galvanic anode
英 [ɡælˈvænɪk ˈænəʊd]
美 [ɡælˈvænɪk ˈænoʊd]
网络 牺牲阳极; 电镀阳极
双语例句
- The most recent developments have been in the evolution of galvanic or sacrificial anode systems.
最近更我的研究集中在牺牲阳极上。 - The utility model belongs to the lithium galvanic cell field, in particular to the field of the anode plate of the lithium galvanic cell.
本实用新型属于锂原电池领域，特别是锂原电池负极片领域。 - Galvanic corrosion behavior of alloys generally used for sacrificial anode in NaCl solution
常用牺牲阳极合金在NaCl溶液中的接触腐蚀行为 - The paper reported application of the galvanic anode bag for cathodic protection during buried pipeline construction e.g. from process principle, galvanic anode bag manufacture, buried method to running& maintenance.
报道袋装牺牲阳极阴极保护方法在埋地输气管线施工中的应用，从工艺原理、袋装牺牲阳极的制作、埋设以及运行与维护等方面进行了介绍。 - Application of the Galvanic Anode Bag for Cathodic Protection During Buried Pipeline Construction
袋装牺牲阳极阴极保护方法在管线施工中的应用 - 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。 - Stray current corrosion and its influence on cathodic protection by using galvanic anode method
杂散电流腐蚀及其对牺牲阳极阴极保护的影响 - 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。 - Galvanic Cell Oxygen Sensors with Active Copper Anode
活性铜阳极原电池型氧气传感器 - The traditional galvanic corrosion method is used for monitoring the galvanic corrosion of Fe-based SMA tube coupling and the tube. The result revealed that the galvanic current density and the area ratio of the cathode to the anode does not obey the logarithmic proportional relation.
应用传统的电偶腐蚀的方法对铁基形状记忆合金管接头与被连接管的电偶腐蚀进行监测，电偶电流的随着阴阳极面积比并不服从严格的对数正比关系。 - For the bare system, the driving force of the couple and the galvanic current density were decreased by the polarization. The zone of the anode and the cathode changed during the immersion.
对于裸钢体系，由于阴阳极极化作用，使得电偶腐蚀驱动力减小，偶合电流密度逐渐减小，并且随着浸泡的进行，阳极区会发生转移。