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Theoretical and Numerical Studies of Two-Dimensional Graphene Affected by an In-Plane Magnetic Field

ABSTRACT第5-6页
CHAPTER 1:INTRODUCTION第9-23页
    Background第9-11页
    1.1 Carbon allotropes第11-15页
    1.2 Electrical Properties of Graphene第15-23页
CHAPTER 2:NEAREST-NEIGHBORS TIGHT BINDING MODEL FOR CALCULATING GRAPHENE ELECTRONIC BAND STRUCTURE第23-49页
    Introduction第23页
    2.1 Electron dynamics in solids第23-25页
    2.2 The Secular Equation第25-28页
    2.3 Nearest-Neighbor Tight-Binding Model第28-30页
    2.4 Graphene Sheet Band structure第30-41页
        2.4.1 Geometry of the Graphene Sheet第31-32页
        2.4.2 Tight Binding Method for a Graphene Sheet第32-41页
    2.5 Graphene:Dirac Fermions第41-43页
    2.6 Graphene Nanoribbons第43-47页
        2.6.1 Electronic structure of graphene ribbons with armchair and zigzag edges第45-47页
    2.7 Conclusion第47-49页
CHAPTER 3:BAND STRUCTURE OF A TWO-DIMENSIONAL GRAPHENE SHEET IN THE PRESENCE OF AN IN-PLANE MAGNETIC FIELD第49-89页
    Introduction第49-50页
    3.1 Description of our model第50-52页
    3.2 Derivation of hopping integrals t_1,t_2 and t_3第52-77页
    3.3 Band structure Calculation第77-82页
    3.4 Implementation and results第82-87页
    3.5 Conclusion第87-89页
CHAPTER 4 CONCLUSION第89-91页
REFERENCES第91-99页
ACKNOWLEDGEMENTS第99-101页
ABSTRACT第101-105页
中文摘要(ABSTRACT IN CHINESE)第105-106页

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