galvanic anode的意思|示意
牺牲阳极
galvanic anode的用法详解
Galvanic anode, also known as sacrificial anode, is a kind of metal material that can protect the structure of equipment or pipeline by its own oxidation reaction. It can be made of various materials such as zinc, magnesium, aluminum and lead.
Galvanic anode is widely used in the fields of shipbuilding, oil pipelines, heat exchangers and ocean environments. In the field of shipbuilding, it can prevent ship hull from being attacked by marine organisms, so as to prolong its service life. Moreover, with its strong corrosion-resistance, galvanic anodes can be used to protect the pipeline from corrosion in the oil industry. Meanwhile, it can also be used in the environment of heat exchanger for corrosion protection. In the environment of ocean, it can protect the vessel body from corrosion by the effect of ion exchange.
Besides its corrosion-resistance properties, galvanic anode also has many other uses. It can be used to reduce electric resistance and improve electrical performance in battery and electrolysis industry. It is also used as a thermal protection material in the aircraft fuel tank, and acts as a cathode protection material in the anode of electrochemical systems. In addition, it can also be used in medical industry as a biocompatible material to reduce the internal body resistance and improve the electrical performance of cells.
In conclusion, galvanic anode, as a kind of highly efficient corrosion-resistance material, has a wide range of applications in various industries such as shipbuilding, heat exchangers and ocean environments. It can not only ensure the safety of equipment and pipelines, but also be used in other industries for its excellent electrical performance.
galvanic anode相关短语
1、 galvanic anode protection 牺牲阳极保
2、 galvanic anode system 流电阳极方式
3、 galvanic anode method 牺牲阳极法
4、 sacrificial anode or galvanic anode 牺牲阳极
galvanic anode相关例句
From the experiment result of metal specimens buried in underground, discussing the influence of AC stray current on cathode protection by using galvanic anode method.
根据室外现场埋片试验结果，讨论了杂散电流对牺牲阳极阴极保护性能的影响。
By insulating flange at the junction between the new and old pipe, the long line galvanic cell is "broken up" - the anode (new pipe) is electrically separated from the cathode (old pipe).
在新、旧管子连接处安装绝缘法兰，破坏了长管道的原电池，即：阳极(新管子)和阴极(旧管子)间电断路。
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。