1) back ionization of power
粉尘反电晕
2) back corona
反电晕
1.
The energy saving potential and control method of electrostatic precipitator(ESP) are discussed and the main cause of over energy expenditure what is back corona and re-entrainment is pointed out.
就电除尘器的节能潜力、控制方法进行了讨论,指出了二次扬尘和反电晕是造成电除尘器能耗过大的主要原因。
2.
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.
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。
3.
It is necessary to study the regularity of the back corona which is one of the chief hitches in operation of electrostatic precipitator.
反电晕是影响电除尘器正常运行的主要障碍之一,本文在实验室内的电除尘器模拟台上,利用高比电阻的有机玻璃板间的窄缝空气隙,在冷态条件下产生反电晕。
3) discorona
反电晕
1.
This device has advantages of effectively eliminating the damage of discorona,increasing the dust removal efficiency and lowering electrical energy consumption at large amplitude.
分析了国内几种高压电源的特点及性能,详细介绍了国内研发的提效节能型电除尘器高压供电控制设备,该设备具有有效克服反电晕危害,提效减排的同时可大幅降低能耗等特点。
2.
The discorona and re-entrain dust are two key issues to improve the efficiency of the electric precipitator.
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。
3.
The discorona and re-entrain dust are two key iss ues to improve the efficiency of the electric precipitator.
反电晕和二次飞扬是电除尘器遇到的两大技术难题,本文提出了一种宽支撑防风型芒刺电晕线,它加大了阴极收尘面积,防风措施减小了阴极二次飞扬。
4) Anti-Electric-Corona
反电晕
1.
In addition,as the existence of anti-electric-corona,if blindly or with previous experience setting up high-voltage control parameters of electric field,it would only increase electricity consumption of electric precipitator.
托电5~6号炉电除尘电场内部普遍存在反电晕现象,影响了除尘器的除尘性能。
5) non-corona electrostatic precipitation
无电晕静电除尘
1.
The non-corona electrostatic precipitation technologies is an innovative technique by our institute with first practitioner.
介绍了无电晕静电除尘技术的工作原理和对最近筛选的新型阴极材料进行的动、静态试验研究结
6) EAF dust
电炉粉尘
1.
Simulation research on the EAF dust online recycling and zinc oxide separation with coke bed filter was carried out by heating coke/dust samples in CO/CO2 gas mixture.
采用电炉粉尘与焦炭粉的混合试样,对利用焦炭过滤床在线回收电炉粉尘,在CO/CO2混合气体中氧化锌的还原分离工艺进行了模拟研究。
2.
Using chemical reagent and EAF dust as experimental samples,the reduction of zinc oxide by solid carbon or CO/CO2 gas mixture was tested and the influence factors were analyzed.
用化学试剂和实际电炉粉尘作试样,考察了利用固体碳和CO/CO2进行氧化锌还原的各种影响因素。
3.
The Zn Pb containing EAF dust of Guanzhou Iron & Steel Works has been examined and analyzed and proposal is put forward that the EAF dust is used as the Fe containing corrective addition to produce cement,and feasibility tests have already been carried out.
对广州钢铁厂含铅锌电炉粉尘进行了分析测定,提出将电炉粉尘用作水泥生产铁质校正料的设想,并进行了可行性试验。
补充资料:反饥饿、反内战、反迫害运动
反饥饿、反内战、反迫害运动 中国解放战争时期国民党统治区广大学生的民主爱国运动。1947年,国民党统治区爆发了空前严重的经济危机,广大人民反对国民党统治的斗争日益高涨。5月4日,上海学生上街进行反对内战的宣传,遭到国民党军警的镇压。各校学生在中国共产党的领导下立即罢课抗议并到市政府请愿。9日,近2万名电车、汽车及丝织工人罢工游行,要求增加工资。15日,南京中央大学等校3000余人,赴教育部进行反内战请愿。16日,北京大学院系联合会提出“反饥饿、反内战”的口号,北平各大学相继举行了罢课。学生运动的蓬勃发展,使国民党当局极为惊恐,于18日颁布《维持社会秩序临时办法》,严禁10人以上的请愿和一切罢工罢课游行示威。5月20日,京沪苏杭地区16个专科以上学校6000余名学生在南京举行挽救教育危机联合请愿游行,并向国民参政会请愿,遭到国民党宪兵、警察、特务的殴打,百余名学生被打伤,20多人被抓走。同日,平津学生也分别举行反饥饿、反内战的游行活动,天津学生在示威中遭毒打,50余名学生被军警殴伤,造成震惊全国的五二○血案。血案发生后,中国共产党提出反迫害的口号,把运动推向新的阶段。上海、南京、天津、北平等60多个城市的学生纷纷行动起来,举行罢课和上街游行示威。6月19日各地学生代表在上海集会,成立了中国学生联合会。学生运动与工人、农民、市民的斗争结合在一起,形成了反对蒋介石反动统治的第二条战线,有力地配合了人民解放军的作战。
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