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首页> 外文期刊>Journal of nano research >Modeling the Effect of External Electric Fields on the Dynamics of a Confined Water Nano-Droplet
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Modeling the Effect of External Electric Fields on the Dynamics of a Confined Water Nano-Droplet

机译:外部电场对狭窄水纳米液滴动力学的影响

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摘要

The effects of the application of constant electric fields on the dynamics of a confined water droplet between two different surfaces are investigated, by using a molecular dynamics method. It is found that the water molecules responded to the electric field, which partially depends on the wettability of the different surfaces. The results reveal that the application of external electric fields causes to create extra pressure on the surfaces, which are theoretically justified. The induced pressure could be experienced by multilayer nano-filters, which are used in desalination processes, with the aid of an external electric field, and may reduce the water filters shelf life.
机译:研究了应用恒定电场对两个不同表面之间的限制水滴动力学的影响,通过使用分子动力学方法来研究。 发现水分子响应电场,部分取决于不同表面的润湿性。 结果表明,外部电场的应用导致在理论上是合理的表面上的额外压力。 通过借助于外部电场,可以通过多层纳米过滤器经历诱导的压力,其用于脱盐过程中,借助于外部电场,可以减少水过滤器的保质期。

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