声明
致谢
变量注释表
1 绪论
1.1 选题背景及研究意义(Research Background Significance)
1.2 国内外研究现状(State of the art)
1.3 煤田火区强迫对流提热降温方法的提出(The Proposed Forced Convective Heat-exaction and Cooling Method in Coal Fire Areas)
1.4 研究内容及技术路线( Research Contents and Technical Approach)
2 煤氧反应动力学特性随氧浓度变化规律
2.1 贫氧条件下煤氧化燃烧全过程实验( Experiments of coal oxidation and combustion under lean-oxygen condition)
2.2 煤反应表观活化能与氧气浓度的关系( The Relationship Between Apparent Activation Energy of Coal Samples and Oxygen Concentration)
2.3 煤反应指前因子与氧气浓度的关系(The Relationship between Pre-exponential Factor of Coal Samples and Oxygen Concentration)
2.4 本章小结(Brief Summary of This Chapter)
3 氮气热媒强迫对流提热降温特性
3.1 煤田火区热-流-化多场耦合模型( Thermal–Hydraulic–Chemical Multi-field Coupled Model in Coal Fire Areas)
3.2 煤田火地下高温区氮气强迫对流提热降温特性( Heat-exaction and Cooling Characteristics using Forced Convection of Nitrogen in High-temperature Zones of Underground Coal Fires)
3.3 本章小结(Brief Summary of This Chapter)
4 细水雾-氮气联合强迫对流降温特性与雾化装置
4.1 细水雾-氮气联合强迫对流降温特性(Cooling Characteristics of Water Mist and Nitrogen Combined Foreced Convection)
4.2 自吸气式细水雾发生装置( Self-suctioning Water Mist Generator)
4.3 本章小结(Brief Summary of This Chapter)
5 煤田火区强迫对流提热降温系统构建及现场试验
5.1 煤田火区强迫对流提热降温系统( Forced Convective Heat-extraction and Cooling System)
5.2 煤田火区强迫对流提热降温现场试验( Field Tests of the Forced Convective Heat-extraction and Cooling Technology in Coal Fire Areas)
5.3 本章小结(Brief Summary of This Chapter)
6 全文总结
6.1 主要结论(Main Conclusions)
6.2 创新点(Innovations)
6.3 后续研究展望(Prospects of Future Investigations)
参考文献
作者简历
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