本powerpoint演示文稿首先提供研究目标，包括以下内容: 评估纳滤膜在不同条件下对所选抗生素的排斥反应 抗生素特性， 水条件（例如pH值），以及 膜表面特征和孔径。介绍了错流过滤装置和程序，包括不带电（和带电）溶质传输（NF）的建模和边界条件。呈现结论表明:这种化合物在纳米孔中的传输可以通过 尺寸和电荷效应；可以通过评估扩散、对流、， 和电迁移特性； 由于对物理性能的错误评估，可能会出现偏差 运输影响的性质或不完整评估； 在这种情况下，理解质量传递的各个方面是非常重要的 通用应用程序 通过皮肤给药， 细胞微管中的蛋白质扩散，以及 片上流体动力色谱法。 这种化合物在纳米孔中的传输可以通过 尺寸和电荷效应。包括表格，数字。

This powerpoint presentation begins by providing study objectives, that include the following: evaluate rejection of selected antibiotics by nanofiltration membranes under varying antibiotic properties, water conditions (e.g. pH), and membrane surface characteristics and pore size. The cross-flow filtration setup and procedure is presented, including modeling of uncharged (and charged) solute transport (NF), and boundary conditions. Presentation conclusions indicate that: transport of such compounds in nanopores can be regulated by size and charge effects; can be effectively modeled by assessing diffusive, convective, and electromigration properties; deviations may occur due to incorrect assessment of physical properties or incomplete assessment of transport effects; understanding the aspects of mass transfer in this context has universal applications for drug delivery through skin, protein diffusion in cellular microtubules, and on-chip hydrodynamic chromatography. Transport of such compounds in nanopores can be regulated by size and charge effects. Includes table, figures.