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Carbon nanotubes; quantum cylinders of graphene

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  • cover.jpg

  • sdarticle.pdf

    • Series: Contemporary Concepts of Condensed Matter ScienceSeries Editors: E. Burstein, M.L. Cohen, D.L. Mills and P.J. Stiles

  • sdarticle_001.pdf

    • bm_title

  • sdarticle_002.pdf

    • List of contributors

  • sdarticle_003.pdf

    • Contemporary concepts of condensed matter science

  • sdarticle_004.pdf

    • Volume preface

  • sdarticle_005.pdf

    • Nanotubes: an experimental overview

      • Introduction

      • Synthesis

      • Characterization

        • Electron Microscopy

        • Scanning Tunneling and Atomic Force Microscopy

        • Raman and Optical Spectroscopy

        • Electronic and Thermal Transport

      • Applications

        • Composites

        • Electronic Devices

        • Nanoelectromechanical Systems (NEMS)

      • Conclusion

      • Acknowledgements

      • References

  • sdarticle_006.pdf

    • Quantum theories for carbon nanotubes

      • Introduction

      • Tight-binding models

        • pi-sigma Tight-Binding Model

        • pi Tight-Binding Model

        • Tight-Binding Model for Geometries and Energetics

      • Density functional theory

        • Geometries and Electronic States

        • Energetics

        • Electronic Structure of Chiral Carbon Nanotubes

        • Narrow-Gap Semiconductor Nanotubes

      • Many-body theories

        • Band Gap and GW Approximation

        • Excitons and Optical Spectra

      • Effective-mass approximation

      • Perspectives

      • Acknowledgments

      • References

  • sdarticle_007.pdf

    • The electronic properties of carbon nanotubes

      • Introduction

      • Semimetallic graphite

      • Single-walled carbon nanotubes

        • Further Quantization of the Graphene System

        • Electronic Properties of Metallic Nanotubes

        • Electronic Properties of Semiconducting Nanotubes

          • Intrinsic Semiconducting SWNTs

          • Doping and Chemical Variability in Semiconducting SWNTs

        • Many-Electron Effects in Carbon Nanotubes

        • Optoelectronic Devices

      • Carbon nanotube aggregates

        • SWNT Ropes

        • SWNT Films

        • Multiwalled Carbon Nanotubes

        • Disorder in the Nanotube Nomenclature

      • Electronic applications of carbon nanotubes

        • Conductive Composites

        • Electron Emitters

        • Chemical and Biological Sensors

      • Notes

      • References

  • sdarticle_008.pdf

    • Raman spectroscopy of carbon nanotubes

      • Introduction

      • Basic concepts of resonance raman scattering

      • Resonance Raman spectroscopy of carbon nanotubes

        • 1D van Hove Singularities and the Kataura Plot

        • Family Patterns

        • Raman Spectroscopy for Isolated Individual SWNTs

          • The RBM (n, m) Assignment and the Resonance Window

          • The G-Band Raman Spectra at the Single Nanotube Level

        • Setting up the Kataura Plot

          • The G-Band and the Subband Positions

          • The RBM and the Kataura Plot

          • Raman Intensity and Characterization of the (n, m) Population

          • Characterization of Environmental Effects

        • Double Resonance Second-Order and Defect-Induced Modes

          • Double Resonance Scattering

          • Characterizing Doping from the D and Gprime bands

          • Other Double Resonance Features

          • Step-Like Behavior of Dispersive Raman Spectra

      • Summary

      • Acknowledgments

      • References

  • sdarticle_009.pdf

    • Optical spectroscopy of single-walled carbon nanotubes

      • Introduction

      • Optical spectra

      • Spectroscopic assignment

      • Further observations

      • Spectroscopic applications

        • SWNT Electronic Structure Eludication

        • SWNT Sample Characterization

        • SWNT Detection and Imaging

      • Summary

      • Acknowledgements

      • References

  • sdarticle_010.pdf

    • Structural properties and nanoelectromechanical systems applications

      • Introduction

      • Preparation

        • Arc-Discharge Method

        • Laser-Vaporization Methods

        • Chemical Vapor Deposition

      • Structural properties

        • CNTs and Defect Structures

        • Filled CNTs

        • Chemical Functionalization of CNT Sidewalls

      • Mechanical properties

        • Measurement of Mechanical Properties

        • Application of Mechanical Properties: Macroscopic Fibers

      • Nanoelectromechanical systems application

        • Linear Actuators

        • Rotary Actuators

      • Acknowledgment

      • References

  • sdarticle_011.pdf

    • Low-Energy Electronic Structure of Graphene and its Dirac Theory

      • Introduction

      • Atomically thin graphenes

      • Effective mass theory for massless electrons

      • Berry’s phase and Landau quantization

      • Intravalley and intervalley scattering

      • Pseudospintronics

      • Perturbations as Gauge fields

      • Chiral edge modes and topological insulators

      • Electron-electron interactions on the Dirac cone

      • Outlook

      • Acknowledgments

      • References

  • sdarticle_012.pdf

  • sdarticle_013.pdf

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