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AN INVESTIGATION OF THERMOCAPILLARY EFFECTS ON THE WETTING CHARACTERISTICS OF A HEATED, CAPILLARY RE-SUPPLIED, CURVED MENISCUS WITHIN A CAPILLARY PORE

机译：对毛细血管孔隙中加热，毛细管重新供应的润湿特性的热量施用研究

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An investigation of thermocapillary effects on a heated, evaporating meniscus formed by a wetting liquid in a vertical capillary tube has been completed Experiments were conducted to primarily observe how the wetting characteristics of the working fluid (pentane) are affected by the dynamics associated with the heating of and evaporation from a meniscus. The results have demonstrated that interfacial thermocapillary stresses arising from liquid-vapor interfacial temperature gradients can noticeably degrade the ability of the liquid to wet the pore.

机译：在垂直毛细管中的湿液中形成的热量蒸发弯月面对热量的蒸发弯月面已经完成实验，进行了实验，主要观察到工作流体（戊烷）的润湿特性受与加热相关的动力学的影响从弯月面蒸发。结果表明，由液 - 蒸汽界面温度梯度产生的界面热量胁迫会显着降低液体润湿孔的能力。

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《National Heat Transfer Conference》|1996年||共8页
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David M. Pratt; Kevin P. Hallinan;
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1. Binary Fluid Mixture and Thermocapillary Effects on the Wetting Characteristics of a Heated Curved Meniscus [J] . David M. Pratt, Kenneth D. Kihm Journal of Heat Transfer . 2003,第5期

机译：二元流体混合物和热毛细管作用对加热弯曲弯液面的润湿特性的影响
2. Experimental investigation of self-induced thermocapillary convection for an evaporating meniscus in capillary tubes using micro-particle image velocimetry [J] . Buffone C, Sefiane K, Christy JRE Physics of fluids . 2005,第5期

机译：微粒图像测速法自感热毛细管对流蒸发毛细管中弯月面的实验研究
3. APS -APS March Meeting 2017 - Event - Microsphere Wetting, Meniscus Structure, and Capillary Interactions on a Curved Liquid Interface [J] . Paul Kim, Anthony Dinsmore, David Hoagland, Bulletin of the American Physical Society . 2017,第4期

机译：APS -APS 2017年3月会议-活动-弯曲液体界面上的微球润湿，弯液面结构和毛细管相互作用
4. AN INVESTIGATION OF THERMOCAPILLARY EFFECTS ON THE WETTING CHARACTERISTICS OF A HEATED, CAPILLARY RE-SUPPLIED, CURVED MENISCUS WITHIN A CAPILLARY PORE [C] . David M. Pratt, Kevin P. Hallinan National Heat Transfer Conference . 1996

机译：对毛细血管孔隙中加热，毛细管重新供应的润湿特性的热量施用研究
5. An experimental and numerical investigation of thermocapillary driven phenomena for evaporating menisci in capillary tubes related to microelectronics cooling. [D] . Buffone, Cosimo. 2004

机译：实验和数值研究的热毛细管驱动现象蒸发与微电子冷却有关的毛细管中的弯液面。
6. Extraction of pore-morphology and capillary pressure curves of porous media from synchrotron-based tomography data [O] . Feifei Yang, Ferdinand F. Hingerl, Xianghui Xiao, -1

机译：从基于同步加速器的层析成像数据中提取多孔介质的孔隙形态和毛细管压力曲线
7. Experimental Investigation of the Instability of a Heated Meniscus in a Capillary Tube [O] . Michel GARCIA, John POLANSKY, Hosei NAGANO, 2014

机译：毛细管中加热弯月面不稳定的实验研究
8. Evaporation from a Meniscus within a Capillary Tube in Microgravity [R] . Hallinan, K. P. 1993

机译：微重力下毛细管内半月板的蒸发

AN INVESTIGATION OF THERMOCAPILLARY EFFECTS ON THE WETTING CHARACTERISTICS OF A HEATED, CAPILLARY RE-SUPPLIED, CURVED MENISCUS WITHIN A CAPILLARY PORE

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