The rejection properties of a nanofiltration organic membrane were investigated using KCl solutions,NaCl solutions,NaCl/benzyl alcohol hybrid solutions and KCl/benzyl alcohol hybrid solutions.The presence of benzyl alcohol(3.7 mol · m^-3)caused a decrease in electrolyte rejection within the range of 0 to 6%.The mechanism of the decrease was discussed.The cation–π bond was assumed to form in the hybrid solution and to further induce the partial dehydration of the cation.The steric and c...

【文章頁數】：8 頁

【文章目錄】：
1. Introduction
2. Theory
    2.1. Model description
    2.2. Concentration polarization
3. Experiment Section
    3.1. Membrane, chemicals and apparatus
    3.2. Experiments
4. Results and Discussion
    4.1. Structure characterization
        4.1.1. Concentration polarization
        4.1.2. Pore radius and effective membrane thickness
    4.2. Effect of concentration
    4.3. Discussion of in?uential factors
    4.4. The rejection of salts decreases in mixed solutions
        4.4.1. Cation–π interaction
        4.4.2. Molecular dynamics theory
        4.4.3. Nano?ltration theory
5. Conclusions
Nomenclature



本文編號：4001087