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Electroosmotic Flow through Porous Materials

机译:通过多孔材料的电渗流

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摘要

Electroosmotic flow can be employed in many microfiuidic systems. Especially, highly porous materials are suitable since they generate significant flow rates and pressures. In the current research, we employ electroosmosis experiments using a relatively simple and cost-effective set-up including different sets of sintered packed beds of borosilicate micro spheres having a wider range of porosities. Various experiments are performed with varying applied electric field, and packed bed porosity. The flow rates are measured by tracking the air/liquid interface in a capillary which is connected to the packed bed. A mathematical model of the setup reveals the influence of the capillary flow on the flow rate of the electroosmotic flow.
机译:电渗流可用于许多微流体系统中。特别地,高度多孔的材料是合适的,因为它们产生显着的流速和压力。在当前的研究中,我们采用相对简单且具有成本效益的装置进行电渗实验,其中包括不同组的具有更大孔隙率的硼硅酸盐微球烧结填充床。在变化的施加电场和填充床孔隙率下进行了各种实验。通过跟踪连接到填充床的毛细管中的空气/液体界面来测量流速。该装置的数学模型揭示了毛细管流量对电渗流量的影响。

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