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Examination of archived rusticles from World War II shipwrecks

机译:从第二次世界大战沉船审查存档的象棋

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The authors examined the physiochemical and microbiological properties of archived rusticles from World War II shipwrecks in the Gulf of Mexico. Rusticles, iron (Fe)-rich accumulations on shipwrecks in marine environments, have long been assumed to be the result of low alloy steel corrosion. In many cases the assumed corrosion has been attributed to biodeterioration because of the presence of specific types of bacteria associated with the rusticles. However, archived rusticles from WWII shipwrecks in the Gulf of Mexico (GOM) do not have the mineralogical layering typical of iron corrosion products. Moreover, spatial relationships between bacteria and rusticles cannot be interpreted as biodeterioration. The authors concluded that environmental Fe plays a role in rusticle formation and differences in Fe concentrations can be used to explain differences in rusticle size and distribution with depth in the GOM. Both biotic and abiotic mechanisms for Fe accumulation are provided. Published by Elsevier Ltd.
机译:作者检测了墨西哥湾第二次世界大战海难的垃圾象棋的生理化学和微生物性质。孤立在海洋环境中的沉船上的孤立(Fe) - 长期以来一直认为是低合金钢腐蚀的结果。在许多情况下,由于存在与象状物相关的特异性细菌存在,假设的腐蚀归因于生物转变。然而,来自墨西哥湾(GOM)的WWII沉船的存档孤立没有典型的铁腐蚀产品的矿物学分层。此外,细菌和象状物之间的空间关系不能被解释为生物传播者。作者的结论是,环境Fe在锈的形成中发挥作用,Fe浓度的差异可用于解释氏病尺寸和在GOM中的深度分布的差异。提供了Fe积累的生物和非生物机制。 elsevier有限公司出版

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