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首页> 外文期刊>Technical physics letters: Letters to the Russian journal of applied physics >An Experimental Investigation of the Film Boiling of Subcooled Water by Gradient Heat Flux Measurement
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An Experimental Investigation of the Film Boiling of Subcooled Water by Gradient Heat Flux Measurement

机译:梯度热通量测量梯度热通量测量薄伞泡沫沸水的实验研究

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摘要

The process of subcooled water boiling is qualitatively described based on data obtained using gradient heat flux measurement. The proposed method was used for the first time for measuring the heat flux per unit area during film boiling that takes place on the endface of a cylinder submerged in subcooled water. Based on these results, the time distribution of the heat flux per unit area are constructed and the relationship between the heat flux per unit area and heat-transfer coefficient is estimated.
机译:基于使用梯度热通量测量获得的数据定性描述过冷水沸腾的过程。 所提出的方法首次使用用于在膨胀在过冷水中的圆柱体的端面上测量每单位面积的热量的热量。 基于这些结果,构造了每单位面积的热量通量的时间分布,并且估计每单位面积的热量与传热系数之间的关系。

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