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Frost Self-Removal Mechanism during Defrosting on Vertical Superhydrophobic Surfaces: Peeling Off or Jumping Off

机译：在垂直超疏水表面上除霜期间的霜冻自除机制：剥离或跳跃

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Fuqiang Chu; Dongsheng Wen; Xiaomin Wu;
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1. Frost Self-Removal Mechanism during Defrosting on Vertical Superhydrophobic Surfaces: Peeling Off or Jumping Off [J] . Chu Fuqiang, Wen Dongsheng, Wu Xiaomin Langmuir: The ACS Journal of Surfaces and Colloids . 2018,第48期

机译：在垂直超疏水表面上除霜期间的霜冻自除机制：剥离或跳跃
2. Effects of frost thickness on dynamic defrosting on vertical hydrophobic and superhydrophobic fin surfaces [J] . Wang Feng, Liang Caihua, Yang Weibo, Energy and Buildings . 2020,第Sepa期

机译：霜冻厚度对垂直疏水性和超疏水翅片表面动态除霜的影响
3. Self-propelled drop jumping during defrosting and drainage characteristic of frost melt water from inclined superhydrophobic surface [J] . Li Dong, Qian Chenlu, Gao Shangwen, International Journal of Refrigeration . 2017,第期

机译：从倾斜超疏水表面的霜冻熔化水的除霜和排水特性自推进滴跳
4. Dynamics of Frost Growth on Vertical Superhydrophobic Surfaces [C] . Kalyan S BOYINA, Kazi Fazle RABBI, Wei SU, International Refrigeration and Air Conditioning Conference at Purdue . 2018

机译：垂直超疏水表面霜冻生长的动态
5. A comparison of a standard warm-up model and a dynamic warm-up model on flexibility, strength, vertical jump height, and vertical jump power. [D] . Aguilar, Alain J. 2006

机译：标准预热模型和动态预热模型在灵活性，强度，垂直跳高和垂直跳功率方面的比较。
6. Self-jumping Mechanism of Melting Frost on Superhydrophobic Surfaces [O] . Xiaolin Liu, Huawei Chen, Zehui Zhao, -1

机译：超疏水表面融化霜的自跳机理
7. Atmospheric Corrosion Protection Performance and Mechanism of Superhydrophobic Surface Based on Coalescence-Induced Droplet Self-Jumping Behavior [O] . -1

机译：基于聚结诱导的液滴自跳行为的超疏水表面大气腐蚀保护性能及机理

Frost Self-Removal Mechanism during Defrosting on Vertical Superhydrophobic Surfaces: Peeling Off or Jumping Off

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