A device used for automatic collection of cathodic protection potential data in cyclic wet-dry environments was designed and manufactured.
设计研制了一种用于干湿交替环境下，自动采集阴极保护电位数据的装置。
A kind of simulating set was put forth to measure the cathode protection potential and its distribution of offshore steel structures in lab.
研究设计了试验室测量海水中金属结构物阴极保护电位及其分布的模拟装置。
Through cathodic protection potential tests, the protection effect of pipelines can be evaluated. This is the most simple and prevalent method.
通过测试管道的阴极保护电位，对管道的保护效果进行评价，是当前最简便而通行的一种方法。
By means of contact test with a reference electrode underground, we measured the distribution of casing protection potential along vertical depth.
采用地下参比电极“接触测试”法，对套管实施保护后的纵向深度套管保护电位进行定量测试。
The mathematical model of cathodic protection potential distribution on the exterior of tank bottom is established and calculated by using FLUENT software.
建立了储罐底板外侧阴极保护电位分布的数学模型，利用FLUENT软件模拟了罐底外侧的阴极保护电位分布；
But the potential on position, which includes IR drops, is not the real protection potential of the pipeline.
但是，通常测量的通电电位并不是管道的真实电位，包含各种IR降。
Through protection potential tests, the protection effect of pipelines can be evaluated according to the potential standard. This is the most simple and popular method.
通过测试管道保护电位，并依据电位准则对管道的保护效果进行评价，是最简便而通行的方法。
Analysis the minimum protection potential value on heat-supply pipeline imposing cathodic protection, determine the pattern of water supply and return pipe imposing cathodic protection.
分析供热管道施加阴极保护的最小保护电位值，确定供、回水管同时施加阴极保护的方式。
Analysis the minimum protection potential value on heat-supply pipeline imposing cathodic protection, determine the pattern of water supply and return pipe imposing cathodic protection.
分析供热管道施加阴极保护的最小保护电位值，确定供、回水管同时施加阴极保护的方式。
应用推荐