摘要
建立了旋伞静电收尘器电晕极的清灰系统的理论模型。分析了清灰系统中各构件参数对清灰振动加速度的 影响。为提高旋伞静电收尘器电晕极清灰效果提供了理论依据。
This paper had developed the theory mould, and analysis electronic rod cleaner of Cyclone umbrella precipitator has great relate to the vibration acceleration. This paper had study the parameter of the department to the vibration acceleration. This paper had given the theory to enhance the electronic rod cleaner efficiency.
出处
《洛阳工业高等专科学校学报》
2004年第2期35-36,共2页
Journal of Luoyang Technology College
关键词
旋伞静电收尘器
清灰系统
理论模型
Cyclone umbrella precipitator
Cleaner system
Theory mould Study of Electrode Cleaning System of Cyclone Umbrella Precipitator ZHAO Hong-xia (Luoyang Technology College, Luoyang 471003, China) Abstract: This paper had developed the theory mould, and analysis electronic rod cleaner of Cyclone umbrella precipitator has great relate to the vibration acceleration. This paper had study the parameter of the department to the vibration acceleration. This paper had given the theory to enhance the electronic rod cleaner efficiency. Key words: Cyclone umbrella precipitator
Cleaner system
Theory mould Study of Electrode Cleaning System of Cyclone Umbrella Precipitator ZHAO Hong-xia (Luoyang Technology College, Luoyang 471003, China) Abstract: This paper had developed the theory mould, and analysis electronic rod cleaner of Cyclone umbrella precipitator has great relate to the vibration acceleration. This paper had study the parameter of the department to the vibration acceleration. This paper had given the theory to enhance the electronic rod cleaner efficiency. Key words: Cyclone umbrella precipitator
Cleaner system
Theory mould Study of Electrode Cleaning System of Cyclone Umbrella Precipitator Study of Electrode Cleaning System of Cyclone Umbrella Precipitator ZHAO Hong-xia (Luoyang Technology College, Luoyang 471003, China) Abstract: This paper had developed the theory mould, and analysis electronic rod cleaner of Cyclone umbrella precipitator has great relate to the vibration acceleration. This paper had study the parameter of the department to the vibration accelerati