1) porous membrane
多孔滤膜
2) porous filtration membrane
多孔滤过膜
1.
A method based on the surface force pore flow model to characterize the pore size and pore size distribution of polymer porous filtration membranes was reviewed.
综述了一种建立在表面作用力孔流通模型基础上计算高分子多孔滤过膜孔径大小及分布的方法。
3) microporous filter membrane
微孔滤膜
1.
Studies on the regeneration of microporous filter membrane using oxidant.;
微孔滤膜氧化法再生的研究
2.
With the crossing ratio of partly hydrolyzed HPAM to LPS being constant,the effects of HPAM relative molecular weight and electrolyte on LPS plugging capacity were researched by microporous filter membrane filtering.
采用微孔滤膜过滤法研究了在部分水解聚丙烯酰胺(HPAM)与交联剂柠檬酸铝(A lC it)的交联比确定的情况下,HPAM的相对分子量以及电解质对交联聚合物溶液(LPS)封堵性能的影响。
3.
In this work,the Germany Sartorius GmbH microporous filter membrane made from cellulose acetate with 0.
６５μｍ孔径的醋酸纤维素微孔滤膜为试验材料，用热水浸泡，酸、碱和表面活性剂对被堵的微孔滤膜进行再生处理，并测试其纯水通量和泡点压力值，同时借助扫描电镜对微孔滤膜再生前后形态结构的观察，结果表明：在５０℃条件下，采用０。
4) microporous membrane
微孔滤膜
1.
Study on PVDF hollow fiber microporous membrane;
聚偏氟乙烯（PVDF）中空纤维微孔滤膜的研究
2.
Experimental method of the streaming potential of charge modified microporous membrane;
荷电微孔滤膜流动电位测量方法的研究
3.
A positively charge modified microporous membrane which was prepared with natural polysaccharide as charge modifying agent by immersion process was studied for its adsorption capacity.
本文研究了以天然多糖为荷电剂，用浸涂法制备的荷电微孔滤膜的吸附性能，探讨了制膜工艺及操作条件，如溶液组分、温度及ｐＨ值等对吸附性能的影响，为荷电微孔滤膜的使用提供依据。
5) Micropore filter membrane
微孔滤膜
1.
Collecting of trichloroaniline in the air by micropore filter membrane and determination by gas chromatography;
微孔滤膜采集空气中三氯苯胺的气相色谱法测定
6) Micropore Membrane Filter
微孔滤膜
1.
Determination of Silver in Atmospheric Particulates by FAAS with Micropore Membrane Filter for Sampling;
微孔滤膜采样-FAAS法测定大气颗粒物中的银
补充资料：肾小球滤过膜
肾小球滤过膜
glomeruar filtrating membrane
又称“肾小球滤过屏障”。流经肾的血液经此膜滤出，形成原尿。滤过膜由三层结构组成。内层是毛细血管内皮细胞层，有大小不等的微细小孔，称内皮窗，大于内皮窗的血浆蛋白将受阻而不能通过此层；中层为基膜，基膜较厚，是由水合凝胶构成的，其中无孔，但有微纤维网。基膜分为电子密度不同的三层，即外疏松层、致密层及内疏松层，有些较大的蛋白质分子可透过内皮窗，但却受阻于基膜；滤过膜的外层，是肾小囊的脏层上皮细胞层，具有足突，足突之间有裂隙称为裂孔。裂孔上有一层滤过裂孔膜，是物质滤出的最后一道屏障。某些透过内皮窗及基膜的蛋白质还可受阻于足突裂孔。肾小球滤过膜除具有上述体积屏障作用外，由于肾小球基膜表面含有硫酸肝素等蛋白多糖，脏层上皮细胞足突表面富有唾液酸等物质而带有负电荷。故还能起到电荷屏障作用，使血浆中带负电荷的蛋白质不易通过。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条