The accumulation of ice on surfaces will bring safety issues to various human activities.
Researchers have been actively developing superhydrophobic surfaces (SHS) as good anti …

Ice buildup occurs through multiple routes of frost formation, condensate freezing, and
supercooled raindrops. Therefore, it is crucial to integrate multiple anti-and de-icing …

Superhydrophobic surfaces (SHSs) have shown significant potential in the anti-icing field
over the past decade. In this work, we conduct impact experiments of supercooled drops on …

Bouncing droplets on solid surfaces is of great significance in diversified applications such
as anti-icing and self-cleaning. It is important to establish a unified model to predict whether …

Superhydrophobic surfaces have shown significant potential for the passive anti-icing
application due to their unique water repellency. Reducing the contact time between the …

A droplet impinging on a superhydrophobic substrate in an electric field is an important
process in droplet manipulation and electrostatic spraying. Here, the entire impinging …

非牛顿流体液滴撞击固体表面的行为广泛存在于多种工农业生产中, 然而目前相关研究主要关注
牛顿流体, 非牛顿流变特性对液滴撞击动力学的影响机制还有待探索. 本文研究了纯剪切变稀 …

Droplet impact and freezing on cold surfaces is a widely encountered multi-physical
phenomenon involving droplet deformation and the liquid–solid phase change. Due to its …

The rebound dynamics of a microscale supercooled water droplet on cold superhydrophobic
surface is numerically studied. A three-dimensional numerical model based on level set …

The icing of glass insulators is likely to cause faults such as insulator flashover, which poses
a serious threat to the power system. Traditional deicing techniques have the disadvantage …