lightning conductor

英 [ˈlaɪtnɪŋ kəndʌktə(r)]

美 [ˈlaɪtnɪŋ kəndʌktər]

n.  避雷针

化学

牛津词典

noun

• 避雷针
  a long straight piece of metal or wire leading from the highest part of a building to the ground, put there to prevent lightning damaging the building

柯林斯词典

• 避雷针
  Alightning conductoris a long thin piece of metal on top of a building that attracts lightning and allows it to reach the ground safely.

in AM, use 美国英语用 lightning rod

英英释义

noun

• a metallic conductor that is attached to a high point and leads to the ground
  Synonym:lightning rod

双语例句

• The Calculation for the Range of Lightning Strike on the Grounded conductor Based on the Principle about Consistence Between the Directions of Lightning Movement and Maximum Field Intensity
  基于雷电走向与场强最大方向一致原理的接地导体雷击范围的计算
• Influence of HV Overhead Lightning Conductor on Measurement Results of Grounding Impedance for Grounding Network
  高压架空避雷线对接地网接地阻抗测量结果的影响研究
• Benjamin Franklin, inventor of the lightning conductor and co-author of the American Declaration of Independence, was an early practitioner. In1772, he wrote.
  避雷针发明者、美国独立宣言的作者之一，本杰明。富兰克林就是一较早实践者。1772年，他写道。
• Harm of Conventional Lightning Conductor Protection against Lightning for Information Instruments
  传统避雷针保护对信息防雷的危害
• The Plotting Method for Protection Scope of Lightning Conductor and Its Checking
  浅谈避雷针保护范围作图法及其校验
• It appeared, at first sight, to be a lightning conductor, mounted on an insulator going through the roof.
  一眼看去，它似乎是一根避雷针，安装在穿过屋顶的绝缘体上。
• Design and develop the current transformers, what be used for the shunt current testing of overhead lightning conductor.
  设计开发适宜现场应用的电流互感器，以用于架空避雷线分流电流的测试。
• The results show the pre-existing DC voltage reduces ( or increases) the lightning flashover voltage with an amount which just equals to the value of applied DC voltage no matter where the lightning impules is applied on the tower or the conductor.
  从实验结果表示：预加的直流电压使绝缘子串的雷电闪络电压降低（或增加），不论雷电冲击是施加于铁塔上还是导线上，其值都等于所加的直流电压。
• Under the radio single irradiating, different incident angle and different arrange way, either there is lightning conductor or not, the electromagnetic field distributing conditions around the EHV transmission line is calculated and lots of numerical calculating result is obtained.
  对无线电信号照射下，不同入射角度，不同排列方式，有无避雷线等情况时，超高压输电线周围电磁场的分布状况进行了仿真计算，得到了大量的数值计算结果。
• Construction of Conventional Lightning Conductor Replaced by OPGW
  普通避雷线更换OPGW光缆施工