Plasma treatment of silicone oil- infused surfaces switches impact of water droplets from bouncing to tanner-like spreading

Victor Multanen; Gene Whyman; Evgeny Shulzinger; Viktor Valtsifer; Edward Bormashenko

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Plasma treatment of silicone oil- infused surfaces switches impact of water droplets from bouncing to tanner-like spreading

机译：硅氧烷的等离子体处理硅氧化合物对水滴的影响与坦纳般的展开的影响

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?Bouncing of water droplets on silicone-oil-infused microporous surfaces is reported.

?Cold plasma treatment of oil-infused surfaces switches the quasi-elastic bouncing to the spreading.

?The final stage of spreading is governed by the Tanner-like kinetics.

?The semi-qualitative analysis of bouncing is introduced.

?The plasma treatment exerts the dramatic influence on wetting events occurring on oil-infused surfaces.

Abstract

Bouncing of water droplets on col

机译：<！[cdata [

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？

？冷等离子体处理油注入表面开关准弹性弹跳到扩展。

？扩展的最终阶段由Tanner样动态管理。

？介绍了弹跳的半定性分析。

？等离子体治疗施加了戏剧性的影响在油注入表面上发生的润湿事件。

抽象

< CE：简单段ID =“SPAR0050”视图=“全部”> Col上的水滴弹跳

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来源
《Colloids and Surfaces, A. Physicochemical and Engineering Aspects 》 |2018年第2018期| 共7页
作者
Victor Multanen; Gene Whyman; Evgeny Shulzinger; Viktor Valtsifer; Edward Bormashenko;
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作者单位

Ariel University Engineering Faculty Chemical Engineering Biotechnology and Materials Department;

Ariel University Natural Science Faculty Physics Department;

Ariel University Natural Science Faculty Physics Department;

Institute of Technical Chemistry UB RAS;

Ariel University Engineering Faculty Chemical Engineering Biotechnology and Materials Department;

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原文格式 PDF
正文语种 eng
中图分类胶体化学（分散体系的物理化学） ;
关键词
Cold plasma; Oil-infused surface; Silicone oil; Water droplets; Bouncing; Tanner-like spreading;

机译：冷等离子体;油注入表面;硅油;水滴;弹跳;坦纳般的蔓延;

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1. Plasma treatment of silicone oil- infused surfaces switches impact of water droplets from bouncing to tanner-like spreading [J] . Victor Multanen, Gene Whyman, Evgeny Shulzinger, Colloids and Surfaces, A. Physicochemical and Engineering Aspects . 2018 ,第期

机译：硅氧烷的等离子体处理硅氧化合物对水滴的影响与坦纳般的展开的影响
2. Spreading and bouncing of liquid alkane droplets upon impacting on a heated surface [J] . Mengxiao Qin, Yang Guo, Chenglong Tang, International Journal of Heat and Mass Transfer . 2020 ,第Octa期

机译：液体烷烃液滴撞击加热表面时的扩散和弹跳
3. Computational study of bouncing and non-bouncing droplets impacting on superhydrophobic surfaces [J] . Bange Prathamesh G., Bhardwaj Rajneesh Theoretical and Computational Fluid Dynamics . 2016 ,第3期

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4. Spreading behaviors of silicone droplet impact on flat solid surface: Experiments and VOF simulations [C] . Xingjian Yu, Bofeng Shang, Bin Xie, International Conference on Electronic Packaging Technology . 2015

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7. Fabrication of Novel Superhydrophobic Surfaces and Droplet Bouncing Behavior - Part 2: Water Droplet Impact Experiment on Superhydrophobic Surfaces Constructed Using ZnO Nanoparticles [O] . Wang Bin-Bin, Zhao Ya-Pu, Yu Tongxi 2011

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Plasma treatment of silicone oil- infused surfaces switches impact of water droplets from bouncing to tanner-like spreading

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