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。
Study on dropwise condensation heat transfer on composite electroplating surface;
蒸汽冷凝传热中，不凝气的存在严重恶化其传热过程。
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。
The mechanism of the formation of initial condensate droplets for dropwise condensation is still not clear.
滴形成机理一直是悬而未决的问题。
The surface can effectively reduce the copper surface free energy, thereby realizing vapor dropwise condensation.
本发明能有效降低紫铜表面自由能，从而实现蒸汽滴状冷凝。
The mechanism of droplets formation during the dropwise condensation has been analysed from the basic viewpoint of adsorption theory.
本文从吸附的观点出发给出了滴状冷凝过程中液滴的生成机制。
This new approach provides a thoughtful understanding that line tension play an important role in droplet movement and dropwise condensation.
对于深入认识线张力在液滴运动以及滴状冷凝传热过程中的作用有积极意义。
The dropwise condensation is a typical fractal growth process, according to the experimental data and conclusions published in last 30 years.
本文根据近三十年来在珠状凝结换热研究中积累的实验研究资料，提出珠状凝结是一种典型的分形生长过程。
Therefore, the mechanism of the formation initial condensate droplets for dropwise condensation accords with the hypothesis of surface nucleation sites.
因此，滴状冷凝初始液滴形成机理符合成核中心假说。
Dropwise condensation heat transfer characteristics of saturated steam-air mixture were investigated experimentally on a vertical organic-film-coated plate.
本文对饱和水蒸气和空气的混合物在垂直表面上滴状冷凝传热特性进行了实验研究。
A preparation method of a vapor dropwise condensation heat transfer surface comprises: pre-processing, self-assembling, loading ion liquid cation and post-processing.
一种蒸汽滴状冷凝换热表面的制备方法，包括：预处理、自组装、加载离子液体阳离子、后处理等步骤。
Many researches showed that, the coalescence is the main reason to speed up the movement of drops on the surface with gradient surface energy and separate from the surface in dropwise condensation.
已有的研究工作表明：液滴的聚合是加快梯度能表面材料表面上液滴运动和滴状凝结中液滴快速运动的主要原因。
Many researches showed that, the coalescence is the main reason to speed up the movement of drops on the surface with gradient surface energy and separate from the surface in dropwise condensation.
已有的研究工作表明：液滴的聚合是加快梯度能表面材料表面上液滴运动和滴状凝结中液滴快速运动的主要原因。
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