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Petrological recognition of secondary altered organic matter in the Zechstein Kupferschiefer from Poland

机译:波兰Zechstein Kupferschiefer中次生有机物的岩石学识别

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Organic matter dispersed in the Zechstein Kupferschiefer was studied petrographical-ly. Whole profiles of Kupferschiefer were investigated, but studies were focused on the oxidized facies (Rote Faule) and its transition to black shales. Microscopic studies revealed significant differences in composition of organics in particular geochemical facies. The predominating role of liptinite was noticed in reduced facies, with special superiority of bituminite and alginite, which are diagnostic macerals for black shales. Percentage of bituminite locally exceeds 90%. However the rest of macerals of liptinite group (i.e. sporinite and liptodetrinite), as well as amorphous sapropelic mass (ASM), occur there in significantly lower amounts. The humic organic components (vitrinite and inertinite) are common constituents but they occur in small amounts in all facies of the Kupferschiefer.
机译:岩石学研究了分散在Zechstein Kupferschiefer中的有机物。研究了Kupferschiefer的整个剖面,但研究的重点是氧化相(Rote Faule)及其向黑色页岩的过渡。微观研究表明,在特定的地球化学相中,有机物的成分存在显着差异。在减少的岩相中发现了膨润土的主要作用,其中沥青质和褐藻土具有优越的优势,而沥青质和褐藻土是黑色页岩的诊断性辉石。本地沥青的百分比超过90%。但是,其余的脂铁矿基团的宏观化学成分(即子孢子石和脂蒙脱石)以及无定形的腐泥土团块(ASM)的含量要低得多。腐殖质有机成分(镜质和惰质)是常见的成分,但在Kupferschiefer的所有相中都少量存在。

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