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Relationships between chemical and mineral composition of coal and their potential applications as genetic indicators. Part 2. Mineral classes, groups and species

机译:煤的化学和矿物组成之间的关系及其作为遗传指标的潜在应用。第2部分。矿物类别,种类和种类

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Part 1 of the present work elucidated some general considerations of inorganic matter in coal and determined and explained the relationships, namely statistically significant positive or negative correlations, for chemical characteristics. Complete data from chemical (proximate, ultimate and ash analyses) and mineral composition (major and minor minerals) of 37 coal samples worldwide were used for that purpose. The present Part 2 provides and explains the significant correlations for minerals of these coals. Then, some important relationships between the composition and rank and ash-fusion characteristics of the coals are described. Further, definitive mineralogical and geochemical indicators for genetic interpretations of coal formation are summarized. Finally, the potential implications of these relationships and indicators are discussed and certain new features that may be used as criteria for clarifying the coal properties and for predicting specific technological and environmental problems related to this fuel are also introduced and suggested.
机译:本工作的第1部分阐明了煤中无机物的一些一般考虑,并确定并解释了化学特性之间的关系,即统计上显着的正相关或负相关。为此,使用了全球37个煤样品的化学数据(近程分析,最终分析和灰分分析)和矿物成分(主要和次要矿物)的完整数据。本第二部分提供并解释了这些煤的矿物之间的显着相关性。然后,描述了煤的组成,等级和灰分融合特性之间的一些重要关系。此外,总结了用于煤形成的遗传解释的确定的矿物学和地球化学指标。最后,讨论了这些关系和指标的潜在含义,并介绍和建议了某些新功能,这些新功能可以用作澄清煤特性以及预测与该燃料有关的特定技术和环境问题的标准。

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