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DETERMINATION OF CHLORIDE CORROSION THRESHOLD FOR METALS EMBEDDED IN CEMENTITIOUS MATERIAL

机译:硬质合金材料中金属的氯化物腐蚀阈值的测定

摘要

The chloride corrosion threshold of a metal embedded (11) in a cementitious structure (14) is determined in an accelerated manner by using an electric field (41, 42) to increase the rate of migration of chloride ion into the structure (14) and monitoring the interface between the metal (11) and the cementitious material (26) in structure (14) to detect the onset of corrosion, then determining the chloride corrosion threshold, which is defined as the chloride content of the cementitious material (26) once corrosion has begun. This determination can be performed over a time period of as little as 2 to 3 weeks rather than the months or years required by conventional chloride corrosion test procedures.
机译:通过使用电场(41、42)加快氯离子向结构(14)中的迁移速率,并以加速的方式确定水泥结构(14)中埋入金属(11)的氯化物腐蚀阈值。监视结构(14)中金属(11)和胶结材料(26)之间的界面以检测腐蚀的开始,然后确定氯化物腐蚀阈值,该阈值定义为胶结材料(26)中的氯化物含量一次腐蚀已经开始。这种确定可以在短至2至3周的时间内完成,而不是常规氯化物腐蚀测试程序所要求的数月或数年。

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