计算结果和测量结果基本一致，为优化阴极保护设计提供了理论依据。
The results can be used to provide a theoretical foundation to design an optimal cathodic protection.
工程技术部还提供阴极保护设计、咨询；管道检测、清管、带压封堵技术咨询、翻译等服务。
Our engineering department provides cathodic protection system design, as well as other technologies such as pipeline pigging, hot tapping and plugging consultation.
另外压载水舱内部结构复杂，“屏蔽效应”对保护电流分布的影响也成为阴极保护设计中的关键问题。
In addition, inside structure of ballast water tank is very complex, shield effect to protective current also becomes a key problem in cathodic protection design.
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 device used for automatic collection of cathodic protection potential data in cyclic wet-dry environments was designed and manufactured.
阴极保护是抑制腐蚀最有效的方法之一，但需合理设计、安装和维护。
Cathode protection is one of the most effective methods for suppressing corrosion, while reasonable design, installation and maintenance are very necessary.
本文研究了海洋结构物阴极保护优化设计问题。
In this thesis, optimization design of cathodic protection system for Marine structure has been studied.
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。
A kind of simulating set was put forth to measure the cathode protection potential and its distribution of offshore steel structures in lab.
概述了电磁特征信号的来源、危害，介绍了轴接地、阴极保护系统的设计和滤波、消磁等消除或减少电磁特征信号的技术措施。
The measures to eliminate and mitigate the electromagnetic signature such as shaft grounding, design of cathodic protection system and degaussing wer.
协助您提供阴极保护工程的勘探、设计、施工、技术咨询等相关业务。
Assist you provides cathodic protection engineering exploration, design, construction, technology consultation and related business.
分析钢质套管对埋地管道阴极保护影响的原因，提出管道设计施工、阴极保护系统设计施工中与此有关的改进意见。
The causes of influence of steel casing on cathodic protection of buried pipelines are analyzed. Some Suggestions about design and installation of pipeline and cathodic protection are put forward.
本课题的主要任务是设计一个高精度、超低功耗，具有断电电位采集功能的阴极保护电位数据采集系统。
The major task of this paper is to design a portable data acquisition system, which collects the off cathodic potential with high-precision and low-power consumption.
本课题的主要任务是设计一个高精度、超低功耗，具有断电电位采集功能的阴极保护电位数据采集系统。
The major task of this paper is to design a portable data acquisition system, which collects the off cathodic potential with high-precision and low-power consumption.
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