纳米结构中的输运（英文版） umd mobi chm 夸克云 免费 azw3 下载 pdf

This book has grown out of our somewhat disorganized attempts to teach the physics and electronics of mesoscopic devices over the past decade. Fortunately, these have evolved into a more consistent approach, and the book tryies to balance experiments and theory in the current understanding of mesoscopic physics. Whenever possible, we attempt to first introduce the important experimental results in this field followed by the relevant theoretical approaches.The focus of the book is on electronic transport in nanostructure systems, and therefore by necessity we have omitted many important aspects of nanostructures such as their optical properties, or details of nanostructure fabrication. Due to length considerations,many germane topics related to transport itself have not received full coverage, or have been referred to by reference. Also, due to enormity of the literature related to this field, we have not included an exhavstive bibiography of nanostructure transport. Rather, we have tried to refer the interested reader to comprehensive review articles and book chapters when possible.

　　本书为英文版。

Preface

Acknowledgements

1 Introduction

1.1 Nanostructures:The impact

1.2 Mesoscopic observables in nanostructures

1.3 Space and time scales

1.4 An introduction to the subsequent chapters

1.5 What is omitted

2 Quantum confined systems

2.1 Nanostrue materials

2.2 Quantization in herojunction system

2.3 Lateral confinement:Quantum wires and quantum dots

2.4 Electronic states in quantum wires and quantum dots

2.5 Magnetic field effects in quantum confined systems

2.6 Screening and collective excitations in low-dimensional systems

2.7 Homogeneous transport in low-dimensional systems

3 Transmission in nanostructures

3.1 Tunneling in planar barrier structures

3.2 Wavefunction treatment of tunneling

3.3 Current in resonant tuueling diodes

3.4 Landauer formula

3.5 The multi-channel case

3.6 Quantized conductance in nanostructures

3.7 Transport in quantum waveguied structures

3.8 Lattice Green's function method

3.9 Multi-probe formula

3.10 Magnetic fields and quantum waveguides

4 Quantum dots and single electron phenomena

5 Interference in diffusive transport

6 Temperature decay of fluctuations

7 Nonequilibrium transport and nanodevices

Index

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书籍介绍

This book has grown out of our somewhat disorganized attempts to teach the physics and electronics of mesoscopic devices over the past decade. Fortunately, these have evolved into a more consistent approach, and the book tryies to balance experiments and theory in the current understanding of mesoscopic physics. Whenever possible, we attempt to first introduce the important experimental results in this field followed by the relevant theoretical approaches.The focus of the book is on electronic transport in nanostructure systems, and therefore by necessity we have omitted many important aspects of nanostructures such as their optical properties, or details of nanostructure fabrication. Due to length considerations,many germane topics related to transport itself have not received full coverage, or have been referred to by reference. Also, due to enormity of the literature related to this field, we have not included an exhavstive bibiography of nanostructure transport. Rather, we have tried to refer the interested reader to comprehensive review articles and book chapters when possible.

　　本书为英文版。