The effect of solute concentration, molecular charge and solvents on membrane performance (flux and rejection) in organic solvents was investigated.
研究了浓度、电荷和溶剂对膜通量和溶质截留率的影响。
Surface charge performance of nanofiltration membrane affects the flux, permselectivity and the anti-pollution ability.
纳滤膜的表面荷电特性会影响膜的渗透通量、选择透过性及其抗污染能力。
Conclusion: Chitosan is a good membrane-making material for the positive charge modified microporous membrane, and the membrane can be used for removing and concentrating bacteria and virus.
结论：壳聚糖是一种很好的荷正电微孔滤膜的成膜材料，所制备的荷电微孔滤膜可用于细菌病毒的分离、浓缩。
The stability of the charge modified microporous membrane was studied in this paper.
本文对荷电微孔滤膜的稳定性进行了研究。
Optionally a support membrane may be positioned on a opposite sides of the charge.
可选地，支撑膜可被放置在该填料的相反侧。
AIM: To study the influence of trypsin on the membrane dynamic mechanical properties and the surface charge density of single living intact red blood cell (RBC).
目的：研究胰蛋白酶对人红细胞膜表面电荷密度及动态力学特性的影响。
AIM: To study the influence of trypsin on the membrane dynamic mechanical properties and the surface charge density of single living intact red blood cell (RBC).
目的：研究胰蛋白酶对人红细胞膜表面电荷密度及动态力学特性的影响。
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