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多电流等离子体中的磁岛链不稳定性

Abstract第5-7页
摘要第8-12页
1 Introduction第12-40页
    1.1 Magnetic Reconnection: Early History and Applications第12-15页
    1.2 The Physics of Magnetic Reconnection第15-19页
        1.2.1 How Magnetic Energy Is Released第15-16页
        1.2.2 How Magnetic Topology Changes第16-18页
        1.2.3 How Reconnection Persist第18-19页
    1.3 Models of Magnetic Reconnection第19-25页
        1.3.1 The Sweet-Parker Model第21-23页
        1.3.2 The Petschek Model第23-25页
    1.4 The Resistive Tearing Instabilities第25-34页
        1.4.1 The Standard Tearing Mode第26-29页
        1.4.2 Magnetic Islands第29-32页
        1.4.3 Double Tearing Mode第32-34页
    1.5 Plasmoid Instability第34-39页
    1.6 Summary第39-40页
2 Linear Property of Plasmoid Instability in DTM第40-52页
    2.1 Analytical Analysis第41-46页
    2.2 Numerical Analysis第46-50页
    2.3 Summary第50-52页
3 Formation of Plasmoids in Multiple Current Systems第52-61页
    3.1 Simulation Setup for a Fix Length of Current Sheet第52-53页
    3.2 Dynamics of Plasmoid Instability in Nonlinear Regime第53-60页
    3.3 Summary第60-61页
4 Dynamics of the Plasmoid-Unstable Regime in Different Multiple Current Plasmoid第61-71页
    4.1 Simulation Setup for Different Length of Current Sheet第62-63页
    4.2 Plasmoids Evolution in Different Length of Current Sheet第63-69页
    4.3 Summary第69-71页
5 Linear Evolution of Double Tearing Modes in the Presence of Plasma Shear Flow第71-84页
    5.1 Model Equations for shear study第72-73页
    5.2 Linear Analysis第73-76页
    5.3 Numerical Results for Studying the Stability of the System第76-82页
    5.4 Summary第82-84页
6 Summary and Limitations第84-89页
    6.1 Linear Scalings of the DTM in Plasmoid-Unstable Regime第85-86页
    6.2 The Dynamic of Plasmoid Instability in DTM Configuration第86-87页
    6.3 Evolution of Plasmoid Instability in the Large Systems第87-88页
    6.4 Linear Shear Flow Effects on DTM for High Lundquist Number第88-89页
Abstract of Innovation Points第89-90页
References第90-101页
Published Academic Theses during PhD Period第101-102页
Acknowledgement第102-104页
About the Author第104-106页

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