The Coupling Effect of Driving Forces to The Anti-gravity Flow in The Spiral Micro-channel

机译：螺旋微通道中驱动力与反重力流的耦合效应

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In this paper, the anti-gravity flow in the spiral micro-channel on the surface of horizontal tube was visualized by the three-dimensional ultra-microscope system. The coupling relationship between the driving force and the flow was studied by Onsager reciprocal relations. The results show that the formation of the anti-gravity flow in the spiral micro-channel on the surface of horizontal tube is impacted by the combining effect of several factors, such as the capillary pressure, wettability, temperature, and bubbles.

机译：本文利用三维超显微系统对水平管表面螺旋微通道中的反重力流动进行了可视化。利用Onsager倒数关系研究了驱动力与流量之间的耦合关系。结果表明，毛细压力，润湿性，温度和气泡等多种因素的综合作用影响了水平管表面螺旋微通道中反重力流的形成。

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《ASME international mechanical engineering congress and exposition;IMECE2011》|2012年|p.983-995|共13页
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Li Yan; Zhang Shuchao; Mei Ning;
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正文语种
中图分类机械设计、计算与制图;机械设计、计算与制图;
关键词
anti-gravity flow; coupling; the spiral micro-channel; driving force;

机译：反重力流耦合;螺旋微通道;推动力;

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The Coupling Effect of Driving Forces to The Anti-gravity Flow in The Spiral Micro-channel

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