2021
DOI: 10.1016/j.bioelechem.2021.107922
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Effect of crevice morphology on SRB activity and steel corrosion under marine foulers

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Cited by 23 publications
(4 citation statements)
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“…The general View (Figure 10(a-1)) reveals that in addition to scratches originating from mechanical polishing, an extra layer could be noticed even though the detailed morphology fails to be resolved at this magnification. Figure 10(a-2) displays the framed area in Figure 10(a-1) at an increased magnification, which reveals the presence of rod-shaped features with typical dimensions ranging from several micrometres to over 10 µm, supposedly SRB bacteria [11,13,16,41]. The framed area of Figure 10(a-2) is further magnified in Figure 10(a-3), displaying the fusion of these bacteria, which indicates the initial formation of biofilm after only 14 days' immersion.…”
Section: Discussionmentioning
confidence: 99%
“…The general View (Figure 10(a-1)) reveals that in addition to scratches originating from mechanical polishing, an extra layer could be noticed even though the detailed morphology fails to be resolved at this magnification. Figure 10(a-2) displays the framed area in Figure 10(a-1) at an increased magnification, which reveals the presence of rod-shaped features with typical dimensions ranging from several micrometres to over 10 µm, supposedly SRB bacteria [11,13,16,41]. The framed area of Figure 10(a-2) is further magnified in Figure 10(a-3), displaying the fusion of these bacteria, which indicates the initial formation of biofilm after only 14 days' immersion.…”
Section: Discussionmentioning
confidence: 99%
“…碳源时,SRB 可以直接从金属 Fe 中获得电子,为生 命活动提供能量,因而造成严重的点蚀 [69,70] 。SRB 本身会显著增加管材发生应力腐蚀开裂的风险。除 此 之 外 , 有 研 究 表 明 , SRB 能 够 存 活 于 缝 隙 内 部 [71] ,具有破坏基体表面钝化膜的能力 [72] ,对超临…”
Section: 二、捕集系统的金属腐蚀问题研究进展与 挑战unclassified
“…Generally, low-alloy structural steels have been widely used in the fields of bridges, containers, and infrastructures. However, corrosion occurs during service, [1][2][3][4][5] such as atmospheric corrosion, and microbiologicalinduced corrosion, leading to considerable economic losses and heavy casualties. [6][7][8][9] The corrosion issue seriously restricts the development and application of low-alloy steel.…”
Section: Introductionmentioning
confidence: 99%