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Carbon Nanotube Collections by Electro-Osmosis in Microfluidic Systems

机译:通过微流体系统电渗透碳纳米管收集

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Alternating current electro osmosis has been used both for imparting motion to fluid and for the concentration of colloidal particles in suspension. The technique has been utilised by microelectromechanical systems for lab on a chip and micro total analysis system for microfluidic devices. In this work, the phenomenon has been adopted to manipulate carbon nanotube suspensions. Colloidal particles are trap on the surface of the electrode for various applications. The result indicates the optimum signal determining the behaviour of carbon nanotube.
机译:已经使用交替电流电渗透,用于赋予流体的运动和悬浮液中胶体颗粒的浓度。 本技术已经通过用于微流体装置的芯片和微量分析系统的实验室微机电系统。 在这项工作中,已经采用该现象来操纵碳纳米管悬浮液。 胶体颗粒在电极表面上是各种应用的陷阱。 结果表示确定碳纳米管的行为的最佳信号。

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