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Microbial activity involvement on soil corrosion of ductile iron - Electrochemical & microscopic study

机译:微生物活性参与延性铁 - 电化学&微观研究的土壤腐蚀

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摘要

Microbial activity involvement on soil corrosion of old ductile iron was studied through electrochemical tests and microscopic analysis. Immersion test was conducted at room temperature under stagnant conditions during 62 days where sterilization and oxygen parameters were considered. Mechanisms were investigated through DC and AC electrochemical measurements combined to microscopic observation of surface products by SEM. The results showed an accelerated corrosion in the case of aerated biotic condition with evidence of oxygen promoting bacterial activity. However, corrosion inhibition was observed under deareated biotic condition. The results imply clearly the role of burying depth and soil compactness on ductile iron water pipe life time.
机译:通过电化学试验和微观分析研究了旧延性铁土壤腐蚀的微生物活性。 在62天内在滞留条件下在室温下在室温下进行浸渍试验,其中考虑灭菌和氧参数。 通过DC和AC电化学测量研究了机制,通过SEM组合以微观观察表面产品。 结果表明,在促进细菌活性的吞吐量的情况下,在充气生物条件的情况下表现出加速腐蚀。 然而,在DEATEAD BIOCTIOC病症下观察到腐蚀抑制。 结果显然显然是掩盖深度和土壤紧凑性对韧性铁水管寿命时间的作用。

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