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首页> 外文期刊>Experimental Thermal and Fluid Science: International Journal of Experimental Heat Transfer, Thermodynamics, and Fluid Mechanics >Effects of external electric field on pool boiling: Comparison of terrestrial and microgravity data in the ARIEL experiment
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Effects of external electric field on pool boiling: Comparison of terrestrial and microgravity data in the ARIEL experiment

机译:外部电场对水池沸腾的影响:ARIEL实验中地面和微重力数据的比较

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Pool boiling in microgravity, in the presence of an electric field or less, was investigated in ARIEL test setup, integrated in Fluidpac facility, on Foton-M2 orbital mission. The nucleate boiling curve with FC-72 was measured in terrestrial and reduced gravity conditions, on a heated surface whose size was relevant from a technical point of view, for various degrees of fluid subcooling and high heat rates. An external electrostatic field was also added to investigate its use as a possible replacement of buoyancy. Counterpart tests were carried out in the same apparatus in normal gravity, before the mission. The present paper deals in particular with the comparison between boiling performance in normal and reduced gravity in the entire experimental range.
机译:在福田-M2轨道飞行任务中,在集成在Fluidpac设施中的ARIEL测试装置中,研究了在电场或以下电场下微重力下的池沸腾情况。在地面和重力降低的条件下,对于不同程度的流体过冷和高热率,在地面和重力降低的条件下,在尺寸与技术相关的受热表面上,测量了FC-72的核沸腾曲线。还添加了外部静电场来研究其可能用作浮力的替代方法。任务执行前,在正常重力下在同一设备中进行对位测试。本文主要涉及在整个实验范围内正常沸腾性能和降低重力下的沸腾性能之间的比较。

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