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Liquid-vapour phase change : nucleate boiling of pure fluid and nanofluid under different gravity levels

机译:液体-气相相变:不同重力水平下纯流体和纳米流体的成核沸腾

摘要

This research was a step towards the comprehension of the nano-particles interaction with bubbles created during boiling. It was aimed at solving the controversies of whether the heat transfer is enhanced or deteriorated during the boiling of the nanofluid. Experiments were conducted in normal gravity and reduced gravity environments on-board the European Space Agency Parabolic Flight Program. The local modification of the thermo-physical properties of the fluid and moreover the modification experienced in the liquid microlayer under the growing vapour bubble were the dominant factors in explaining the mechanisms of the boiling behaviour of the nanofluid.
机译:这项研究是迈向理解纳米颗粒与沸腾过程中产生的气泡相互作用的一步。其目的是解决在纳米流体沸腾期间传热是增强还是恶化的争论。实验是在欧洲航天局抛物线飞行计划的正常重力和低重力环境下进行的。流体的热物理性质的局部改变,以及在增长的蒸汽泡下在液体微层中经历的改变,是解释纳米流体沸腾行为机理的主要因素。

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    Diana Antoine;

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