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Theoretical Study on the Nonlinear Waves in Space Plasmas

Acknowledgement第7-8页
Abstract第8-9页
Chapter 1 Review on the Research of Nonlinear Waves in Space PlasmasObservations and Theoretical Studie第13-51页
    1.1 Introduction第13-17页
    1.2 Magnetospheric Topology第17-22页
        1.2.1 Auroral Oval第20-22页
    1.3 Substorms and Magnetic Storms第22-26页
        1.3.1 Substorms第22-24页
        1.3.2 Magnetic Storms第24-26页
    1.4 Plasma Waves第26-28页
    1.5 Ion Mode Bipolar EFS Structures Observations第28-41页
        1.5.1 S3-3 Satellite Observations第28-29页
        1.5.2 VIKING Observations第29-30页
        1.5.3 POLAR Observations第30-33页
        1.5.4 FAST Observations第33-34页
        1.5.5 CLUSTER Observations第34-35页
        1.5.6 Electron Mode Bipolar EFS Structures Observations第35-39页
        1.5.7 Summary of Observational Features第39-41页
    1.6 Theoretical Studies on Nonlinear Waves第41-49页
        1.6.1 Ion-acoustic Waves第42-46页
        1.6.2 Electrostatic Ion-cyclotron Waves第46-48页
        1.6.3 Electron Mode Solitary Waves第48页
        1.6.4 Summary of Theoretical Features第48-49页
    1.7 Outline of Dissertation第49-51页
Chapter 2 The Energy Release during Substorms and Magnetic Storms第51-73页
    2.1 Introduction第51-53页
    2.2 Energy Sources for the Magnetosphere-Ionosphere Coupling (MIC) System第53-58页
        2.2.1 Akasofu’s ε-parameter第53-57页
        2.2.2 Viscous Interaction第57-58页
        2.2.3 Other Energy Sources第58页
    2.3 Energy Sinks in the MIC System第58-67页
        2.3.1 Ring Current Injection Rate第60-62页
        2.3.2 Joule Heat Production Rate in the Ionosphere第62-64页
        2.3.3 Auroral Particles Precipitations第64-66页
        2.3.4 Other Energy Sinks第66-67页
    2.4 Suggestions to Improve the Energy Budget Studies in Future第67-71页
        2.4.1 Suggestions on the Solar Wind Entry第68-69页
        2.4.2 Suggestions for the Energy Sinks in MIC System第69-71页
    2.5 Discussion and Summary第71-73页
Chapter 3 Landau Damping in Space Plasmas with the Generalized (r,q)Distribution Function第73-91页
    3.1 Introduction第73-75页
    3.2 Generalized (r,q) Distribution Function第75-78页
    3.3 Dispersion Relation for Electrostatic Waves第78-85页
        3.3.1 High Frequency Electron Plasma Waves第81-83页
        3.3.2 Low Frequency Oscillations: Ion-acoustic Waves第83-85页
    3.4 Numerical Results第85-90页
    3.5 Summary and Conclusion第90-91页
Chapter 4 A model for Bipolar Electric Field Solitary Waves Parallel to the Magnetic Field第91-125页
    4.1 Introduction第91-93页
    4.2 Physical model第93-95页
    4.3 Linear Analysis第95-97页
    4.4 Nonlinear Waves第97-117页
        4.4.1 Density waves第101-110页
        4.4.2 Bipolar EFS Structures第110-117页
    4.5 Comparison with Observation and Discussion第117-122页
    4.6 Discussion and Conclusion第122-125页
Chapter 5 A model for Bipolar Electric Field Solitary Waves Oblique to the Magnetic Field第125-149页
    5.1 Introduction第125-127页
    5.2 Basic Model第127-128页
    5.3 Linear Analysis第128-130页
    5.4 Nonlinear Waves第130-147页
        5.4.1 Density Waves第134-143页
        5.4.2 Bipolar EFS Structures第143-147页
    5.5 Summary and Conclusion第147-149页
Chapter 6 Summary and Conclusion第149-158页
    6.1 Energy Budget Studies第150-151页
    6.2 Landau Damping第151-152页
    6.3 Density Waves第152-155页
        6.3.1 Parallel Propagation第153-154页
        6.3.2 Oblique Propagation第154-155页
    6.4 Bipolar EFS Structures第155-157页
        6.4.1 Parallel Propagation第156-157页
        6.4.2 Oblique Propagation第157页
    6.5 Future Work第157-158页
References第158-171页
Publications第171页
Presentations at International Conferences第171页

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