1.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。
2.The pastes are formed by adding dispersant to the sample dropwise, while mixing it with a spatula.
通过将分散剂逐滴加入到样品中，用抹刀将它们混合，糊剂就成形了。
3.Cautiously add, dropwise, 30 percent hydrogen peroxide, allowing the reaction to subside and again heating between drops.
逐滴小心地加入30%的过氧化氢，每加一滴均要等反应平息后再次加热。
4.Pressure difference between inside and outside of a drop and its critical radius in dropwise condensation
滴状冷凝中液滴的内外压差及临界半径
5.Experimental Study of Steam Dropwise Condensation on Polytetrafluoroethylene Film
聚四氟乙烯薄膜表面滴状冷凝传热实验研究
6.Experimental Investigation of Tube-outside Dropwise Condensation Heat Exchange of a Corrugated Tube
波槽管管外珠状凝结换热的实验探讨
7.The Pulsating Feature of the Dancing Droplets and Droplet Radius Ratio of Adjacent Generations in the Fractal Model of Dropwise Condensation
滴状冷凝中液滴的脉动规律及分形分布模型中相邻两代液滴半径比参数
8.A Study of Heat Transfer Performances of Dropwise Condensation on the Ultrathin PTFE Surfaces
超薄PTFE表面上滴状冷凝的传热研究
9.Theoretical study of dropwise condensation heat transfer
滴状冷凝传热的理论模型与计算
10.Dropwise Condensation Heat Transfer Coefficient on the Horizontal Circular Surface with Radial Gradient Surface Energy
圆形径向梯度表面能材料表面的凝结换热系数