The characteristics of rust layer on steel immersed in seawater and related anaerobic microbial community were investigated.
研究了海水环境中钢铁腐蚀产物即锈层中的厌氧微生物群落和锈层矿物特征及其相关性。
The rust layer accelerates the matrix corrosion in the worsening sequence of full submersible zone, tidal range zone and splash zone.
锈层将促进基体的腐蚀，其程度依全浸区、潮差区、飞溅区的顺序增加。
The protective mechanism of the rust layer was introduced as well. Prospect of research on the rust layer on weathering steel was also included in this paper.
介绍了耐候钢锈层的保护机理。同时，对耐候钢锈层的研究方向作了展望。
The surface morphology of corrosion layer, corrosion products, structure and alloy elements of rust layer in natural city atmosphere were studied by metallographic observation, SEM and XRD.
主要采用金相、扫描电镜、X-射线衍射方法分析和探讨了初期腐蚀层形貌、腐蚀产物和合金元素的分布。
The phases of corrosion products on underground steel tube and their changes with depth of rust layer were analysed using Mossbauer effect, X - ray diffraction and proton X -ray fluorescence analysis.
使用穆斯堡尔效应、x射线衍射分析及质子x射线荧光分析法，分析了地下钢管腐蚀产物的相态及其随锈层深度的变化。
The phases of corrosion products on underground steel tube and their changes with depth of rust layer were analysed using Mossbauer effect, X - ray diffraction and proton X -ray fluorescence analysis.
使用穆斯堡尔效应、x射线衍射分析及质子x射线荧光分析法，分析了地下钢管腐蚀产物的相态及其随锈层深度的变化。
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