On the superiority of the ÃÂÃÂ¿earth-overlapÃÂÃÂ¿ method in localising-small faults in submarine cables when no loop is available, as evidenced by recent practical results with a fault of 40,000 ohms in a cable of 1,140 ohms conductor resistance

Kennelly A.E.

首页> 外文期刊>Telegraph-Engineers and Electricians, Journal of the Society of >On the superiority of the ÃÂÃÂ¿earth-overlapÃÂÃÂ¿ method in localising-small faults in submarine cables when no loop is available, as evidenced by recent practical results with a fault of 40,000 ohms in a cable of 1,140 ohms conductor resistance

【24h】

On the superiority of the ÃÂÃÂ¿earth-overlapÃÂÃÂ¿ method in localising-small faults in submarine cables when no loop is available, as evidenced by recent practical results with a fault of 40,000 ohms in a cable of 1,140 ohms conductor resistance

机译：在没有环可用的情况下，在确定海底电缆中的小故障中使用ÂƒÂ‚ÂÂÂÂÂÂÂÂÂÂ‚ÂÂÂÂÂÂÂÂÂÂÂÂÂÂ的方法的优越性，最近的实际结果表明，故障率为40,000 ohms在1,140欧姆导体电阻的电缆中

获取原文

掌桥外文数据库（机构版） >>

开具论文收录证明 >>

文献代查 >>

页面导航

著录项
相似文献
相关主题

著录项

来源
《Telegraph-Engineers and Electricians, Journal of the Society of》 |1887年第68期|P.581-585|共5页
作者
Kennelly A.E.;
展开▼
作者单位

展开▼
收录信息
原文格式 PDF
正文语种
中图分类
关键词

相似文献

外文文献
中文文献
专利

1. The resistance of faults in submarine cables [J] . Kennelly A.E. Telegraph-Engineers and Electricians, Journal of the Society of . 1887,第66期

机译：海底电缆的故障电阻
2. The resistance of faults in submarine cables [J] . Telegraph-Engineers and Electricians, Journal of the Society of . 1887,第67期

机译：海底电缆的故障电阻
3. Remarks on ????????The resistance of faults in submarine cables???????? [J] . Bright Charles T., Mance Henry, Ansell Harold W., Telegraph-Engineers and Electricians, Journal of the Society of . 1887,第66期

机译：关于海底电缆故障电阻的说明?????????
4. Design of an underwater cable fault location device to precisely locate submarine cable faults [C] . Glenn OReilly, Joseph Kearney, John Lawler, International Universities Power Engineering Conference . 2017

机译：用于精确定位海底电缆故障的水下电缆故障定位设备的设计
5. Unintentional RF Radiation and Reception in Coaxial Cable Transmission Lines Due to Sheath Conductor Faults [D] . Totten, Ronald J. 2018

机译：由于鞘导体故障引起的同轴电缆传输线的无意的RF辐射和接收
6. A Novel Traveling-Wave-Based Method Improved by Unsupervised Learning for Fault Location of Power Cables via Sheath Current Monitoring [O] . Mingzhen Li, Jianming Liu, Tao Zhu, 2019

机译：通过护套电流监测的无监督学习改进的基于行波的新方法
7. Detection of earth faults in electric power cables by analyzing changes in the short-circuit resistance [O] . Wojtas P., Kozłowski A., Kryca M., 2014

机译：通过分析短路电阻的变化来检测电力电缆的接地故障
8. Optimization of the Design of Metallic Shield-Concentric Conductors of Extruded Dielectric Cables under Fault Conditions. Final Report [R] . Silver, D. A., Lukac, R. G., Hartlein, R. A. 1983

机译：断层条件下挤压介质电缆金属屏蔽 - 同心导体设计的优化。总结报告

On the superiority of the ÃÂÃÂ¿earth-overlapÃÂÃÂ¿ method in localising-small faults in submarine cables when no loop is available, as evidenced by recent practical results with a fault of 40,000 ohms in a cable of 1,140 ohms conductor resistance

著录项

相似文献

相关主题

期刊订阅

On the superiority of the ÃÂÃÂ¿earth-overlapÃÂÃÂ¿ method in localising-small faults in submarine cables when no loop is available, as evidenced by recent practical results with a fault of 40,000 ohms in a cable of 1,140 ohms conductor resistance