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首页> 外文期刊>Tribology International >Tribocorrosion behaviour of tin bronze CuSn12 under a sliding motion in NaCl containing environment: Contact to inert vs. reactive counterbody
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Tribocorrosion behaviour of tin bronze CuSn12 under a sliding motion in NaCl containing environment: Contact to inert vs. reactive counterbody

机译：在含NaCl环境中的滑动运动下锡铜库12的Tricocorlion行为：接触惰性Vs.反应靶机

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摘要

Tribocorrosion behaviour of tin bronze was examined in NaCl environments using two counterbodies: inert alumina and reactive bearing steel. The results with inert counterbody disclosed growing alloy losses with increasing potential, due to wear-influenced corrosion. Degradation progressed through the development, modification and removal of corrosion products, exposing fresh surface for the environment. With reactive counterbody, galvanic coupling between the two metals played an important role in the behaviour of the tribopair. At the lowest potential, where counterbody corrosion progressed slowly, the metals were in a direct mechanical contact, introducing wear in the ploughing mode in tin bronze. At anodic potentials, counterbody provided cathodic protection to tin bronze, with most material losses occurring in the counterbody by corrosion and wear-influenced corrosion.
机译：使用两个逆差地在NACL环境中检查锡铜的Tribocorlion行为：惰性氧化铝和反应轴承钢。 由于耐磨性的腐蚀，惰性抗体的结果随着潜力的增加而透露了随着潜力的增加。 降解通过腐蚀产物的开发，改性和去除，为环境暴露出新鲜表面而进行。 通过无功靶，两金属之间的电流耦合在Tribopair的行为中起着重要作用。 在低势的情况下，椎间体腐蚀进展缓慢，金属在直接机械接触中，在锡青铜中引入犁模式。 在阳极潜力，抗衡码头为锡青铜提供了阴极保护，具有腐蚀和磨损的腐蚀，在抗孔体内发生的大多数材料损失。

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