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许多研究者对纤维层的压力损失进行了大量的研究，并取得了良好的结果。不过，这些研究均是假定气流为小雷诺数流，即展流。然而静电增强纤维层常常在大雷诺流中运行．本文给出了大雷诺数流场中单位长度纤维上无量纲流体阻力的定义式，并用类比法求得了无量纲流体阻力和纤难层压力损失的计算式。根据质量守衡定律，本文还定量分析了静电增强纤维层在荷尘状态下的特征。最后，用实验证实了这些研究结果．
Many researchers have conducted extensive research on the pressure loss of fiber layers and achieved good results. However, these studies assume that the airflow is a small Reynolds number flow, ie, a flow. However, static-reinforced fiber layers often run in large Reynolds flow. In this paper, the definition of the dimensionless fluid resistance per unit length fiber in the large Reynolds number flow field is given, and the formula for calculating the dimensionless fluid resistance and the pressure loss of the hard fiber layer is obtained by the analogy method. According to the law of mass conservation, this paper also quantitatively analyzes the characteristics of the static reinforced fiber layer in the state of dust. Finally, the results of these studies were confirmed experimentally.