声明
致谢
1 绪论
1.1 研究背景及意义(Research Background and Significance)
1.2 国内外研究现状(Research Status at Home and Abroad)
1.3 研究问题的提出(Advance for the Research Problem)
1.4 研究内容与方法(Research Contents and Methods)
2 沁水盆地南部地质背景
2.1 研究区地质概况(Geological Survey in the Study Area)
2.2 研究区煤储层特征(Characteristics of Coal Reservoir)
3 高阶煤储层孔裂隙结构特征及其对流体连续性过程的制约
3.1 煤储层孔隙结构发育特征(Characteristics of Pore Structure Developed in Coal Reservoir)
3.2 煤储层裂隙结构发育特征(Characteristics of Fissure Structure Developmented in Coal Reservoir)
3.3 煤层复杂孔裂隙结构网络(Complex Pore-Fissure Network Structure of Coal Seam)
3.4 煤层孔裂隙结构网络对流体连续性过程的制约( The Constraints of Pore-Fissure Network Structure on Fluid Continuity Process)
3.5 本章小结(Chapter Summary)
4 高阶煤储层CO2-ECBM流体连续性过程实验模拟
4.1 实验模拟方法(Method of Experimental Simulation)
4.2 煤体渗透性测试(Permeability Test of Coal)
4.3 吸附/解吸—体积应变测试( The Test of Adsorption and Desorption-Volume Strain)
4.4 CO2注入驱替N2过程实验模拟(The Experiment Simulation of CO2 Injection Displacement N2)
4.5 煤储层CO2注入与CH4产出流体动态特征(The Fluid Dynamic Characteristics of CO2 Injection and CH4 production in Coal Reservoir)
4.6 本章小结(Chapter Summary)
5 高阶煤储层 CO2-ECBM 流体连续性过程的控制机理探讨
5.1 流体连续性过程的控制因素( Controlliing Factors in Fluid Continuity Process)
5.2 煤储层 CO2注入与 CH4产出连续性作用机理(The Function Mechanism of CO2 Injection and CH4 production Process in Coal Reservoir)
5.3本章小结(Chapter Summary)
6 结论
6.1主要结论(Major Results)
6.2展望(Prospective)
参考文献
附录
作者简历
学位论文数据集