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导言微生物腐蚀的最有趣和最广泛的研究事例之一,是研究喷气发动机燃料(煤油部分)被细菌污染而造成铝及铝合金腐蚀的问题.过去十年,收集了有关喷气发动机燃料被微生物污染方面的大量资料,本文所指的微生物主要是树腊霉菌(cladosporium resinae).在其他方面,专门研究了分类的特点,温度、PH值和搅拌对细菌生长的影响;孢子的生存;碳氢化合物降解的代谢途径.n链烷的生物降解一般从一端腐蚀开始.通常生成伯醇,随后生成醛和一
Introduction One of the most interesting and widespread research cases of microbial corrosion is the study of the corrosion of jet fuel (kerosene) contaminated with bacteria resulting in the corrosion of aluminum and aluminum alloys. Over the past ten years, data have been collected on the contamination of jet fuel with microbes Among other things, the microorganisms referred to in this article are mainly cladosporium resinae. Among other things, the taxonomic characteristics, the effects of temperature, pH, and agitation on bacterial growth; the survival of spores; the presence of hydrocarbons Biodegradation of n-alkanes generally begins with one end of the corrosion, usually generating primary alcohols followed by aldehydes and one