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应力敏感和页岩气吸附对页岩产能的影响研究

摘要第4-5页
abstract第5页
Chapter 1 Introduction第8-17页
    1.1 Introduction第8-10页
    1.2 Literature Review第10-13页
    1.3 Objectives of the research第13-15页
        1.3.1 Main objective of research第13-14页
        1.3.2 Specific objectives第14页
        1.3.3 Significance of the research study第14-15页
    1.4 Research approach第15页
    1.5 Research out put第15页
    1.6 Research Study Timeframe第15-17页
Chapter 2 Measurement of shale core properties第17-28页
    2.1 General physical properties of shale第17-19页
    2.2 Sensitivity characteristics of shale cores第19-22页
    2.3 Experimental Study on Stress Sensitivity of Shale Rock with Fractures第22-24页
    2.4 Variation of shale rock permeability with pore pressures第24-26页
    2.5 Variation of shale rock permeability with increase in compaction第26-28页
Chapter 3 Measurement of dynamic adsorption and diffusion第28-36页
    3.1 Methane, non-steady state current第28-30页
    3.2 Change the inlet pressure effect on the flow of methane gas in shale第30-32页
    3.3 Measurement of Methane gas adsorption rate第32-36页
Chapter 4 IAD and DAD model flow and adsorbtion第36-76页
    4.1 Section of analysis of experimental fitting results第47-63页
        4.1.1 Fitting adsorption data analysis第49-53页
        4.1.2 Fitting desorption rates in experimental analyses第53-57页
        4.1.3 Shale gas transmission and storage in model第57-59页
        4.1.4 Model application第59-62页
        4.1.5 Productivity Model Construction of Fractured Tight Matrix Based on theStress-dependent Permeability Analysis第62-63页
    4.2 Derivation model with fractures第63-72页
        4.2.1 The solution from model evaluation第66-68页
        4.2.2 Effects of Delayed adsorption on Production第68-70页
        4.2.3 Effect of Adsorbtion rate on Production第70-72页
    4.3 Gas Adsorbtion Effect on a Horizontal Flow Model and Its Effect On production第72-76页
Chapter 5 Conclusion and Recommendations第76-78页
    5.1 conclusions第76-77页
    5.2 Recommendations第77-78页
Appendices第78-80页
Reference第80-87页
Acknowledgement第87页

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