Study of the Effect of the Frequency on Performance of Magnetic Based Micro Pump

Z. Derafshi, M. Mousavi, R. P. Zangabad, M. Bahrami
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Abstract

In the studied micro pump, magnetic micro beads have been used for both pumping and valving purposes. Micro beads, which have been concentrated and actuated magnetically, fill the cross section of the channel of the micro pump. Movement of the magnetic field in any direction causes the micro beads to move in the same direction, so the micro beads can pump the fluid. Current carrying structures have been used to produce a magnetic field. The performance of the micro pump directly depends on the frequency of application of the current to the current carrying structures. In this paper, in order to improve the performance of the micro pump, study of the effect of frequency has been presented. For simulations, COMSOL 3.5a has been used.
频率对磁基微泵性能影响的研究
在所研究的微泵中,磁性微珠被用于泵送和阀门的双重目的。微珠经磁浓缩驱动后,填充在微泵的通道横截面上。磁场在任何方向上的运动都会使微珠沿同一方向运动,因此微珠可以泵送流体。载流结构已被用来产生磁场。微泵的性能直接取决于电流对载流结构施加的频率。为了提高微泵的性能,本文研究了频率对微泵性能的影响。模拟使用COMSOL 3.5a。
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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