Nowadays, the complex anti-corrosion system is used for the ship superstructure, which is the combination of the anti-corrosion coat and the sacrificial anode system.
目前，船舶上层建筑采用复合防腐系统，即防腐涂层和牺牲阳极系统相结合的防腐措施。
The effect of indium on the dissolution of aluminium sacrificial anode was studied.
研究了铟对铝基牺牲阳极溶解的影响。
An anticorrosive coating was prepared with lamellar zinc particles as the sacrificial anode material and epoxy resin as the binder.
以鳞片状锌粉为牺牲阳极材料，环氧树脂为成膜物质，制备了鳞片状锌粉防腐蚀涂料。
The potential and its distribution of a steel pipe protected by a sacrificial anode were measured through this set and the result was satisfactory.
利用该装置在试验室测量了牺牲阳极保护下钢管的电位及其分布，获得了满意的结果。
The purification technology of Mg-Mn alloy sacrificial anode was studied and electrochemical properties and chemical composition of samples were tested.
通过高电位镁阳极的熔铸及成型工艺中的净化技术研究，对试验样品进行了化学成分和电化学性能测试。
Specific cathodic protection methods, including titanium based anode for impressed current system and Zn sheet anode for sacrificial anode system, are introduced.
重点介绍了阴极保护的具体做法，一种是以钛基阳极作为辅助阳极的外加电流法，另一种是采用锌板阳极的牺牲阳极法。
By covering a thin layer of Mg anode onto the surface of traditional Zn anode orAl anode, a new kind of sacrificial anode-composite sacrificial anode was developed.
在传统锌基或铝基牺牲阳极的外面包覆一薄层镁基牺牲阳极制备成一种比较新颖的牺牲阳极——复合牺牲阳极。
Once corrosive solution arrived at the substrate, galvanic corrosion occurred, and aluminum coatings acted as the sacrificial anode protecting the steel substrate from corrosion.
腐蚀介质到达基体时，将发生电偶腐蚀，铝涂层会作为牺牲阳极保护基体免受腐蚀。
This paper introduces a method in which a sacrificial anode with special shape was added between casings and pipeline for solving the corrosion problem in the special environment.
针对这一情况，介绍了一种在套管内管段上补加特殊形状的牺牲阳极的方法，解决了这一特殊环境中的腐蚀问题。
Several aluminium alloy sacrificial anodes used to protect the pipeline laid in sea bed mud were measured, two sacrificial anode materials having excellent performances were obtained.
测试了几种用于海泥中海底输油管线保护的铝合金牺牲阳极的电化学性能。
Several aluminium alloy sacrificial anodes used to protect the pipeline laid in sea bed mud were measured, two sacrificial anode materials having excellent performances were obtained.
测试了几种用于海泥中海底输油管线保护的铝合金牺牲阳极的电化学性能。
应用推荐