If noise is thought of as a factor in identifying arcing fault, it is a good way to
考虑噪声条件下的电弧故障的识别，采用小波消噪的方法。
参考来源 - 基于分形几何和小波变换的弧光故障研究·2,447,543篇论文数据，部分数据来源于NoteExpress
Arcing fault often happens on HV transmission line. Its transient resistance is usually assumed as a linear constant resistance in most of the locating algorithms.
电弧故障是高压输电线路的多发故障，目前众多故障定位算法大多数把故障过渡电阻视为线性定常电阻。
This paper describes briefly the physical phenomenon of internal arcing fault, and discusses some mathematic models for calculation. Finally, some protection measures...
笔者简单叙述了内部电弧故障的基本物理现象，讨论了几种数学计算模型，并提出了一些防护内部电弧故障的措施。
Flammable gas found in the relay indicates some internal fault such as overheating or arcing, whereas air found in the relay may only indicate low oil level or a leak.
如果在继电器中发现可燃气体，这说明有内部故障，比如过热或者电弧作用；而继电器内的空气只说明油位低或者有漏油。
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