The influence of electric field intensity and interelectrode spacing on the main parameters of boiling process under the conditions of electrohydrodynamic flow has been studied. It has been established that the effect of field falls with the increase in the heat flow density. The optimal interelectrode spacing when the highest heat transfer can be achieved is revealed. The hydrodynamic picture of the two-phase flow in relation to the heat transfer rate is analyzed on the basis of visual observations and high-speed filming of the process. The calculation relationships that satisfactorily agree with the experimental results are obtained.

中文翻译：

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电动流体流动对沸腾传热的作用

研究了在电动流体流动条件下，电场强度和电极间距对沸腾过程主要参数的影响。已经确定，场效应随着热流密度的增加而下降。揭示了可以实现最高热传递时的最佳电极间间距。基于目视观察和过程的高速成膜，分析了两相流与传热速率有关的流体力学图。得到与实验结果令人满意的计算关系。