Theory of Magnetoelectric Properties of 2D Systems

Nonfiction, Science & Nature, Science, Physics, Solid State Physics
Cover of the book Theory of Magnetoelectric Properties of 2D Systems by Dr Ming-Fa Lin, Dr Szu-Chao Chen, Dr Jhao-Ying Wu, Chiun-Yan Lin, Institute of Physics Publishing
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Author: Dr Ming-Fa Lin, Dr Szu-Chao Chen, Dr Jhao-Ying Wu, Chiun-Yan Lin ISBN: 9780750316743
Publisher: Institute of Physics Publishing Publication: December 11, 2017
Imprint: Institute of Physics Publishing Language: English
Author: Dr Ming-Fa Lin, Dr Szu-Chao Chen, Dr Jhao-Ying Wu, Chiun-Yan Lin
ISBN: 9780750316743
Publisher: Institute of Physics Publishing
Publication: December 11, 2017
Imprint: Institute of Physics Publishing
Language: English

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.

View on Amazon View on AbeBooks View on Kobo View on B.Depository View on eBay View on Walmart

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.

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