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Nanoelectronics : quantum engineering of low-dimensional nanoensembles / author, Vijay Kumar Arora.

Vijay Kumar Arora, author.

Boca Raton : CRC Press, 2015.

Online access

 2 related resources
  • Title:
    Nanoelectronics : quantum engineering of low-dimensional nanoensembles / author, Vijay Kumar Arora.
  • Author: Vijay Kumar Arora, author.
  • Subjects: Nanoelectronics;
    Dewey: 621.3815
  • Rights: Terms governing use: Copyright.
    Access restrictions: NON_PRINT_LEGAL_DEPOSIT
  • Publication Details: Boca Raton : CRC Press, 2015.
  • Language: English
  • Description: Contents:

    Nanoengineering Overview

    Quantum Waves

    Nanoengineering Circuits

    Bioapplications

    Growth and Decay

    Scope

    Examples

    Problems

    CAD/CAE Projects

    References

    Atoms, Bands,
    Contents: and Quantum Wells

    Birth of a Quantum Era

    Hydrogen-Like Atom

    Photon Emission and Absorption

    Spherical Hydrogen-Like Atom

    Atoms to Crystals—Bands and Bonds

    Thermal Band/Bond Tempering

    Impurity Band/Bond Tempering

    Compound Semiconductors

    Bands to Quantum Wells

    A Prototype Quantum Well

    D (Bulk) Density of States

    D Quantum Well

    D Quantum Well

    Quantum Dots: QOD Systems

    Generalized DOS

    Ellipsoidal Conduction Band Valleys

    Heavy/Light Holes

    Electrons in a Magnetic Field

    Triangular Quantum Well

    QD Electrons in a MOSFET

    Carbon Allotropes

    Graphene to CNT

    Bandgap Engineering of Carbon Allotropes

    Tunneling through a Barrier

    WKB Approximation

    Examples

    Problems

    CAD/CAE Projects

    Appendix A: Derivation of the Density of States Using δ-Function

    References

    Carrier
    Contents: Statistics

    Fermi–Dirac Distribution Function

    Bulk (D) Carrier Distribution

    Bulk (D) ND Approximation

    Intrinsic Carrier Concentration

    Charge Neutrality Compensation

    Strong D (Bulk) Degenerate Limit

    Carrier Statistics in Low Dimensions

    The Velocity and the Energy Averages

    Graphene/CNT Nanostructures

    Examples

    Problems

    CAD/CAE Projects

    Appendix A: Distribution Function

    Appendix B: Electron Concentration for D and D Nanostructures

    Appendix C: Intrinsic Velocity

    References

    Nonequilibrium Carrier Statistics and Transport

    Tilted Band Diagram in an Electric Field

    Velocity Response to an Electric Field

    Ballistic Mobility

    Quantum Emission

    High-Field Distribution Function

    ND Drift Response

    Degenerate Drift Response

    Direct and Differential Mobility

    Bandgap Narrowing and Carrier
    Contents: Multiplication

    Examples

    Problems

    CAD/CAE Projects

    Appendix A: Derivation of Velocity-Field Characteristics

    References

    Charge Transport

    Primer

    Ohmic (Linear) Transport

    Discovery of Sat Law

    Charge Transport in D and D Resistors

    Charge Transport in a CNT

    Power Consumption

    Transit Time Delay

    RC Time Delay

    L/R Transient Delay

    Voltage and Current Division

    Examples

    Problems

    CAD/CAE Projects

    Appendix A: Derivation of the L/R Time Constant

    References

    Nano-MOSFET and Nano-CMOS

    Primer

    MOS Capacitor

    I–V Characteristics of Nano-MOSFET

    Long- (LC) and Short-Channel (SC) MOSFET

    Model Refinements for Nano-CMOS Application

    CMOS Design

    Examples

    Problems

    CAD/CAE Projects

    Appendix A: Properties of Airy Function

    References

    Nanowire
    Contents: Transport

    Primer

    Ballistic Quantum Conductance

    Quantum Emission

    Stochastic to Streamlined Unidirectional Velocity

    NEADF Application to NW

    NW Transistor

    CAD/CAE Projects

    References

    Quantum Transport in Carbon-Based Devices

    High-Field Graphene Transport

    Application to Experimental Data for Graphene

    High-Field Transport in Metallic CNT

    High-Field GNR Transport

    Ballistic Transport in Graphene, CNT,
    Contents: and GNR

    CAD/CAE Projects

    References

    Magneto- and Quantum-Confined Transport

    Classical Theory of MR

    Rationale for Density Matrix

    Density Matrix

    Magnetoresistance

    An Application

    Other Types of MR

    NW Effect in High Electric and Magnetic Fields

    Quantum-Confined Transport

    CAD/CAE Projects

    References

    Drift-Diffusion and Multivalley Transport

    Primer

    Simplified Drift-Diffusion

    Einstein Ratio

    A Refined Model

    Multivalley Transport

    CAD/CAE Projects

    References

    Appendices

    Index


  • Identifier: ISBN 9781498705769 (PDF ebook) : £89.00; ISBN £89.00; ISBN 9781498715324 (VitalBook ebook) : £89.00; ISBN 9781498717113 (VitalBook ebook) : £89.00; BNB GBB511121; System number: 017029022
  • Notes: Bibliography note: Includes bibliographical references and index.
  • Physical Description: 1 online resource : illustrations.
  • Shelfmark(s): General Reference Collection DRT ELD.DS.141222
  • UIN: BLL01017029022

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