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Biogenetic Approach to the Molecular Structure of Organic Matter of Sapropelites: Formation of Alkyl-Cyclic Structural Elements

机译:腐殖土有机物分子结构的生物遗传学方法:烷基环结构元素的形成

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摘要

Direct genetic relations exist between the alkyl-cyclic structural elements of sapropelites' organic matter and the unsaturated (including oxygen-bearing) components of the organic source material. These relations are established by the biogeogenetic modeling of means of forming such structures and by their experimental pyrolytic decomposition. Compounds with alkyl substituents dominate in the aromatic part of the products obtained by pyrogenetic processing of sapropelites. These compounds may be traced to structural elements of lipid origins. When planning and developing the pyrolytic processing of sapropelites' organic matter in the chemical industry, the presence of carcinogenic aromatic polycyclic compounds in the products must be taken into account.
机译:腐殖土有机物的烷基环结构元素与有机原料的不饱和(包括含氧)组分之间存在直接的遗传关系。这些关系是通过形成这种结构的手段的生物地理学建模以及它们的实验热解分解建立的。具有烷基取代基的化合物在通过热分解腐泥土而获得的产物的芳族部分中占主导地位。这些化合物可以追溯到脂质来源的结构元件。在化学工业中规划和开发腐泥石有机物的热解工艺时,必须考虑到产品中存在致癌的芳香族多环化合物。

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