BOILING CRISIS FROM THIN PARTICLE POROUS LAYERS IN A VACUUM STATE

机译：在真空状态下从薄颗粒多孔层沸腾危机

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The experiment on boiling crisis from thin particle porous layers in a vacuum state is conducted and the phenomena are videotaped. The effects of system vacuity and structure parameters on the critical heat flux (CHF) of the particle porous layer are revealed. Based on the observed boiling crisis phenomena, the evaporator model of porous-wall micro-thermosyphon with a liquid reservoir is employed to analyze vapour-liquid two-phase flow within micro-pore channels of the porous layer in a critical boiling state. By synthesizing experimental data, a correlation for predicting the CHF of the thin particle porous layer in a vacuum state is established.

机译：在真空状态下从薄粒子多孔层煮沸的沸腾危机的实验，并录像该现象。揭示了系统阳性和结构参数对粒子多孔层的临界热通量（CHF）的影响。基于观察到的沸腾危机现象，采用具有液体贮存器的多孔壁微热磷灰岩的蒸发器模型分析临界沸腾状态的多孔层的微孔通道内的汽液两相流。通过合成实验数据，建立了在真空状态下预测薄粒子多孔层CHF的相关性。

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《Int. Symposium on Heat Transfer》|1996年||共1页
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Q. M. Tong; H. J. Zhang;
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正文语种
中图分类传热学;
关键词
boiling crisis; micro-thermosyphon; particle porous layer; vacuum state;

机译：沸腾的危机;微热磷酸;粒子多孔层;真空状态;

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2. Formation of a Porous Nanoparticle Layer on a Heater Surface Upon the Boiling of a Nanofluid [J] . Sirotkina A. L., Fedorovich E. D., Sergeev V. V. High temperature: English translation of teplofizika vysokikh temperatur . 2018,第5期

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5. BOILING CRISIS FROM THIN PARTICLE POROUS LAYERS IN A VACUUM STATE [C] . Q. M. Tong, H. J. Zhang . 1996

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BOILING CRISIS FROM THIN PARTICLE POROUS LAYERS IN A VACUUM STATE

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