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Micro-fluidic oscillator having a sudden expansion region at the nozzle outlet

机译:微流体振荡器在喷嘴出口处突然膨胀

摘要

A micro-fluidic oscillator comprises a main body and a cover body for covering the main body. An oscillation chamber is disposed on the main body to provide an oscillation space for fluid. A sudden-expansion micro-nozzle is connected with one end of the oscillation chamber, and an outlet passage is connected with the other end of the oscillation chamber. Two fluid-separating bodies are located at the connection positions of the outlet passage and the oscillation chamber, respectively. Two feedback channels are located outside two attachment walls. The sudden-expansion micro-nozzle is used to break the viscous shear stress between fluid and the walls and to generate unstable flow and oscillation. Moreover, the two feedback channels have different lengths, inside diameters and alternate outlet positions to further enhance the oscillation of fluid.
机译:微流体振荡器包括主体和用于覆盖主体的盖体。振荡室设置在主体上以提供用于流体的振荡空间。突然膨胀的微喷嘴与振荡室的一端连接,并且出口通道与振荡室的另一端连接。两个流体分离体分别位于出口通道和振荡室的连接位置。两个反馈通道位于两个附件壁的外部。突然膨胀的微喷嘴用于破坏流体和壁之间的粘性剪切应力,并产生不稳定的流动和振荡。而且,两个反馈通道具有不同的长度,内径和交替的出口位置,以进一步增强流体的振荡。

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