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Corrosion resistance of Si and Al-bearing ultrafine grained weathering steel

机译:含Si和Al的超细晶粒耐候钢的耐腐蚀性

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The iron rust phase has been analyzed by using EPMA, TEM and EIS after simulating marine corrosion tests. The ultrafine grained (UFG) weathering steel containing Si and Al showed higher corrosion resistance than carbon steel in the test.Si and Al were identified as Si~(2+) and Al~(3+) in the complex oxide of inner rust by EPMA and TEM. It was demonstrated by EIS that the resistance at the low frequency region corresponded to that of corrosion reaction of rusted steels (Rt). The Rt value of this steel increased after the continuous formation of inner rust, which implied that Si and Al took part in the conversion of complex oxides into fine structure that prevented the penetration of Cl ions.
机译:在模拟海洋腐蚀试验后,已使用EPMA,TEM和EIS分析了铁锈相。在试验中,含有Si和Al的超细颗粒(UFG)耐候钢显示出比碳钢更高的耐蚀性.Si和Al在内锈的复合氧化物中被鉴定为Si〜(2+)和Al〜(3+)。 EPMA和TEM。通过EIS证明,低频区域的电阻对应于生锈钢的腐蚀反应(Rt)。连续形成内锈后,该钢的Rt值增加,这表明Si和Al参与了将复杂氧化物转变为阻止Cl离子渗透的精细结构的过程。

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