1) corrosive pitting
点蚀故障
1.
The gear corrosive pitting recognition based on wavelet packet analysis and frequency-band energy decomposition;
基于小波包分析和频带能量分解的齿轮点蚀故障识别
2) fault point
故障点
1.
The major work is to check out fault points ASAP when the transmission line is tripped off,so as to less the loss and shorten the trip-off duration.
针对线路发生故障后,降低故障损失、缩短线路故障停运时间的关键是尽快查出故障点。
2.
It gives a brief introduction to the styles and reasons of the basic faults of power cable,which leads to the two practical methods of confirming the cable fault point: Bridge Method and Null Potential Method.
通过分析电力电缆的基本故障类型和原因,提出了确定电缆故障点的两种方法:电桥法和零电位法。
3.
Using harris transport network long-distane alarm and supervising system farscan to supervising microwave channels and orientation fault point for long-distance control.
介绍了万安电厂利用HARRIS传输网络远程告警和监控系统 (FARSCAN)对微波通道进行远程监控、并利用远程控制对故障点进行定位的经
3) single fault
单点故障
1.
But when the old direct server can not recovery in time, the newdirect server will become a latent single fault spot, this will reduce the system utility.
但是,当故障不能不能及时恢复时,新的DirectorServer将成为潜在的系统单点故障,整个系统的可用性将降低。
4) fault
[英][fɔ:lt] [美][fɔlt]
故障点
1.
On the fault location for XLPE power cables;
交联电力电缆故障点的定位
2.
With the development of optical communication networks,the technology for cable fault location and shooting has become a widely used new technology,which requires that the service men locate and remove cable fault promptly.
文章详细介绍了如何进行光缆故障点的准确定位,并对影响光缆线路障碍点判断的各种因素进行了较为详细的分析。
3.
In order to locate power cable fault fast and accurately,the acoustic propagation time measurement was developed to detect cable fault.
为了快速准确的找到电力电缆故障所发生的位置,研究了声磁传播时间差法测寻电力电缆故障点。
5) line fault position
故障地点
1.
This paper analyzes the influence of the probability of line fault position and the transition resistance to the power system security measure.
研究了输电线路的故障地点和故障过渡电阻的随机性对电力系统动态安全性测度的影响。
6) trouble point
故障点
1.
The paper introduces two applied method of mensurting cable trouble point.
介绍了两种实用的测定电缆故障点的方法,该方法简单实用,无需精密的仪器和复杂的计算,它适用于测定电缆芯线接地故障。
补充资料:点蚀系数
分子式:
CAS号:
性质:腐蚀挂片上发生点蚀的最大深度与按重量损失计算出的平均腐蚀深度之比值。
CAS号:
性质:腐蚀挂片上发生点蚀的最大深度与按重量损失计算出的平均腐蚀深度之比值。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条