期刊文献+
共找到3篇文章
< 1 >
每页显示 20 50 100
Research on the Anti-corona Coating of the Power Transmission Line Conductor
1
作者 Ziqiang Xu Ren Li 《Energy and Power Engineering》 2013年第4期148-150,共3页
An anti-corona method for the power transmission lines is proposed in this paper. The RTV coating is used as the anti-corona coating, which is spaying onto the surface of the wearing conductor. The corona characterist... An anti-corona method for the power transmission lines is proposed in this paper. The RTV coating is used as the anti-corona coating, which is spaying onto the surface of the wearing conductor. The corona characteristic of the conductor test was done, and the corona onset voltage increase after the spraying of the anti-corona layer, the corona loss in the same voltage decrease, which could prove the excellent effect of improving the corona characteristic of the conductor. This anti-corona method will have great prospect, based on the background of the construction of UHV power transmission lines. 展开更多
关键词 CORONA LOSS EHV/UHV Power Transmission RTV COATING anti-corona
下载PDF
水轮发电机定子线棒不同防晕结构的泄漏电流研究 被引量:1
2
作者 王树新 《大电机技术》 2020年第2期51-54,60,共5页
本文针对两种防晕结构,即半截防晕和全防晕结构,通过有限元方法,对大型水轮发电机线棒端部的泄漏电流进行了理论分析,使用场路结合方法对单相泄漏电流计算方法进行了推导和验证,并进一步分析了直流和交流作用下两种防晕结构的具体差别... 本文针对两种防晕结构,即半截防晕和全防晕结构,通过有限元方法,对大型水轮发电机线棒端部的泄漏电流进行了理论分析,使用场路结合方法对单相泄漏电流计算方法进行了推导和验证,并进一步分析了直流和交流作用下两种防晕结构的具体差别。结果表明:直流电压下两种防晕结构的泄漏电流产生机理存在很大不同,电位和场强分布也有很大差别;交流电压下两种防晕结构的电位和场强分布基本一致;全防晕结构下较大的泄漏电流并不会影响水轮发电机绕组的相关交流试验和正常运行。 展开更多
关键词 水轮发电机 定子线棒 防晕结构 泄漏电流 半截防晕 全防晕 有限元分析
下载PDF
Charging and absorption characteristics of small particulates under alternative and electrostatic voltages in an electrostatic precipitator 被引量:2
3
作者 姜学东 徐鹤 王昕 《Chinese Physics B》 SCIE EI CAS CSCD 2014年第12期324-328,共5页
The charge quantity of small particulates such as PM2.5 plays a key role in the collection efficiency of an electrostatic precipitator(ESP). Under a single electrostatic voltage, it is difficult to charge and absorb... The charge quantity of small particulates such as PM2.5 plays a key role in the collection efficiency of an electrostatic precipitator(ESP). Under a single electrostatic voltage, it is difficult to charge and absorb small particulates. A new method of superimposing an alternative voltage on the electrostatic voltage is provided in this paper. Characteristics of small particulates are analyzed under alternative and electrostatic voltages. It is demonstrated that an alternative voltage can significantly improve the collection efficiency in three aspects: preventing anti-corona, increasing the charge quantity of small particulates, and increasing the median particulate size by electric agglomeration. In addition, practical usage with the superposition of alternative voltage is provided, and the results are in agreement with the theoretical analysis. 展开更多
关键词 charged characteristics anti-corona electric agglomeration alternative voltage
下载PDF
上一页 1 下一页 到第
使用帮助 返回顶部