Transport of multicomponent ionic solutions in membrane systems

Li LY

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Transport of multicomponent ionic solutions in membrane systems

机译：膜系统中多组分离子溶液的运输

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In this paper a set of phenomenological equations are derived for the transport of ionic solution and ionic species in a multicomponent solution through a membrane. The present study shows that. in addition to the conventional hydrostatic and osmotic pressures, there is all additional driving force generated by the gradient of electrostatic potential which is caused due to different ionic species having different membrane coefficients. This electrical potential gradient vanishes when the membrane coefficients for each species are identical.

机译：在本文中，导出了一组现象学方程，用于离子溶液和离子物质在多组分溶液中通过膜的传输。本研究表明。除了常规的静水压力和渗透压，还有所有其他的驱动力，都是由静电势梯度产生的，这是由于不同的离子种类具有不同的膜系数而引起的。当每种物质的膜系数相同时，该电位梯度消失。

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《Philosophical Magazine Letters》 |2004年第9期|共7页
作者
Li LY;
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正文语种 eng
中图分类物理学;
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专利

1. Transport of multicomponent ionic solutions in membrane systems [J] . Li LY Philosophical Magazine Letters . 2004,第9期

机译：膜系统中多组分离子溶液的运输
2. Transport Mechanisms of Enoxacin in Rat Brush-Border Membrane of Renal Cortex: Interaction with Organic Cation Transport System and Ionic Diffusion Potential Dependent Uptake [J] . Takeshi Hirano, Ken Iseki, Mitsuru Sugawara, Biological & pharmaceutical bulletin . 1995,第2期

机译：依诺沙星在大鼠肾皮质刷膜膜中的转运机制：与有机阳离子转运系统和离子扩散潜能依赖性吸收的相互作用。
3. Ionic and molecular transport in aqueous solution through 2D and layered nanoporous membranes [J] . Caglar M., Keyser U. F. Journal of Physics, D. Applied Physics: A Europhysics Journal . 2021,第18期

机译：水溶液中的离子和分子运输通过2D和层状纳米多孔膜
4. Role of Lattice Strain vs. Solid Solution Doping on Atomistic Near Order and Oxygen Ionic Transport for Ceria-based Micro-Energy Conversion Membranes [C] . Yanuo Shi, Inigo Garbayo, Jennifer L. M. Rupp International Symposium on Solid Oxide Fuel Cells . 2015

机译：晶格应变与固溶体掺杂在基于二氧化铈的微能转化膜原子近序和氧离子迁移中的作用
5. TRANSPORT OF MULTICOMPONENT LIQUID SOLUTIONS OF NONELECTROLYTES IN PRESSURE-DRIVEN MEMBRANE SEPARATION PROCESSES. [D] . THIEL, STEPHEN WARD. 1986

机译：压力驱动膜分离过程中非电解质多组分液体溶液的运输。
6. A model equations of the volume transport of multicomponent and heterogeneous non-ionic solutions in double-membrane system [O] . A. Ślezak 1998

机译：双膜系统中多组分和非离子非均质溶液体积输运的模型方程
7. Multi-Ionic Potential and Membrane Permeability Matrix. II. Na+–Ca2+Bi-Ionic System with a Cation-Exchange Membrane and Effects of Cl−on Cation Transport [O] . Kozue Kaibara, Hiroyoshi Inoue, Hideo Kimizuka 1987

机译：多离子电位和膜渗透性基质。 II。 Na + -Ca2 +双离子系统，具有阳离子交换膜和Cl-on阳离子运输的影响
8. Notes from the Lectures of the Course on "Elementary Physical Principles of Transport Pertaining to Ionic Systems, Semiconductors and Electrophysiological Membranes" held at the Istituto Superiore di Sanita. - July, 3-14, 1967 [R] . Alexander MAURO 1967

机译：在Istituto superiore di sanita举办的“与离子系统，半导体和电生理膜有关的运输的基本物理原理”课程讲座中的注释。 - 1967年7月3日至14日

Transport of multicomponent ionic solutions in membrane systems

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