Physics and applications of graphene Theory 2011 1st Edition by Sergey Mikhailov ISBN 9533071524 9789533071527 by Sergey Mikhailov 9789533071527 instant download after payment.

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ISBN 10: 9533071524 
ISBN 13: 9789533071527
Author: Sergey Mikhailov

Physics and applications of graphene Theory 2011 1st Table of contents:

Part I: Fundamental Electronic Properties and Models

• Chapter 1: Introduction to Graphene Physics
  • 1.1 Graphene as a 2D Material: Structure and Bonding
  • 1.2 Dirac Fermions: Relativistic Quantum Mechanics in Condensed Matter
  • 1.3 Electronic Band Structure and Density of States
  • 1.4 Basic Transport Properties (Conductivity, Mobility)
  • 1.5 Review of Key Theoretical Concepts (e.g., Berry Phase, Klein Tunneling)
• Chapter 2: Ab Initio Studies of Graphene
  • 2.1 Density Functional Theory (DFT) Calculations for Graphene
  • 2.2 Electronic Structure from First Principles
  • 2.3 Phonon Dispersion and Electron-Phonon Coupling
  • 2.4 Effects of Strain and Substrate Interactions
• Chapter 3: Electronic Structure in External Fields
  • 3.1 Graphene in a Magnetic Field: Landau Levels and Quantum Hall Effect
  • 3.2 Electric Field Effects: Gating and Band Gap Opening (e.g., in Bilayer Graphene)
  • 3.3 Optical Properties: Absorption and Transparency
• Chapter 4: Many-Body Effects in Graphene
  • 4.1 Electron-Electron Interactions and Screening
  • 4.2 Renormalization of Fermi Velocity
  • 4.3 Plasmon Excitations in Graphene
  • 4.4 Excitonic Effects

Part II: Defects, Edges, and Nanostructures

• Chapter 5: Effects of Point Defects and Impurities
  • 5.1 Vacancies, Adatoms, and Substitutional Impurities
  • 5.2 Doping and Carrier Concentration Control
  • 5.3 Localization Phenomena and Disorder Effects
  • 5.4 Theoretical Models for Defect Scattering
• Chapter 6: Graphene Edges and Nanoribbons
  • 6.1 Armchair vs. Zigzag Edges: Electronic and Magnetic Properties
  • 6.2 Edge States and Their Localization
  • 6.3 Quantum Confinement in Graphene Nanoribbons (GNRs)
  • 6.4 Band Gap Engineering in GNRs
  • 6.5 Synthesis and Experimental Verification of GNRs (Theoretical Perspective)
• Chapter 7: Graphene Quantum Dots
  • 7.1 Quantum Confinement in Zero-Dimensional Graphene Systems
  • 7.2 Energy Spectrum and Shell Structure
  • 7.3 Spin States and Magnetic Properties in Quantum Dots
  • 7.4 Potential for Quantum Computing

Part III: Transport and Response Phenomena

• Chapter 8: Quantum Transport in Graphene
  • 8.1 Ballistic Transport and High Mobility
  • 8.2 Klein Paradox and Chiral Tunneling
  • 8.3 Weak Localization and Anti-Localization
  • 8.4 Transport in Disordered Graphene
  • 8.5 Landauer-Büttiker Formalism for Graphene Devices
• Chapter 9: Thermal Properties and Phonon Transport
  • 9.1 Phonon Spectrum of Graphene
  • 9.2 Thermal Conductivity and Its Mechanisms
  • 9.3 Heat Transport at the Nanoscale
  • 9.4 Thermoelectric Effects in Graphene
• Chapter 10: Spin Effects and Magnetism
  • 10.1 Spin-Orbit Coupling in Graphene
  • 10.2 Proximity-Induced Spin Phenomena
  • 10.3 Magnetic Properties of Defect-Engineered Graphene
  • 10.4 Spin Transport and Spintronics Applications

Part IV: Applications and Advanced Concepts (Theoretical Predictions)

• Chapter 11: Graphene in Electronics and Optoelectronics
  • 11.1 High-Frequency Transistors (RF applications)
  • 11.2 Graphene-Based Photodetectors and Sensors
  • 11.3 Flexible and Transparent Conductive Films
  • 11.4 Integration with Other 2D Materials (Heterostructures)
• Chapter 12: Mechanical and Structural Applications
  • 12.1 Exceptional Mechanical Strength and Flexibility
  • 12.2 Graphene Membranes and NEMS (Nanoelectromechanical Systems)
  • 12.3 Strain Engineering and its Effects on Electronic Properties
• Chapter 13: Graphene in Energy and Environment
  • 13.1 Supercapacitors and Battery Electrodes
  • 13.2 Hydrogen Storage
  • 13.3 Catalysis and Filtration Membranes
• Chapter 14: Emerging Theoretical Concepts and Future Directions
  • 14.1 Beyond Graphene: Other 2D Materials (e.g., Silicene, MoS2)
  • 14.2 Twisted Bilayer Graphene and Moiré Physics
  • 14.3 Topological Properties in Graphene Systems
  • 14.4 Machine Learning and AI in Graphene Research
  • 14.5 Open Theoretical Challenges

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