封面
声明
致谢
中文摘要
英文摘要
目录
图清单
表清单
1绪论
1.1选题的意义和依据(Research Foundation and Significance)
1.2 研究现状及存在的问题(Present Research and Existed Problems)
1.3研究方案(Research Scheme)
2黔西南高硫煤形成的地质特征
2.1区域地层(Regional Stratum)
2.2 区域控煤构造(The Role of Structural System in Controlling Coal)
2.3区域岩浆岩(Regional Magmatic Rock)
2.4含煤地层沉积环境与聚煤规律(Sedimentary Environment and Coal-accumulation Regularity of Coal-bearing Stratum )
2.5 主要含煤地层与煤层煤质特征(Main Coal-bearing Stratum and Characteristic of Coal Quality)
2.6小结(Brief Summary)
3黔西南高硫煤的元素地球化学特征
3.1高硫煤的工业分析(Proximate Analysis of High Sulfur Coal)
3.2 高硫煤中元素的分布特征(The Distribution of Elements in High Sulfur Coal)
3.3 高硫煤中元素的共生组合(The Paragenetic Assemblage of Elements in High Sulfur Coal)
3.4 高硫煤灰成分及微量元素(Ash Composition and Trace Elements in High Sulfur Coal)
3.5小结(Brief Summary)
4煤中黄铁矿的赋存特征及其与有机质的关系
4.1 高硫煤中黄铁矿的赋存特征(Occurrence of Pyrite in High Sulfur Coal)
4.2 黄铁矿与煤有机质间的相互作用(Interaction between Pyrite and Coal Matrix)
4.3小结(Brief Summary)
5黔西南高硫煤中硫的同位素组成特征
5.1煤中硫同位素地球化学基础(Sulfur Isotopic Geochemistry in Coal)
5.2 贵州煤与华北煤硫同位素组成的差异(Sulfur Isotopic Difference of Coal from Guizhou and Northern China)
5.3黔西南高硫煤中硫的同位素组成(Sulfur Isotopic Composition of High Sulfur Coal from Southwestern Guizhou)
5.4小结(Brief Summary)
6黔西南高硫煤的地质成因
6.1 峨眉山玄武岩对黔西区域成矿的贡献(The Contribution of Emeishan Basalt Magma to Regional Metallogenic in Western Guizhou)
6.2峨眉山玄武岩对西南硫铁矿的控制(Ore-controlling Factors of Emeishan Basalt to Pyritic Deposits in Southwestern Guizhou)
6.3 峨眉山玄武岩对高硫煤的控制(The Controlling Factors of Emeishan Basalt to High Sulfur Coal)
6.4 贵州高硫煤的复合成因模式(Compound Genetic Modes of High Sulfur Coal from Guizhou)
6.5小结(Brief Summary)
参考文献
作者简历
学位论文数据集