrane surface.
肾上腺素受体的分子结构符合G蛋白耦联膜表面受体的一般特征。
The main ingredients of the pollutants adhered to the membrane surface are oxygen-containing organic compounds.
污染物附着在膜的表面，其主要成分是含氧的有机化合物。
Concentration polarization force is the tendency for molecules to build up or concentrate at the membrane surface.
浓差极化力是分子在膜表面堆积或浓缩的趋势。
The membrane surface antigens of DNA-transfected cells were detected with cellular ELISA and sandwich ELISA respectively.
分别用细胞和夹心酶联免疫吸附试验（ELISA）检测DNA转染细胞膜表面抗原。
The higher the sludge concentration and the flux were, the easier it was for the sludge particles to deposit on the membrane surface.
污泥浓度愈高，膜通量愈大时，活性污泥颗粒愈易在膜面沉积。
Polymer membrane surface may occur grafting reaction by the UV-irradiation, so that the properties of membrane surface could change a lot.
高分子膜表面在紫外光辐照下可能发生光接枝反应，从而使高分子膜的表面性质发生很大的变化。
Objective to identify the distribution of NMDA receptor protein on neuron membrane surface and the localization of single NMDA receptor cluster.
目的明确神经元膜nmda受体蛋白分子在神经元表面的分布规律，对单个nmda受体簇进行定位。
The phenomenon mentioned above provided another evidence for the view that the proton in membrane surface is the major driven force of ATP synthesis.
上述现象为膜表面高能质子是ATP合成的主要驱动力的观点提供了又一佐证。
The PLLA membrane was immersed in hydrogen peroxide solution under UV-light to introduce the macromolecular hydroperoxide groups on the membrane surface.
采用过氧化氢溶液中紫外光氧化的方法在PLLA膜表面引入了大分子过氧化氢基团。
Inflatable membrane reflector is usually non-developable surface, made by a number of plain membranes splicing and paste into the overall membrane surface.
充气膜结构反射面通常是不可展曲面，需要由多个平面膜片拼接并粘贴成整体曲面。
The results indicates that the rougher the membrane surface morphology is, the faster the speed of flux decline, and the harder to recover by chemical cleaning.
结果表明，超滤膜表面形貌愈粗糙，膜通量的衰减速率愈快，且化学清洗后恢复愈困难。
However, membranes tend to foul as concentrated material builds up at the membrane surface and viscosity increases, and this limits concentrations that can be obtained.
然而，浓缩物料在膜表面堆积和粘度增加使膜极易被污染，这样就限制了浓缩的进行。
With the pre-stress in the membrane increasing, the wrinkle quantity increases, but the wrinkle amplitude drops. The flatness of the membrane surface increases a little.
随着膜面预应力的增大，膜面上的褶皱数略有增大，褶皱幅度有所减小，膜面平整度有所提高。
The component analysis of filter cake on membrane surface showed that metallic membrane played a very important role in TN removal by retaining macromolecular soluble and colloid compounds.
膜表面滤饼成分分析表明，除了生物去除之外，通过截留大分子溶解性和胶体含氮化合物，金属膜在脱氮方面发挥重要作用。
The results show that the oil droplet size, flow rate of the emulsion along the membrane surface, liquid-liquid interfacial tension and membrane flux can significantly affect oil-removing efficiency.
实验结果表明，水相中油珠的粒径、乳浊液的流速、两液相的界面张力以及膜通量都会影响除油率。
The results show that the oil droplet size, flow rate of the emulsion along the membrane surface, liquid-liquid interfacial tension and membrane flux can significantly affect oil-removing efficiency.
实验结果表明，水相中油珠的粒径、乳浊液的流速、两液相的界面张力以及膜通量都会影响除油率。
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