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首页> 外文期刊>International Journal of Heat and Mass Transfer >Thermodynamics bifurcations of boiling structure
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Thermodynamics bifurcations of boiling structure

机译:沸腾结构的热力学分支

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Boiling system is a typical open dissipative structure. The criterion for the transition of boiling modes is derived based on non-equilibrium thermodynamics. It is found that the transitions between different boiling regimes correspond the first thermodynamics bifurcation and second thermodynamics bifurcation: system develops tending to minimize the entropy generation. The self-organized transition processes among different boiling models caused by the interactions among active sites or dry patches that result in the formation of boiling dissipative structure are then revealed from dynamic perspective. The present studies not only theoretically explain the experimental observations from other re- searchers, but also give deeper insight on essences of the transitions between different boiling modes.
机译:沸腾系统是典型的开放式耗散结构。沸腾模式转变的标准是基于非平衡热力学得出的。发现不同沸腾状态之间的转变对应于第一热力学分叉和第二热力学分叉:系统发展趋向于使熵的产生最小化。然后从动力学的角度揭示了由沸腾耗散结构形成导致活性位点或干燥斑块之间相互作用引起的不同沸腾模型之间的自组织转变过程。本研究不仅从理论上解释了其他研究者的实验观察,而且对不同沸腾模式之间转换的本质有了更深入的了解。

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