This paper deals with electroflocculation technology – with the process of nap cover formation from short charged fibers deposited on the warp surface in an electric field. It examines whether there is an optimum nap charge that assures minimum time of nap cover formation with the required density. The answer to this question is based on model for the density of the current generated by the charged moving nap, model of nap charge formation, and understanding of the interrelation of the ultimate nap cover density with the nap charge.

中文翻译：

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电絮凝技术中小睡电荷影响的理论分析

本文涉及电絮凝技术-通过在电场中沉积在经纱表面上的短带电纤维形成绒毛覆盖的过程。它检查是否有最佳的午睡电荷，以确保最短的午睡覆盖层形成时间和所需的密度。这个问题的答案是基于带电运动小睡所产生的电流密度的模型，小睡电荷形成的模型以及对最终小睡覆盖密度与小睡电荷之间相互关系的理解的。