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EXPERIMENTAL RESEARCH OF HEAT TRANSFER ENHANCEMENT AND THERMAL STABILITY AT POOL BOILING ON POROUS SURFACES.

机译:多孔表面泡沫沸腾热传递增强和热稳定性的实验研究。

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This work is dedicated to investigation of boiling regimes and transition processes at boiling of nitrogen on the surfaces with porous coalings. Experimental confirmation was received for existence of some typical for boiling on porous surfaces effects, such as, the presence of two regimes of nucleate boiling, non-monotone dependence of critical heat flux of the coaling. The mechanism of development of the first and the second crisis of boiling were studied by thermogram methode. The experimental results correspond fully to the percolation model of thickness crisis at boiling on porous surfaces.
机译:这项工作致力于调查沸腾制度和多孔耦合表面上氮的沸腾过程中的过渡过程。 收到实验证据,以存在一些典型的沸腾对多孔表面的效果,例如,核心沸腾的两种制度的存在,非单调的临界热通量的临界热通量。 通过热分析仪研究了第一和第二次沸腾危机的发展机制。 实验结果完全对应于多孔表面沸腾厚度危机的渗透模型。

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