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首页> 外文期刊>Journal of Research of the National Institute of Standards and Technology >Findings and Recommendations from the NIST Workshop on Alternative Fuels and Materials: Biocorrosion
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Findings and Recommendations from the NIST Workshop on Alternative Fuels and Materials: Biocorrosion

机译:来自替代燃料和材料的NIST研讨会的调查结果和建议:生物腐蚀

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摘要

In 2013, the Applied Chemicals and Materials Division of the National Institute of Standards and Technology (NIST) hosted a workshop to identify and prioritize research needs in the area of biocorrosion. Materials used to store and distribute alternative fuels have experienced an increase in corrosion due to the unique conditions caused by the presence of microbes and the chemistry of biofuels and biofuel precursors. Participants in this workshop, including experts from the microbiological, fuel, and materials communities, delved into the unique materials and chemical challenges that occur with production, transport, and storage of alternative fuels. Discussions focused on specific problems including: a) the changing composition of "drop-in" fuels and the impact of that composition on materials; b) the influence of microbial populations on corrosion and fuel quality; and c) state-of-the-art measurement technologies for monitoring material degradation and biofilm formation.
机译:2013年,美国国家标准与技术研究所(NIST)的应用化学品和材料部门举办了一名研讨会,以确定生物腐蚀地区的研究需求。 用于储存和分配替代燃料的材料由于微生物的存在和生物燃料和生物燃料前体的化学而导致的独特条件,腐蚀的增加了腐蚀。 本讲习班的参与者,包括来自微生物,燃料和材料社区的专家,预见了替代燃料的生产,运输和储存的独特材料和化学挑战。 讨论专注于具体问题,包括:a)“中坠”燃料的成分和该组成对材料的影响; b)微生物种群对腐蚀和燃料质量的影响; C)用于监测物质降解和生物膜形成的最先进的测量技术。

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