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引用次数: 4
摘要
本文将研究几种电流体动力(EHD)离子拖动微泵的设计。目的是确定几个设计参数对压力-电压关系的影响。微泵通道的整体尺寸为500 μ m x 480 μ m x 60 μ m。在模拟中测试了四种设计，其中电极之间的间隙(S)和电极对之间的间隙(D)的不同组合，以检查它们对泵送性能的影响。小间隙(S)和大间隙(D)的设计具有最佳的泵送性能。
On the Design of an Electrohydrodynamic Ion-Drag Micropump
In this paper, several designs of an Electrohydrodynamic (EHD) Ion-Drag Micropump will be investigated. The goal is to determine the effect of several design parameters on the pressure-voltage relationship. The overall dimensions of the micropump channel are 500 µm x 480µm x 60µm. Four designs were tested in simulation with different combinations of the gap between the electrodes (S) and the gap between the electrode pairs (D) to examine their impact on the pumping performance. The design with small gap (S) and large gap (D) was found to have the best pumping performance.
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