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Research on coal reactivity: Making a comparison between hydrogenation with H-donor solvent and pyrolysis in N-2 atmosphere

机译:煤反应性研究:比较H供体溶剂加氢和N-2气氛下的热解

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The objectives of this study are to seek answers to the following issues: Why are different ways used to analyze coal's reactivity? Could different methods of measuring coal's reactivity be comparable? Is there any relation among them? Two methods, coal hydrogenation and coal pyrolysis, were employed to investigate coal's reactivity. Six kinds of coals from lignite to anthracite were studied. It was found that the activity energy calculated from the thermogravimetry analysis of coal pyrolysis had a limitation; the initial and maximum temperature of weight loss during coal pyrolysis was more relevant to coal reactivity. These two temperatures, and the amount of hydrogen transferred during coal that reacted with the H-donor THN, were comparable. In the mean time, the methodological canonical relation analysis was used theoretically to compare the two kinds of reactivity and has a proof from a mathematic point of view. Results showed that these two kinds of reactivity had similitude. [References: 8]
机译:这项研究的目的是寻求以下问题的答案:为什么分析煤炭反应性的方法不同?衡量煤炭反应性的不同方法是否具有可比性?它们之间有关系吗?煤炭加氢和煤炭热解两种方法被用来研究煤炭的反应性。研究了从褐煤到无烟煤的六种煤。研究发现,煤热解的热重分析计算出的活性能存在一定的局限性。煤热解过程中失重的初始和最高温度与煤的反应性有关。这两个温度以及与H-给体THN反应的煤中转移的氢量是可比较的。同时,从理论上使用方法学规范关系分析对两种反应性进行比较,并从数学角度进行了证明。结果表明,这两种反应具有相似性。 [参考:8]

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