A continuous-flow concentrator based on ion concentration polarization

J. Tong, C. Bian, S. Xia, Hailong Pi
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Abstract

In this paper, we present a novel and simple method to fabricate a continuous-flow concentrator based on ion concentration polarization phenomenon (ICP). With the capillary force, the Nafion solution can fill the Nafion resin channels, and nanoporous junctions were created to generate ICP. To demonstrate the concentration ability of the device, we conducted the experiments with Rhodamine 6G (positively charged) and fluorescein sodium (negatively charged). As a result, the device is more appropriate to concentrate the negatively charged species with concentration up to 2-fold. For further application, the method is convenient and simple to achieve a high-throughput concentration flow and a higher preconcentration factor.
一种基于离子浓度极化的连续流浓缩器
本文提出了一种利用离子浓度极化现象(ICP)制作连续流浓缩器的新方法。在毛细管力的作用下,Nafion溶液可以填充Nafion树脂通道,并形成纳米孔连接来产生ICP。为了证明该装置的浓缩能力,我们用罗丹明6G(带正电)和荧光素钠(带负电)进行了实验。因此,该装置更适合浓缩带负电荷的物种,浓度可达2倍。对于进一步的应用,该方法方便、简单,可实现高通量浓缩流程和较高的预富集系数。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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