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Research on Droplet spreading on Substrate Influenced by Droplet Flying Velocity

机译:液滴飞散速度对液滴在基体上扩散的影响

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Droplet spreading characteristics on substrate make great effect on inkjet printing quality, but the ink viscosity, substrate surface parameters all and droplet flying velocity all affect droplet spreading on substrate. In this paper, we just research on droplet spreading on Substrate been influenced by droplet flying velocity from inkjet print-head to substrate. We set up numerical model of flying droplet based on moment equation and energy conservation equation, so that we can get theoretically result, then keep ink viscosity and substrate surface parameters invariableness, just change the droplet flying velocity, and from the analysis result, we find the relationship between droplet flying velocity and droplet spreading characteristic. From the experiment result, we amend the model for droplet, so that we get a correct numerical model for droplet spread, and in this model droplet velocity is the only variable.
机译:液滴在基材上的散布特性对喷墨打印质量有很大影响,但是油墨粘度,基材表面参数以及液滴的飞散速度均会影响液滴在基材上的散布。在本文中,我们只是研究液滴在基材上散布的过程,这些液滴受喷墨打印头到基材之间的液滴飞散速度的影响。我们基于矩方程和能量守恒方程建立了液滴的数值模型,以便可以得到理论上的结果,然后保持油墨粘度和承印物表面参数不变,只需改变液滴的飞行速度,从分析结果中可以发现液滴飞行速度与液滴散布特性之间的关系。从实验结果出发,我们对液滴的模型进行了修正,从而获得了正确的液滴扩散数值模型,并且在该模型中,液滴速度是唯一的变量。

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