A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The investigation of plasma-induced wettability of liquid tin-capillary porous system
The bias voltage-accelerated plasma was developed to investigate the in-situ wetting between liquid tin (Sn) and capillary porous system (CPS). Low wetting temperature was achieved in comparison to traditional static method. During the plasma irradiation, the correlation among temperature step, optical emission spectrum of Sn atom and wetting phenomenon was disclosed and discussed, which could provide a hint for the wetting criterion of liquid metal-CPS. The results also showed that the wetting of Sn-CPS could maintain the liquid Sn from the MHD effect, while the liquid Sn droplet would be propelled to detach from CPS for the unwetted Sn-CPS. Keywords: Liquid tin, CPS, Wetting, Temperature step, Plasma, Optical emission spectrum
The investigation of plasma-induced wettability of liquid tin-capillary porous system
The bias voltage-accelerated plasma was developed to investigate the in-situ wetting between liquid tin (Sn) and capillary porous system (CPS). Low wetting temperature was achieved in comparison to traditional static method. During the plasma irradiation, the correlation among temperature step, optical emission spectrum of Sn atom and wetting phenomenon was disclosed and discussed, which could provide a hint for the wetting criterion of liquid metal-CPS. The results also showed that the wetting of Sn-CPS could maintain the liquid Sn from the MHD effect, while the liquid Sn droplet would be propelled to detach from CPS for the unwetted Sn-CPS. Keywords: Liquid tin, CPS, Wetting, Temperature step, Plasma, Optical emission spectrum
The investigation of plasma-induced wettability of liquid tin-capillary porous system
Zongbiao Ye (author) / Xiaochun Ma (author) / Pingni He (author) / Zhijun Wang (author) / Qiancheng Liu (author) / Qiang Yan (author) / Jianjun Wei (author) / Kun Zhang (author) / Fujun Gou (author)
2019
Article (Journal)
Electronic Resource
Unknown
Metadata by DOAJ is licensed under CC BY-SA 1.0
Dynamic Contact Angles, Wettability and Capillary Suction of Hydrophobic Porous Materials
| British Library Conference Proceedings | 2001
Wettability measurements on plasma treated synthetic fabrics by capillary rise method
| British Library Online Contents | 2003
| British Library Online Contents | 2013
Liquid lithium wettability studies on novel zirconium-alloyed porous tungsten
| DOAJ | 2023