Dropwise condensation is the best approach to enhance heat transfer by means of surface tension.
滴状冷凝是利用表面张力作用强化冷凝传热的最理想途径。
参考来源 - 表面特征影响滴状冷凝初始液滴分布及传热模型的研究Up to surface free energies difference of 18-22 mJ/m2, condensation heat transfer coefficient approaches the peak value and dropwise condensation occurs.
表面自由能差在18～22 mJ／m~2范围冷凝传热系数出现高峰，即达到滴状冷凝。
参考来源 - 液固表面自由能差效应强化冷凝传热的机理研究·2,447,543篇论文数据，部分数据来源于NoteExpress
There are two kinds of condensation: dropwise condensation and film condensation.
凝结换热有两种形式：珠状凝结和膜状凝结。
Different conclusions exist about whether dropwise condensation can be maintained on chromium.
关于水蒸气在金属铬表面上能否形成滴状冷凝问题有各种不同的结论。
There are two methods of steam condensation, that is, dropwise condensation and filmwisecondensation.
蒸汽的冷凝有膜状凝结和珠状凝结两种方式。
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