Theory of Magnetoelectric Properties of 2D Systems

Synopsis

This Book Addresses Important Advances In Diverse Quantization Phenomena. Theory Of Magnetoelectric Properties Of 2d Systems Develops The Generalized Tight-binding Model In Order To Comprehend The Rich Quantization Phenomena In 2d Materials. The Unusual Effects, Taken Into Consideration Simultaneously, Mainly Come From The Multi-orbital Hybridization, The Spin-orbital Coupling, The Intralayer And Interlayer Atomic Interactions, The Layer Number, The Stacking Configuration, The Site-energy Difference, The Magnetic Field, And The Electric Field. The Origins Of The Phenomena Are Discussed In Depth, Particularly Focusing On Graphene, Tinene, Phosphorene And Mos2, With A Broader Model Also Drawn. This Model Could Be Further Used To Investigate Electronic Properties Of 1d And 3d Condensed-matter Systems, And This Book Will Prove To Be A Valuable Resource To Researchers And Graduate Students Working In 2d Materials Science.