电喷雾电沉淀微滴特性在直接和间接电压应用中的研究

Jiwon Choi, Keesin Jeong, Haiyoung Jung
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引用次数: 1

摘要

粉尘和微细粉尘以多种形式存在,会导致粉尘爆炸、空气污染等各种问题。为了减少粉尘,近年来在各种集尘方法中,积极开展了电喷雾电沉淀的研究。本研究对电喷雾电沉淀的直接充电和间接充电两种方式的微滴生成特性进行了对比分析实验。制作了微滴生成的可视化装置,并用高倍相机对不同充电方式的微滴进行了拍摄。然后通过ImageJ软件分析微滴的大小和数量。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Examining Microdroplet Characteristics of Electrospray Electric Precipitation for Direct and Indirect Voltage Application Methods
Dust and fine dust exist in various forms and can lead to various problems such as dust explosion and air pollution. To reduce them, recently, research on electrospray electric precipitation, among various dust collection methods, has been actively conducted. In this study, comparative analysis experiments were performed on microdroplet generation characteristics for direct and indirect charging methods of electrospray electric precipitation. A visualization device was fabricated to generate microdroplets, and microdroplets were photographed with a high-magnification camera according to each charging method. The size and number of microdroplets were then analyzed via ImageJ software.
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