Reverese electrodialysis based nanofluidic power generator with multiple cells

机译：具有多个电池的基于反向电渗析的纳米流体发电机

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In this study, we propose a nanofluidic power generator inspired by an electrical eel to harness ion concentration gradient by reverse electrodialysis (RED). The key element for nanofluidic device, cation-exchange NCNM (CE-NCNM) and anion-exchange NCNM (AE-NCNM) constructed by self-assembled nanoparticles with hydroxyl and amine groups, respectively, enable high ionic current through 3-dimensional nanochannel networks for efficient power generation. The system performance is investigated by changing the number of serially stackable cells and intermembrane distance between cells.

机译：在这项研究中，我们提出了一种纳米流体发电器，该发电器受到电鳗的启发，通过反向电渗析（RED）利用离子浓度梯度。纳米流体装置的关键元素，分别由具有羟基和胺基的自组装纳米颗粒构成的阳离子交换NCNM（CE-NCNM）和阴离子交换NCNM（AE-NCNM），可通过3维纳米通道网络实现高离子电流。高效发电。通过更改可串行堆叠的单元的数量和单元之间的跨膜距离来研究系统性能。

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《International Conference on Solid-State Sensors, Actuators and Microsystems》|2017年|1824-1827|共4页
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Cong Wang; Eunpyo Choi; Jungyul Park;
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biochemistry; biomembrane transport; bioMEMS; cellular biophysics; nanobiotechnology; nanofluidics; nanoparticles; negative ions; positive ions; self-assembly;

机译：生物化学;生物膜运输; bioMEMS;细胞生物物理学;纳米生物技术;纳米流体;纳米粒子;负离子;正离子;自组装;

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1. Nanofluidic crystal: A facile, high-efficiency and high-power-density scaling up scheme for energy harvesting based on nanofluidic reverse electrodialysis [J] . Ouyang W., Wang W., Zhang H., Nanotechnology . 2013,第34期

机译：纳米流体晶体：基于纳米流体反向电渗析的能量收集的简便，高效，高功率密度放大方案
2. Understanding the Giant Gap between Single-Pore- and Membrane-Based Nanofluidic Osmotic Power Generators [J] . Jun Gao, Xueli Liu, Yanan Jiang, Small . 2019,第11期

机译：了解单孔隙和基于膜的纳米流体渗透发电机之间的巨大差距
3. Performance analysis of clock pulse generators and design of low power area efficient shift register using multiplexer based clock pulse generator [J] . Murugasami R., Ragupathy U. S. Microelectronics journal . 2020,第Nova期

机译：基于多路复用器的时钟脉冲发生器的时钟脉冲发生器性能分析和低功率区域高效移位寄存器的设计
4. Reverese electrodialysis based nanofluidic power generator with multiple cells [C] . Cong Wang, Eunpyo Choi, Jungyul Park International Conference on Solid-State Sensors, Actuators and Microsyste-ms . 2017

机译：基于逆转电渗析的纳米流体发电机，具有多个细胞
5. Micro/Nanofluidics Based Electroporation for Precise Material Delivery to Cells. [D] . Zhao, Xi. 2014

机译：基于微/纳米流体的电穿孔技术，可以将材料精确地传递到细胞中。
6. Mechanically strong MXene/Kevlar nanofiber composite membranes as high-performance nanofluidic osmotic power generators [O] . Zhen Zhang, Sheng Yang, Panpan Zhang, -1

机译：具有机械强度的MXene / Kevlar纳米纤维复合膜可作为高性能纳米流体渗透力发生器
7. Blue Energy: Understanding the Giant Gap between Single‐Pore‐ and Membrane‐Based Nanofluidic Osmotic Power Generators (Small 11/2019) [O] . Jun Gao, Xueli Liu, Yanan Jiang, 2019

机译：蓝能：了解单孔隙和膜的纳米流体渗透发电机之间的巨大差距（小11/2019）

Reverese electrodialysis based nanofluidic power generator with multiple cells

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