AbstractCoal may be regarded as an organic–mineral complex formed by the accumulation of sediments and their metamorphic transforma'/> Determining the cause-and-effect relationships responsible for coal Properties 4. Assessing the influence of mineral impurities on the organic mass of coal
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Determining the cause-and-effect relationships responsible for coal Properties 4. Assessing the influence of mineral impurities on the organic mass of coal

机译:确定负责煤炭性质的原因和效应关系。评估矿物质杂质对煤炭有机块的影响

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AbstractCoal may be regarded as an organic–mineral complex formed by the accumulation of sediments and their metamorphic transformation to sedimentary rock. On that basis, Kuznetsk Basin coal may be analyzed in terms of the corresponding genetic characteristics of gelification and reduction and the chemical composition of its ash. The influence of mineral impurities on the organic mass of coal may best be assessed on the basis of integral characteristics: the oxide moduli in assessing mineral impurities; and the genetic benefitKgbfor the organic mass. The genetic benefit provides information regarding the molecular structure and mineral composition of the coal.]]>
机译:<![CDATA [<摘要ID =“ABS1”语言=“EN”> <标题>抽象 煤可能被认为是通过沉积物的积累和它们的变质转化形成的有机矿物复合物 沉积岩。 在此基础上,Kuznetsk盆煤可以在相应的凝胶化和减少和灰分的化学成分的相应遗传特征方面进行分析。 矿物质杂质对煤炭有机块物质的影响可以基于整体特征评估:评估矿物质杂质中的氧化物模量; 并且遗传利益<重点型=“斜体”> K <上标>用于有机物质的GB 。 遗传益处提供了有关煤的分子结构和矿物成分的信息。 ]]>

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