1) Anodic Protection
阳极保护
1.
Stress Analysis of a Big-Sized Concentrated Sulfuric Acid Cooler With Anodic Protection;
大型阳极保护浓硫酸冷却器应力分析
2.
Application of tubular acid distributor of anodic protection trough in the largescale SA absorption tower;
大塔径硫酸吸收塔阳极保护槽管式分酸器的应用
3.
Applications of Shell and Tube Sulfur Acid Coolers With Anodic Protection;
管壳式阳极保护酸冷却器的实际应用
2) anode protection
阳极保护
1.
Development and application of stainless steel groove tube acid distributor for anode protection;
阳极保护不锈钢槽管式分酸器的开发应用
2.
The paper describes the features of various acid distributors in sulfuric acid equipment and emphatically introduces the practicability of trough pipe type acid distributor and trough pipe combination type acid distributor with anode protection.
叙述了硫酸装置中各种分酸器的特点,着重介绍了槽管式分酸器以及与阳极保护组合槽管式分酸器的实用性。
3.
Draw a conclusion from here,anode protection is a efficient method from anticorrosio
本文对１Ｃｒ１８Ｎｉ９Ｔｉ钢在硫酸溶液中实施阳极保护，测出其腐蚀失重、保护度以及阳极极化曲线，从而得出阳极保护法是防护该钢材在硫酸溶液中的腐蚀的好方法。
3) sacrificial anode protection
牺牲阳极保护
1.
According to the principle of the sacrificial anode protection,referring to the former cases and the correlative formula,a computer aided design system of sacrificial anode protection for buried steel pipelines is established by using VB.
NET语言强大的功能,对埋地钢管的牺牲阳极保护进行计算机辅助设计。
2.
The selection of anode materials,the adjustment of anode distance,the controlling main points and protection effect of sacrificial anode protection construction in the practical engineering of sacrificial anode protection of gas pipeline are discussed.
论述了燃气管道牺牲阳极保护实际工程中阳极材料的选择、阳极间距的调整、牺牲阳极施工的控制要点及保护效果。
5) Sacrificial anodes protection
牺牲阳极保护
1.
Sacrificial anodes protection can decrease the degree of corrosion wear effectively.
牺牲阳极保护法可以有效地从抑制腐蚀的角度来减弱腐蚀磨损。
6) steel-claw protecting ring
阳极钢爪保护环
1.
Experiment proved that the application of steel-claw protecting ring for anode could extend the service period of anode, reduce carbon block consumption and operating cost without influence on the quality of mollen aluminium.
通过阳极钢爪保护环试验 ,得出采用阳极钢爪保护环 ,可以延长换极周期 ,降低炭块消耗 ,降低成本 ,对铝液质量无影响。
补充资料：阳极保护
分子式：
CAS号：
性质：将被保护设备与外加直流电源的正极相连，使其阳极极化至一定电位，金属能建立起钝态并维持钝态，从而显著降低金属的腐蚀速度。这种方法称为阳极保护。它特别适用于强氧化性介质的防腐蚀，是一种经济、保护效果好的防腐技术。但在不能建立钝态或含氯离子的介质中不能使用。
CAS号：
性质：将被保护设备与外加直流电源的正极相连，使其阳极极化至一定电位，金属能建立起钝态并维持钝态，从而显著降低金属的腐蚀速度。这种方法称为阳极保护。它特别适用于强氧化性介质的防腐蚀，是一种经济、保护效果好的防腐技术。但在不能建立钝态或含氯离子的介质中不能使用。
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