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阴极保护设计
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  cathodic protection design
     Study on Cathodic Protection Design Technology of Ship Internal Tank
     船体内舱阴极保护设计技术研究
短句来源
     Difficulty Analysis of External Surface Cathodic Protection Design for the Bottom of Steel Storage Tanks
     钢质储罐罐底外壁阴极保护设计
短句来源
     Cathodic Protection Design for Mountainous Long-distance Pipeline
     山区特殊地段长输管道的阴极保护设计
短句来源
     Cathodic Protection Design for Metallic Oil Tank
     钢质储罐阴极保护设计
短句来源
     such as excessive protection current and inadequate sacrificial anode was discussed on the basis of the data obtained in situ. Some feasible approaches were proposed to solve these problems. The optimization of cathodic protection design for the thimble was also suggested.
     根据对陕气进津输气管道阴极保护工程现场测试结果的数据整理和分析讨论,发现长输管线联合保护设计中存在着阴极保护电流设计取值过大、牺牲阳极选用不合理等资源浪费问题,进而提出了改进方案,并对套管内的阴极保护设计提出了优化建议.
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  design of cathodic protection
     Design of Cathodic Protection for 1500 mm Sea Water Pipeline
     1500mm海水输送管线阴极保护设计
短句来源
     DESIGN OF CATHODIC PROTECTION FOR NON-CABLE SUBMARINE ROBOT
     无缆水下机器人阴极保护设计
短句来源
     DESIGN OF CATHODIC PROTECTION TO LONG TRANSMISSION BURIED PIPELINES IN DESERT REGIONS
     沙漠地区长输管道阴极保护设计
短句来源
     Based on analyzing the current situation in the corrosion of the gas pipeline, this paper introduces the applicability of cathodic protection in gas pipeline for antisepsis,and expatiates on the main problems during the reconnaissance and design of cathodic protection.
     本文分析了我国城市燃气管道的腐蚀状况,介绍了阴极保护在城市燃气管道防腐中的应用,同时就阴极保护设计前的勘察及设计中应注意的问题进行了阐述。
短句来源
     Based on analyzing the current situation in the corrosion of the gas pipeline, introduce the applicability of cathodic protection in gas pipeline for antisepsis, and expatiate on the main problems during the reconnaissance and design of cathodic protection.
     本文分析了我国城市燃气管道的腐蚀状况,介绍了阴极保护在城市燃气管道防腐中的应用,同时就阴极保护设计前的勘察及设计中应注意的问题进行了阐述。
  “阴极保护设计”译为未确定词的双语例句
     OPTIMIZATION MODEL OF THE CATHODIC PROTECTION SYSTEM
     阴极保护设计问题的优化模型
短句来源
     The corrosion and protection of the marine structures are analyzed,the environment of corrosion,the types of corrosion and the protection of corrosion are described,the problems in the course of cathodic protection and some ideals and suggestions about cathodic protection are presented.
     对海洋钢结构物的腐蚀环境、腐蚀类型以及相应的腐蚀防护做了综述性的描述 ,并对海洋钢结构物在阴极保护设计过程中所存在的问题进行了分析 ,最后提出了海洋钢结构物阴极保护工程设计中有参考意义的意见和建议 ,有助于阴极保护工程设计的优化
短句来源
     By analyzing in detail these factors , it is concluded that (1)anode allocation is vital important in the CP design, and the current distribution can be improved effectively by adopting flexible anodes for the pipeline with aged coating;
     针对阳极与结构体的距离及其布置、土壤电阻率变化、参比电极的位置等因素对电流分布的影响,进行了详细分析,得出结论:1.阴极保护设计成功与否关键是阳极布置,对于防腐层老化的管道采用柔性阳极,可有效改善电流分布;
短句来源
     The Technical Point on the Design of Alliance Pipeline's Cathodic Protection System and its Reference Significance
     联盟管道阴极保护设计要点及其借鉴意义
短句来源
     The difference between the design of CP power source with the TEG and the other CP power source is that: (1) TEG's power is variable with the local environmental temperature,and based on annual higher operating temperature in the design, (2) maximum power of TEG should be an ideal value,otherwise the number of TEG had to be increased or installed transformer,(3) the number and location of TEG should not be limited,proper groundbed location may be more important.
     用TEG作为阴极保护电源的设计和其它电源的阴极保护设计的不同之处是:①TEG的功率随当地环境温度而变化,设计时应以一年中较暖的运行温度为基础,②TEG最大功率应与负载电阻相匹配,设计的地床电阻应是理想值,否则要多加TEG或变压器,③TEG的数量和位置不受限制,合适的地床位置条件往往更为重要。
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  cathodic protection design
Computer models for cathodic protection design of complex systems are recently becoming available.
      
  design of cathodic protection
Proper design of cathodic protection by use of impressed current cable anodes requires the knowledge of current and potential distribution along the anode and the structure to be protected.
      
The design of cathodic protection systems requires the engineer to define the number of anodes, their shape and size and location.
      


Cathode protection with sacrific magnesium alloy anode was used for the first time in China and here you are made acquainted with the survey of soil corrosivity,and the design construction and test of cathode protection system.

镁合金牺牲阳极法阴极保护在国内首次使用。本文对土壤腐蚀性勘测,阴极保护设计,施工与测试进行了介绍。

This paper describes the experimentation and application of Al-Zn-In-Cd anodes. The composition of anode (Al-(2.5~4.5) Zn-(0.02~0.03) In (~0.01)Cd) is determined by laboratory and field tests, and appropriate emphirical formula for cathodic protection design calculation has been selected and checked. From actual use in the protection of offshore structures such as platform etc., it has been proved that this kind of anode has stable and reliable electrochemical properties, containing impurities of Fe<0.16%, Si<0.13%...

This paper describes the experimentation and application of Al-Zn-In-Cd anodes. The composition of anode (Al-(2.5~4.5) Zn-(0.02~0.03) In (~0.01)Cd) is determined by laboratory and field tests, and appropriate emphirical formula for cathodic protection design calculation has been selected and checked. From actual use in the protection of offshore structures such as platform etc., it has been proved that this kind of anode has stable and reliable electrochemical properties, containing impurities of Fe<0.16%, Si<0.13% and Cu<0.005%. The steel structures of offshore platforms can be well protected when properly designed and installed.

本文叙述了Al—Zn—In—Cd阳极的试验研究和应用。内容包括通过室内外试验确定阳极成分、选择并验证适宜的阴极保护设计计算经验公式和海上平台等设施的保护实践,应用结果表明该阳极具有稳定可靠的电化学性能。设计和安装得当,可使海上石油平台等钢铁结构物得到良好的保护。

Based on the configuration features of decp water wells,ringlike and gear-ringlike auxiliary anode are designed.By making simulated dynamic tests,reliable bases for determining the parameters of engineering design are presented.By the constructlonal and opertional results of deep water wells,it is shown that the designs of cathodic protection for outlet pipes and well head plpelines of deep water wells are reasonable,easy to install and maintain,and its norm meets the design requirements.

根据地下深水井的结构特点,设计了特制的垫圈式环状和齿轮环状辅助阳极;通过中型动态模拟试验,为确定工程设计参数提供了可靠的依据。深水井工程施工和系统运行结果表明,深水井扬水管及井口管线外加电流阴极保护设计合理、施工简单、维护方便,技术指标达到了设计要求。

 
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