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电弧重燃
相关语句
  arc reignition
     Experimental Analysis and Numerical Simulation of Arc Reignition for Multinarrow Slot Arc Chamber
     多纵缝灭弧室中电弧重燃过程的分析与模拟
短句来源
     Based on experiment alanalysis of arc current near zero,the reignition characteristic for multiple narrow slot arc chamber is definedA mathematical model which forecasts the arc reignition process is presentedUnder different interrupting conditions,current near zero processes are simulated
     通过对电弧电流零区现象的试验研究,确定了多纵缝陶土灭弧室中电弧重燃过程的特性,提出了描述电弧重燃过程的数学模型,并在不同的开断条件下,对电弧电流零区过程进行了模拟计算。
短句来源
  arc restriking
     The neutral grounding method based on manual earthing & dividing current technique is put forward,which makes residual current at fault point low to nearly zero,slow down the muzzle velocity of voltage restoring and restrict its maximum to avoid arc restriking.
     提出了基于人为接地分流技术的中性点接地方式,使故障点残流降至接近于零,从而降低了恢复电压的初速度并限制了其最大值,避免接地电弧重燃
短句来源
  “电弧重燃”译为未确定词的双语例句
     This paper analyses the results of testing, and on the basis of current oscillogram after arc current zero, devides a. c. arc current-zero period phenomena into four different types.
     本文分析了电弧电流零点后电流波形的试验结果,把电弧电流零区现象分为四种不同的类型,提出了交流电弧两种电流过零现象及电弧重燃与熄灭过程的一些新看法.
短句来源
     This paper investigates the current-zero period phenomena of an SF6 rotating arc by the synthetic test circuit technique, and analyses two types of the current-zero phenomena and different types of the arc reigntion. The results obtained for a combined residual magnetic field and electric field type recovery are presented.
     本文采用合成回路技术研究了SF_6旋转电弧的电流零区现象,分析了两类电流过零现象和电弧重燃的不同类型,并得出了在残余磁场与电场共同作用下介质强度的恢复结果。
短句来源
     In this paper a new simulation model named Fault-gap for predicting arc-grounding overvoltages is introduced This new model take into account the effect of the insulation recovery strengh of the arcing-path on reignition time Using this model it can make the expected arc-grounding overvoltage value more close to field test data
     该模型是在偏严的高频熄弧模型的基础上,计及故障电弧弧道绝缘恢复强度的影响,使电弧重燃不一定发生在故障相工频电压过峰值的时刻。 在故障点对地接入一个压控放电间隙,使预期过电压幅值比较接近实测数据
短句来源
     The principles of arc mode transition and microparameter distribution are analyzed. The reignition arc initial spot at the side of electrode is found.
     应用拍摄的高清淅度电弧图象,对真空电弧的形态演变及微观参数分布规律进行了分析讨论,发现了触头侧面也是真空电弧重燃点,提出了加以清除的设想。
短句来源
     The instantaneous energy falls again rapidly to base after arc re-striking.
     电弧重燃后瞬时能量再快速地降到基值。
短句来源
  相似匹配句对
     ARCING PERIOD OF HIGH FREQUENCY VACUUM ARC OF THE MULTIPLE REIGNITION PROCESS
     多次重燃过程中高频电弧持续时间的研究
短句来源
     The instantaneous energy falls again rapidly to base after arc re-striking.
     电弧重燃后瞬时能量再快速地降到基值。
短句来源
     High Speed Rotating Arc Sensor
     高速旋转电弧传感器
短句来源
     Voltage Flicker of Arc Furuates(1)
     电弧炉的电压闪变
短句来源
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  arc reignition
Transfer of metal during vacuum arc remelting creates a signature on the voltage waveform called a drop short, and subsequent arc reignition sometimes creates a signature called an anode spike.
      
In this paper, the impact of the arc reignition periodicity on the residual waveforms is used to detect this fault.
      


This paper analyses the results of testing, and on the basis of current oscillogram after arc current zero, devides a. c. arc current-zero period phenomena into four different types.

本文分析了电弧电流零点后电流波形的试验结果,把电弧电流零区现象分为四种不同的类型,提出了交流电弧两种电流过零现象及电弧重燃与熄灭过程的一些新看法.

This paper investigates the current-zero period phenomena of an SF6 rotating arc by the synthetic test circuit technique, and analyses two types of the current-zero phenomena and different types of the arc reigntion. The results obtained for a combined residual magnetic field and electric field type recovery are presented.

本文采用合成回路技术研究了SF_6旋转电弧的电流零区现象,分析了两类电流过零现象和电弧重燃的不同类型,并得出了在残余磁场与电场共同作用下介质强度的恢复结果。

In this paper a new simulation model named Fault-gap for predicting arc-grounding overvoltages is introduced This new model take into account the effect of the insulation recovery strengh of the arcing-path on reignition time Using this model it can make the expected arc-grounding overvoltage value more close to field test data

介绍一种预测电弧接地过电压的新计算模型。该模型是在偏严的高频熄弧模型的基础上,计及故障电弧弧道绝缘恢复强度的影响,使电弧重燃不一定发生在故障相工频电压过峰值的时刻。在故障点对地接入一个压控放电间隙,使预期过电压幅值比较接近实测数据

 
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