Electrical Conduction in Graphene and Nanotubes 1st Edition by Shigeji Fujita, Akira Suzuki ISBN 3527411518 9783527411511

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ISBN 10: 3527411518 
ISBN 13: 9783527411511
Author: Shigeji Fujita, Akira Suzuki

Electrical Conduction in Graphene and Nanotubes 1stTable of contents:

Part I: Fundamental Concepts

• Chapter 1: Introduction to Carbon Nanostructures
  • Discovery and Structure of Graphene
  • Discovery and Structure of Carbon Nanotubes (CNTs)
  • Types of Carbon Nanotubes (Armchair, Zigzag, Chiral)
  • Unique Properties of Carbon Materials
  • Applications and Future Prospects
• Chapter 2: Quantum Mechanics Review for Solid State
  • Basic Principles of Quantum Mechanics
  • Schrödinger Equation and Its Solutions
  • Energy Bands and Brillouin Zones
  • Density of States
  • Effective Mass Concept
• Chapter 3: Introduction to Electrical Conduction
  • Ohm’s Law and Electrical Resistivity
  • Drude Model of Conduction
  • Band Theory of Solids
  • Metals, Semiconductors, and Insulators
  • Quantum Conduction Basics

Part II: Electrical Conduction in Graphene

• Chapter 4: Electronic Structure of Graphene
  • Graphene Lattice and Unit Cell
  • Tight-Binding Model for Graphene
  • Dirac Cones and Dirac Fermions
  • Linear Dispersion Relation
  • Absence of a Band Gap
• Chapter 5: Transport Properties of Graphene
  • Carrier Mobility and Conductivity
  • Ambipolar Field Effect
  • Minimum Conductivity
  • Quantum Hall Effect in Graphene
  • Weak Localization and Antilocalization
• Chapter 6: Scattering Mechanisms in Graphene
  • Phonon Scattering
  • Impurity Scattering
  • Defect Scattering
  • Edge Scattering
  • Substrate Effects

Part III: Electrical Conduction in Carbon Nanotubes

• Chapter 7: Electronic Structure of Carbon Nanotubes
  • Rolling Up Graphene to Form Nanotubes
  • Chirality and Band Gap Dependence
  • Metallic vs. Semiconducting Nanotubes
  • Density of States in CNTs
  • One-Dimensional Nature of Conduction
• Chapter 8: Transport Properties of Carbon Nanotubes
  • Ballistic Transport
  • Quantized Conductance
  • Field-Effect Transistors (FETs) based on CNTs
  • Thermoelectric Properties
• Chapter 9: Effects of Defects and Doping in Nanotubes
  • Structural Defects and Their Impact on Conduction
  • Doping Strategies for CNTs
  • Superconductivity in Carbon Nanotubes
• Chapter 10: Inter-tube and Device Conduction
  • Junctions between CNTs
  • Contacts to External Electrodes
  • Networks of Carbon Nanotubes
  • CNT-based Devices (Sensors, Transistors)

Part IV: Advanced Topics and Applications

• Chapter 11: Beyond Simple Models
  • Kubo Formula Approach
  • Non-Equilibrium Green’s Function (NEGF) Formalism
  • First-Principles Calculations
• Chapter 12: Heterostructures and Hybrid Materials
  • Graphene/h-BN Heterostructures
  • CNT/Graphene Hybrids
  • Integration with Other Materials
• Chapter 13: Emerging Applications
  • High-Frequency Electronics
  • Flexible and Transparent Electronics
  • Energy Storage and Conversion
  • Bio-sensing and Medical Applications

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Tags: Shigeji Fujita, Akira Suzuki, Electrical, Graphene