STRUCTURES AND PARAMETERS OF NONWOVEN MATERIAL MADE IN AN ELECTRIC FIELD: CELL DIVISION IN NONWOVEN MATERIALS (PARALLEL DIVISION STRUCTURE)

摘要

Nonwoven materials made in electric fields are considered. A model is proposed for the structure of nonwoven material consisting of cylindrical fibers, and this gives equations for the filtering and hydrodynamic parameters. Experiment shows that most nonwoven materials made in such fields have a correlation between the fiber diameter and the structure, which ultimately determines the properties. Various types of nonwoven fibrous materials are used in industry, including oil and gas processing, for removing aerosol particles [1-6]. The correct choice of structure of these materials for removing aerosols from gases is extremely important from the viewpoint of ecology and economics.