静电沉淀
Electrostatic Precipitation, temperature cycle of design, with IP66 protection standards.
静电除尘，恒温循环设计，采用IP66 防护标准。
It is necessary to determine charged dust layer thickness at back corona breakdown point in electrostatic precipitation in order to select rapping periodicity reasonably.
为了合理地确定静电除尘器清灰振打周期，通过理论与试验方法确定静电除尘器粉尘层反电晕击穿厚度很有必要的。
The probability of applying of electrostatic precipitation principle in air cleaning is investigated and differences between industrial precipitation and air cleaning are analyzed.
分析了电捕集除尘原理用于空气净化的可行性，指出了空气净化与工业除尘的异同点。
There was no ready-countermeasure to solve fire problem of flue gas electrostatic precipitation of anode baking furnace.
阳极焙烧炉烟气静电捕集净化方法存在着火的问题，着火原因及对策尚无现成经验。
In addition, this paper analyzes such advantages as efficient control of dust, decreased flow rate and reduced construction cost in large highway tunnel with electrostatic precipitation.
在长大公路隧道中利用静电吸尘技术可以有效地控制烟尘、减少通风量、降低建设费用，具有明显的经济效益。
The electrostatic precipitation electrostatic agglomeration process is used for purifying the harmful gas and smoke dust from an aluminum cell of self baked anode.
应用电除尘与静电凝聚技术相结合，净化自焙阳极铝电解槽生产过程中所产生的有害气体和烟尘。
This is an important study project in electrostatic precipitation.
它是电除尘研究的一项重要课题。
Based on electrostatic precipitation, a technique of destruction-carbonification was developed and applied to the treatment of kitchen oil-smoke, and the results were good.
文章介绍在油烟治理技术中的静电处理技术的基础上，发展了分解、碳化的治理技术，并应用于大、中、小型厨房治理油烟中，取得了稳定达标的效果。
In this paper, the present research situation, problems and research tendency of electrostatic precipitation technology is described in detail.
本文详细介绍了电除尘技术的研究现状、现存问题及其研究趋势。
This paper describes the conception, pivotal technologies and application of digital design technology in electrostatic precipitation's design.
数字化设计技术是指计算机技术在产品设计领域的应用。
Principle and application of a pulse source for electrostatic precipitation on zinc boiling melting furnace.
介绍了一种电除尘器脉冲供电的基本原理及其在锌沸腾炉电除尘器上的应用试验情况。
The model results tallied well with the simulated results and met the request of the electrostatic precipitation.
利用模型试验验证了数值计算的结果，吻合较好，满足《电除尘器》 标准的考核性能要求。
As a main part of electrostatic precipitation, power source have a great effect on the Precipitation efficiency.
静电除尘电源作为静电除尘设备的主要设备，是影响除尘效率的重要因素。
The removal of very fine particles suspended in a gas by electrostatic charging and subsequent precipitation onto a collector in a strong electric field.
从气体中清除掉悬浮微粒，方法是施加强静电场，使微粒子沉积至收集器上。
Based on the experimental investigations, the influence of flue gas temperature on the precipitation properties of electrostatic precipitator was analyzed and discussed.
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。
The electrostatic precipitator provided by the invention adopts static electricity for dust absorption, and has high precipitation efficiency and good effect under the high voltage.
本发明静电除尘装置采用静电吸附尘埃，在高压作用下，除尘效率高，效果好。
Precipitating electrode plate is a key part in electrostatic precipitation equipment.
静电收尘板是静电收尘设备中的关键部件。
This paper introduces the design of intelligent control system based on DSP for electrostatic precipitation power supply.
介绍了基于DSP的静电除尘电源智能控制系统的设计。
This high voltage electrostatic precipitation controller has 7 channels of analog input, 2 channels of analog output, 12 digital inputs and 16 digital outputs.
高压静电除尘器具有7路模拟量输入，2路模拟量输出，12路开关量输入和16路开关量输出。
The Non-Corona Electrostatic Precipitation Technologies is an innovative technique by our institute with first practitioner.
无电晕静电除尘技术是我国首先开发的适用于高温场合的先进除尘技术。
In this paper, the present research situation, problems and development tendency of electrostatic precipitation technology are described in detail.
详细介绍了电除尘技术研究现状、现存问题及其发展趋势。
The present research situation, the extant problems and the research tendency of electrostatic precipitation technology are described in detail.
详细介绍了电除尘技术研究现状、现存问题及其研究趋势。
Electron emission type of high temperature and high pressure electrostatic precipitation represents an innovative technology for purifying flue gases.
电子发射式高温高压静电除尘技术是一种新颖的烟气净化方法。
The invention manyfold increases the area and the space of electrostatic precipitation, and has large air quantity, high precipitation efficiency and favorable air purification effect.
本发明成倍增加静电除尘面积和空间、风量大、除尘效率高、空气净化效果好。
Study and application of numerical calculation method for gas flow distribution of electrostatic precipitation;
示例表明该方法在物流量分布预测中具有较好的应用前景。
静电除尘（Electrostatic Precipitation） 是一种利用静电力从气流中分离悬浮颗粒物的高效空气污染控制技术。其核心原理是通过高压电场使气体电离，颗粒物带电后在电场力作用下被吸附到收集极上，最终通过清灰装置去除。该技术广泛应用于燃煤电厂、钢铁冶炼、水泥生产等工业领域，可高效捕集PM2.5等细颗粒物，除尘效率可达99%以上。
气体电离与颗粒带电
含尘气体通过高压电场（通常30-70kV）时，电晕极放电产生离子，气体分子被电离形成正负离子流。悬浮颗粒与离子碰撞后捕获电荷，实现带电过程（美国环保署工业控制技术文档）。
颗粒迁移与收集
带电颗粒在电场库仑力作用下向极性相反的收集极（金属板/管）定向移动，吸附在极板表面形成粉尘层。迁移速度遵循多伊奇方程（Deutsch Equation）：
$$ eta = 1 - e^{-frac{wA}{Q}} $$
其中$eta$为除尘效率，$w$为颗粒驱进速度，$A$为集尘面积，$Q$为气体流量（加拿大环境部空气污染控制手册）。
清灰与回收
通过机械振动或声波震荡使沉积粉尘脱落至灰斗，干法收集的飞灰可用于水泥原料等资源化利用（IEEE静电应用期刊）。
现代静电除尘器结合脉冲供电技术提升高比电阻粉尘处理能力，并通过智能控制系统实时优化电压波形，使能耗降低15%-20%的同时增强工况适应性。全球最大单机应用案例为印度萨桑电厂1300MW机组配套ESP，处理烟气量480万m³/h。
权威来源索引
electrostatic precipitation 的详细解释如下：
指通过施加高压静电场，使气体中的悬浮颗粒带电并吸附到集尘板上的技术。该术语在环境工程和工业领域常被译为「静电沉淀法」或「静电除尘」。
相比传统过滤，具有能耗低（高压电场仅需维持静电荷）、可处理高温气体（无需冷却装置）等特点。
通过多个权威来源综合分析，该技术是大气污染控制的关键手段之一，相关设备在《环境空气质量标准》中被列为推荐治理设施。
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