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Emission modes in electro co-flow

机译:电气融合中的发射模式

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We apply an electric field to a moderately conducting liquid surrounded by another co-flowing liquid, all inside a glass-based microfluidic device, and study and classify the resulting emission modes. The viscosity and flow rate of the co-flowing liquid affect the number of modes observed in classical electrospray as well as their geometrical characteristics. In particular, we observe a two-dimensional whipping mode not described before. We also provide a qualitative description of some of the modes, including dripping, electrodripping, microdripping, the cone-jet mode, and both the two- and three-dimensional whipping modes. Published under license by AIP Publishing.
机译:我们将电场应用于由另一个共流液体包围的适度导电液体,所有内部玻璃基微流体装置内部,以及研究和分类所得的发射模式。 共流液体的粘度和流速影响了经典电喷雾中观察到的模式的数量以及它们的几何特征。 特别是,我们观察到之前未描述的二维次次模式。 我们还提供了一些模式的定性描述,包括滴水,电耗,微掺杂,锥形喷射模式和两维次次模式。 通过AIP发布在许可证下发布。

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