1) Impressed current
外加电流
1.
according to the applications of impressed current cathodic protection(ICCP) system used in seawater circulatingsystem of power plant,combining the theory and practice experience,the author put forward and discussed some questions aboutdesign and construction,and hope this technology can be used in practice more and more.
根据外加电流阴极保护技术在某电厂海水循环水系统中的应用情况,结合理论及实践经验,提出了海水循环水系统外加电流阴极保护设计及施工中应注意的一些问题,希望能使该技术更多地被应用于生产实践。
2.
This paper describes the united anticorrosion methods of coatings and impressed current electrochemical protection, which offers protection to old ,badly corrosion water-carried pipeline.
本文阐述了利用复合涂层与外加电流电化学保护相结合的方法,对已运行的旧的、腐蚀较严重的输水管道进行防护。
3.
However,the impressed current cathodic protection system can well refrain the reinforcement from being corroded and is particularly applicable to the rehabilitation of old concrete structures with their reinforcement corroded by chloride pollution and is also applicalble to the protection of the reinforcement of newly-built concrete structures.
钢筋的腐蚀对钢筋混凝土结构及预应力混凝土结构的耐久性影响极大,外加电流阴极保护能较好地控制钢筋锈蚀,尤其适用于受氯化物污染引起钢筋腐蚀的旧混凝土结构的修复或新结构中钢筋的保护,介绍该系统的实际应用情况。
2) Applied current
外加电流
1.
In consideration of corrosive nature of high minerality and low pH value of oily waste water in Pucheng Oil Field, the applied current cathode protection is implemented on 3-phase separator after anumber of field tests have been completed.
三相分离器外加电流阴极保护技术是对分离器筒体施加阴极电流,使其电极电位从平衡电位向负移动至免腐蚀区,强行抑制阴极表面的腐蚀化学反应。
2.
The basic mechanisms and functions of cathodic protection are described, the design of sacrificing anodes and applied current and their respective advantages and disadvantages are compared and their economics is quantitatively analyzed based upon the case study.
阐述了阴极保护的基本原理及功能,分析比较牺牲阳极法与外加电流法两种保护方案的配置方式及其优缺点,结合工程实例对两种配置系统的经济效益进行了定性分析。
3.
It is easy in management and maintenance and it is the development trend of power source for applied current cathodic protection.
介绍了一种新型阴极保护电源——高频开关式恒电位仪的主要特点和原理,指出了高频开关式恒电位仪融合了先进的数控技术、高频开关技术和现代通讯技术,管理维护方便,综合性能突出,是外加电流阴极保护电源的发展方向。
3) impressed DC voltage method
外加直流电压法
1.
Based on this model,this paper analyzes the impacts of the brush touching resistance on the measurement of the grounding resistance when the impressed DC voltage method,the impressed AC voltage method and the Ping-Pang switch method are adopted respectively,obtaining the fol.
利用该统一模型,分析了外加直流电压法、外加交流电压法、乒乓切换法中电刷接触电阻对励磁绕组接地电阻测量值的影响和危害。
4) impressed AC voltage method
外加交流电压法
1.
Based on this model,this paper analyzes the impacts of the brush touching resistance on the measurement of the grounding resistance when the impressed DC voltage method,the impressed AC voltage method and the Ping-Pang switch method are adopted respectively,obtaining the fol.
利用该统一模型,分析了外加直流电压法、外加交流电压法、乒乓切换法中电刷接触电阻对励磁绕组接地电阻测量值的影响和危害。
5) addtional DC source
外加直流电源
6) impressed current system
外加电流系统
补充资料：标准冲击电流波形(见冲击电流发生器)
标准冲击电流波形(见冲击电流发生器)
standard impulse current wave form
blaozhun ehonglld}0n4一u box]ng标准冲击电流波形(standard impulse currentwave form)见冲击电流发生器。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条