摘要
防雷接地是由金属导体在地下搭接而成的接地网络,而阴极保护是防止建筑物地下金属构件腐蚀的有效措施。因此,阴极保护与防雷接地存在密切的关系。防雷接地设计应考虑对阴极保护对其的影响,该文以石油天然气管道和储罐接地的防雷接地对阴极保护影响为例,进行探讨分析。
Grounding for lightning is an earthing network which is connected by metallic conductors under the ground, while cathode protection is an effective measure to prevent buildingshnderground metal components from erosion. Therefore, there exists a close relationship between cathode protection and grounding for lightnig. The design of grounding for lightning should take the influences of cathode protection on it into account. This thesis takes the influences of grounding for lightning in oil and gas pipelines and tank grounding on cathode protection as an example to conduct a discussion and analysis.
出处
《贵州气象》
2016年第2期81-84,共4页
Journal of Guizhou Meteorology
关键词
阴极保护
防雷接地
牺牲阳极保护法
外加电流保护法
cathode protection
grounding for lightning
abandon - anode - protection technique
impressed current protection