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Drop Dispersion Through Arrayed Pores in the Combined Trapezoid Spray Tray (CTST)
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Drop Dispersion Through Arrayed Pores in the Combined Trapezoid Spray Tray (CTST)
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Journal Article
Drop Dispersion Through Arrayed Pores in the Combined Trapezoid Spray Tray (CTST)
2025
Overview
Understanding drop dispersion behavior is significant to the optimization of liquid dispersion devices. In this work, the drop dispersion behavior in the combined trapezoid spray tray was directly observed and analyzed with a high-speed camera. It was found that the fracture of the liquid neck is the main mode for the liquid column to generate drops. The dispersion behavior of the drops was simulated by CFD, and it was found that the liquid neck is caused by the surrounding vortex field and the uneven pressure distribution inside the liquid column. At the same time, the dispersion time of the drops was counted, and it was found that the drop dispersion time ranges from 5 to 60 ms, depending on the drop diameter and the gas kinetic energy factor in plate hole F0.
Publisher
MDPI AG
