滴状的

The mechanism of the formation of initial condensate droplets for dropwise condensation is still not clear.

滴状冷凝初始液滴形成机理一直是悬而未决的问题。

In the process of dropwise condensation, small droplets grow by direct condensation and large ones grow by coalescence.

在滴状冷凝过程中，较小的液滴主要靠直接冷凝长大，较大的液滴主要由合并产生。

The mechanism of the formation of initial condensate droplets for dropwise condensation is still in suspense.

滴状冷凝初始液滴形成机理一直是悬而未决的问题。

Although there are a large amount of studies related to dropwise condensation in respect of it s high heat transfer coefficient, the mechanism of droplets formation is still unclear.

滴状冷凝具有较高的冷凝传热系数，本文研究了这一现象的传热机理，同时进一步研究了几种获得滴状冷凝的方法。

In order to further study the theory of dropwise condensation, the effects of surface topography of material and apparent contact angle on heat transfer in dropwise condensation are investigated in this paper based on the theoretical model of dropwise condensation established by former researchers.

为了从理论上对滴状冷凝进行更深入地研究，本文在实验的基础上对前人关于滴状冷凝的数学模型进行修正，考虑了冷凝表面形貌及表观接触角对滴状冷凝传热的影响。

Through the study of the effect of contact angle on heat transfer in dropwise condensation, it has been demonstrated that an optimum contact angle in dropwise condensation exists from the view of heat transfer.

通过接触角对滴状冷凝传热影响的理论研究，从传热学角度证明了滴状冷凝过程中最佳接触角的存在。

Finally, in consideration of the interfacial interaction between liquid and solid, a new model for dropwise condensation heat transfer was proposed by using the population balance concept and considering the effect of surface topography and contact angle.

最后，针对液固界面相互作用对滴状冷凝传热的影响，以液滴数平衡概念为基础，考虑表面形貌和表观接触角对冷凝传热的作用，建立了新的滴状冷凝传热模型。

And heat transfer coefficient of dropwise condensation on several surfaces was measured accurately with Hewlett-Packard 3852A Data Acquisition/Control Unit.

最后，又利用HP3852A数据采集系统，研究了滴状冷凝的动态特性，并用直接测温法测定了几种表面的滴状冷凝传热系数。

By virtue of Micro Focus High Speed Photography technique and digital image processing technique, the gravitation, electromagnetic force and the maintaining force rooted in the surface tension of the little guttate metal in droplet forming process were analyzed and calculated quantificationally.

通过微距高速摄像技术和数字图像处理技术对熔滴成形过程中小滴状熔液所受的重力、电磁力以及表面张力提供的支持力进行了分析和定量计算，认为表面张力所提供的支持力远大于电磁力和重力共同导致的促使小滴状熔液下落的力。

After histochemistry determination, it shows that dioscin take the form of liquid drop and exists mainly in the cells of parenchyma of ground tissue.

经组织化学测定，根状茎中薯蓣皂甙主要存在于基本组织的薄壁细胞中，呈液滴状。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。