该产品只能用于本工程的电除尘器。
The product only can be applied to the electrostatic precipitator of this project.
介绍粉尘比电阻对电除尘器除尘效果的影响及机理。
Introduces the dust rate resistance has the impact on dust removal result of electrical precipitator and mechanism.
静电除尘器始终未能克服其自诞生之日起存在的缺陷。
Till now, electrostatic precipitators have not overcome existing disadvantages since their birthday.
电除尘器的供电方式直接影响其收尘效率和正常运行。
The power supply way of EP influences its efficiency of collecting dust and normal operation.
气流分布状态是影响电除尘器收尘效率的关键因素之一。
The status of air-flow distribution is one of the key factors affecting the precipitating efficiency.
根据煤种以及锅炉燃烧和运行工况对电除尘器进行效率预测。
The efficiency of the ESP affected by coal category and the boiler's running condition is forecasted.
我国燃煤锅炉的煤质多变，从而导致电除尘器的效率极不稳定。
The efficiency of electrostatic precipitator is extremely unstable as a result of frequency change of boiler coal quality in China.
介绍了发生炉煤气净化系统静电除尘器的安全使用及事故处理。
The paper introduced secure use and troubleshooting of electrostatic dedusters in producer gas cleaning systems.
反电晕和二次扬尘是提高电除尘器的除尘效率所面临的两大难题。
The discorona and re-entrain dust are two key issues to improve the efficiency of the electric precipitator.
电除尘器数学模型是研究、分析和设计电除尘器的重要辅助手段。
Mathematical models of electrostatic precipitators are important supporting means of researching, evaluating and designing electrostatic precipitators.
静电除尘器虽然综合性能较好，但它对微细颗粒物的除尘效率并不高。
Electrostatic precipitator has well comprehensive performance, but its collecting efficiency for fine particles is low.
粉尘粒子在电除尘器中的力学行为直接影响电除尘器的振打清灰效果。
The mechanical behaviors of dust particle in ESP (electrostatic precipitator) directly affect effect of tapping and removing.
建立专家知识库，通过调用知识库内容对电除尘器进行故障在线判断；
The expert knowledge base is established, by which, faults diagnosis can be achieved.
电除尘器内部的气流分布情况是影响电收尘器除尘效率的重要因素之一。
The status of air-flow distribution is one of the important factors affecting the precipitating efficiency of ESP.
除尘设备主要包括电除尘器、布袋除尘器、旋风除尘器和湿式除尘器等。
The dedusting equipment mainly includes dust catcher, pocket dust collector, centrifugal dust separator and wet dust collector.
在使用中定期保养、加强维护是确保管极式电除尘器高效运行的重要手段。
During the electrical dust precipitator is in service, periodical maintenance and strengthening attendance are the important measures to ensure the highly efficient running.
有助于运行人员掌握静电除尘器的运行状况，排除故障及潜在的不良运行状况。
It is helpful for the operator to control the static duster's running and dispose the potential mechanical failures and faults.
基于实验研究，分析讨论了含尘气流温度对无电晕式静电除尘器除尘性能的影响。
Based on the experimental investigations, the influence of flue gas temperature on the precipitation properties of electrostatic precipitator was analyzed and discussed.
因此，很多带有脱硫系统的循环流化床锅炉采用静电除尘器、布袋除尘器联合使用。
Therefore, has the desulphurization system's circulation fluid bed boiler to use the electrostatic precipitator, the cloth sack dust remover union use.
介绍了泡沫除尘器的结构、工作原理，以及对泡沫除尘器与静电除尘器进行了对比。
This paper introduced the structure and working theory of foam catcher which is cheaper and more energy economic.
影响电除尘器二次电流的因素，大致有烟气性质、粉尘性质、运行情况和设备情况。
The factors having effect on the secondary current of the electric precipitators include mostly the nature of flue gas and dust, operation conditions, equipment conditions.
叙述了云南铜业艾萨炉电除尘器几年来的运行状况，介绍了出现的问题及改进措施。
The paper describes operating conditions of Isa furnace ESP in Yunnan Copper over years and presents problems occurring and measures for improvement.
燃煤电厂所使用的电除尘器常常会出现反电晕和电晕封闭现象，导致除尘效率不高。
The phenomena of back corona and corona obstruction often take place in electric precipitators of coal-fired power plants and lead to low dust removal efficiency.
综合分析结果表明：火电厂锅炉烟气净化采用袋式除尘器的综合效益比电除尘器显著。
The comprehensive analysis shows that the combined benefit of bag filter is obviously better than electric precipitator in thermal power plants boiler gas purification.
本文从静电除尘器(esp)供电的基本方程出发，导出了高压供电的最优控制方程。
From the fundamental relations in the power supply of Electrostatic Precipitators (ESP), an optimal control equation of power supply is deduced.
由于沉积在静电除尘器收尘极板上的高比电阻粉尘层会产生电荷积累而形成附加电场。
The mathematical models of the charges and the additional electric field in the changed dust layer are developed by the electrostatics.
由于沉积在静电除尘器收尘极板上的高比电阻粉尘层会产生电荷积累而形成附加电场。
The mathematical models of the charges and the additional electric field in the changed dust layer are developed by the electrostatics.
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