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Design and Simulation of a Novel Micro-mixer with Baffles and Side-wall Injection into the Main Channel

机译:具有挡板和侧壁注入的新型微搅拌器的设计与仿真到主通道中

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摘要

A novel passive micromixer with rapid mixing and low pressure drop has been successfully demonstrated by simulations and micro-fabrication. The structure of this micro-mixer contains one main channel, two sub-channels for injecting the other specie and some baffles in the main channel to form mixing chambers. Adding baffles to the main channel will produce the recirculation to increase the contact area of the fluids and form nozzles. So, this type of design can improve mixing efficiency. The better stream mixing is attributed to the higher baffle, the more baffle number and the higher flow rates. From the design aided by simulations, the design with 3 baffles of 300 mum height is adaptive for uniform mixing ( 90% mixing) and low supplied pressure of 4750 Pa at Re of 100 in the 3D simulation.
机译:通过模拟和微制造成功地证明了一种具有快速混合和低压降的新型被动微混合物。 该微混合器的结构包含一个主通道,两个子通道,用于注入另一个物种以及主通道中的一些挡板以形成混合室。 向主通道添加挡板将产生再循环以增加流体的接触面积并形成喷嘴。 因此,这种类型的设计可以提高混合效率。 更好的流混合归因于较高的挡板,挡板数量越多,流量越高。 从设计的辅助模拟中,具有300毫米高度的3个挡板的设计是在3D模拟中均匀混合(90%混合)和4750Pa的低提供压力的适应性。

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