靜電沉澱
Electrostatic Precipitation, temperature cycle of design, with IP66 protection standards.
靜電除塵，恒溫循環設計，采用IP66 防護标準。
It is necessary to determine charged dust layer thickness at back corona breakdown point in electrostatic precipitation in order to select rapping periodicity reasonably.
為了合理地确定靜電除塵器清灰振打周期，通過理論與試驗方法确定靜電除塵器粉塵層反電暈擊穿厚度很有必要的。
The probability of applying of electrostatic precipitation principle in air cleaning is investigated and differences between industrial precipitation and air cleaning are analyzed.
分析了電捕集除塵原理用于空氣淨化的可行性，指出了空氣淨化與工業除塵的異同點。
There was no ready-countermeasure to solve fire problem of flue gas electrostatic precipitation of anode baking furnace.
陽極焙燒爐煙氣靜電捕集淨化方法存在着火的問題，着火原因及對策尚無現成經驗。
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.
在長大公路隧道中利用靜電吸塵技術可以有效地控制煙塵、減少通風量、降低建設費用，具有明顯的經濟效益。
The electrostatic precipitation electrostatic agglomeration process is used for purifying the harmful gas and smoke dust from an aluminum cell of self baked anode.
應用電除塵與靜電凝聚技術相結合，淨化自焙陽極鋁電解槽生産過程中所産生的有害氣體和煙塵。
This is an important study project in electrostatic precipitation.
它是電除塵研究的一項重要課題。
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.
文章介紹在油煙治理技術中的靜電處理技術的基礎上，發展了分解、碳化的治理技術，并應用于大、中、小型廚房治理油煙中，取得了穩定達标的效果。
In this paper, the present research situation, problems and research tendency of electrostatic precipitation technology is described in detail.
本文詳細介紹了電除塵技術的研究現狀、現存問題及其研究趨勢。
This paper describes the conception, pivotal technologies and application of digital design technology in electrostatic precipitation's design.
數字化設計技術是指計算機技術在産品設計領域的應用。
Principle and application of a pulse source for electrostatic precipitation on zinc boiling melting furnace.
介紹了一種電除塵器脈沖供電的基本原理及其在鋅沸騰爐電除塵器上的應用試驗情況。
The model results tallied well with the simulated results and met the request of the electrostatic precipitation.
利用模型試驗驗證了數值計算的結果，吻合較好，滿足《電除塵器》 标準的考核性能要求。
As a main part of electrostatic precipitation, power source have a great effect on the Precipitation efficiency.
靜電除塵電源作為靜電除塵設備的主要設備，是影響除塵效率的重要因素。
The removal of very fine particles suspended in a gas by electrostatic charging and subsequent precipitation onto a collector in a strong electric field.
從氣體中清除掉懸浮微粒，方法是施加強靜電場，使微粒子沉積至收集器上。
Based on the experimental investigations, the influence of flue gas temperature on the precipitation properties of electrostatic precipitator was analyzed and discussed.
基于實驗研究，分析讨論了含塵氣流溫度對無電暈式靜電除塵器除塵性能的影響。
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.
本發明靜電除塵裝置采用靜電吸附塵埃，在高壓作用下，除塵效率高，效果好。
Precipitating electrode plate is a key part in electrostatic precipitation equipment.
靜電收塵闆是靜電收塵設備中的關鍵部件。
This paper introduces the design of intelligent control system based on DSP for electrostatic precipitation power supply.
介紹了基于DSP的靜電除塵電源智能控制系統的設計。
This high voltage electrostatic precipitation controller has 7 channels of analog input, 2 channels of analog output, 12 digital inputs and 16 digital outputs.
高壓靜電除塵器具有7路模拟量輸入，2路模拟量輸出，12路開關量輸入和16路開關量輸出。
The Non-Corona Electrostatic Precipitation Technologies is an innovative technique by our institute with first practitioner.
無電暈靜電除塵技術是我國首先開發的適用于高溫場合的先進除塵技術。
In this paper, the present research situation, problems and development tendency of electrostatic precipitation technology are described in detail.
詳細介紹了電除塵技術研究現狀、現存問題及其發展趨勢。
The present research situation, the extant problems and the research tendency of electrostatic precipitation technology are described in detail.
詳細介紹了電除塵技術研究現狀、現存問題及其研究趨勢。
Electron emission type of high temperature and high pressure electrostatic precipitation represents an innovative technology for purifying flue gases.
電子發射式高溫高壓靜電除塵技術是一種新穎的煙氣淨化方法。
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.
本發明成倍增加靜電除塵面積和空間、風量大、除塵效率高、空氣淨化效果好。
Study and application of numerical calculation method for gas flow distribution of electrostatic precipitation;
示例表明該方法在物流量分布預測中具有較好的應用前景。
靜電除塵（Electrostatic Precipitation） 是一種利用靜電力從氣流中分離懸浮顆粒物的高效空氣污染控制技術。其核心原理是通過高壓電場使氣體電離，顆粒物帶電後在電場力作用下被吸附到收集極上，最終通過清灰裝置去除。該技術廣泛應用于燃煤電廠、鋼鐵冶煉、水泥生産等工業領域，可高效捕集PM2.5等細顆粒物，除塵效率可達99%以上。
氣體電離與顆粒帶電
含塵氣體通過高壓電場（通常30-70kV）時，電暈極放電産生離子，氣體分子被電離形成正負離子流。懸浮顆粒與離子碰撞後捕獲電荷，實現帶電過程（美國環保署工業控制技術文檔）。
顆粒遷移與收集
帶電顆粒在電場庫侖力作用下向極性相反的收集極（金屬闆/管）定向移動，吸附在極闆表面形成粉塵層。遷移速度遵循多伊奇方程（Deutsch Equation）：
$$ eta = 1 - e^{-frac{wA}{Q}} $$
其中$eta$為除塵效率，$w$為顆粒驅進速度，$A$為集塵面積，$Q$為氣體流量（加拿大環境部空氣污染控制手冊）。
清灰與回收
通過機械振動或聲波震蕩使沉積粉塵脫落至灰鬥，幹法收集的飛灰可用于水泥原料等資源化利用（IEEE靜電應用期刊）。
現代靜電除塵器結合脈沖供電技術提升高比電阻粉塵處理能力，并通過智能控制系統實時優化電壓波形，使能耗降低15%-20%的同時增強工況適應性。全球最大單機應用案例為印度薩桑電廠1300MW機組配套ESP，處理煙氣量480萬m³/h。
權威來源索引
electrostatic precipitation 的詳細解釋如下：
指通過施加高壓靜電場，使氣體中的懸浮顆粒帶電并吸附到集塵闆上的技術。該術語在環境工程和工業領域常被譯為「靜電沉澱法」或「靜電除塵」。
相比傳統過濾，具有能耗低（高壓電場僅需維持靜電荷）、可處理高溫氣體（無需冷卻裝置）等特點。
通過多個權威來源綜合分析，該技術是大氣污染控制的關鍵手段之一，相關設備在《環境空氣質量标準》中被列為推薦治理設施。
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