1.
Coupling can happen at different places of the uplink and downlink channels.
上下行信道之间产生耦合的原因有多种，避雷设施的安装不当也是其中之一。
2.
Discussion about Several Technical Questions of Lightning Rod in Lightning Protection Design and Construction
避雷针在防雷设计和施工中若干技术问题浅谈
3.
Design and Application of Surge Arresters for 500 kV A.C. Power Transmission Lines
500kV线路避雷器的设计与应用
4.
Research on Metal Oxide Arrester Online Inspection and System Design;
氧化锌避雷器在线监测技术的研究与系统设计
5.
The Analysis Calculation and Computer Aided Design on the Protection Area of the Lightning Rod;
避雷针保护范围的分析计算及计算机辅助设计
6.
Parameters Design for the 6 Class Line Discharge Test on MOA for 1000 kV UHV AC Systems
交流1000kV避雷器第6级线路放电试验参数设计
7.
Design of Robot Control System Based on Laser Radar Abstacle Avoidance
基于激光雷达避障的机器人控制系统设计
8.
Causeandaversion of Infrastructure's Technical Risk
基础设施技术风险的成因及规避研究
9.
This voltage has some assumed value of impulse current through it, plus an additional voltage related to the distance between the arrester and that point.
此电压值为设定冲击电流流过避雷器时的电压,再加上避雷器与该点间距离所相关的附加电压。
10.
Negative Externality of Public Facilities and Its Solution
城市邻避性公共设施建设的困境与对策探讨
11.
A detonator is a device used to trigger an explosive device.
雷管是一种用来引爆爆炸物的设施。
12.
The Green Shelter: Street Corridors as Green Infrastructures for Wind Preventing and Sheltering
绿色的避风港——作为绿色基础设施的防风避风廊道
13.
Discussion of Anti-lightning Measures in Ezhou Electric Power Communication Automation System
鄂州电力通信自动化设施防雷措施的探讨
14.
Experimental Study for Lightning Rod and Lightning Eliminator;
消雷器与避雷针防雷特性的实验研究
15.
This process is determined from the known surge characteristics of equipment and the characteristics of surge arresters.
此过程由已知的设备冲击特性和避雷器特性来确定。
16.
It is with lightning arrester( pass electricity of protecting device) must protecting nature, preventative enclosure fully.
避雷器（电保护器）在建设机站时采用的必备保护性、防性的附件。
17.
Design of Based on DSP and ARM MOA Monitor;
基于DSP和ARM的金属氧化物避雷器测试系统的设计
18.
Design of a UWB Lighting-Arrestor Based on Impendence Transform
一种基于阻抗变换原理的超宽带天馈避雷器的设计