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Download the fantastic book titled Quantum Transport Calculations for Nanosystems written by Kenji Hirose, available in its entirety in both PDF and EPUB formats for online reading. This page includes a concise summary, a preview of the book cover, and detailed information about "Quantum Transport Calculations for Nanosystems", which was released on 11 April 2014. We suggest perusing the summary before initiating your download. This book is a top selection for enthusiasts of the Science genre.

Summary of Quantum Transport Calculations for Nanosystems by Kenji Hirose PDF

As electric devices become smaller and smaller, transport simulations based on the quantum mechanics become more and more important. There are currently numerous textbooks on the basic concepts of quantum transport, but few present calculation methods in detail. This book provides various quantum transport simulation methods and shows applications for transport properties of nanometer-scale systems. It starts with a short review of quantum transport, followed by various calculation methods based on scattering approaches, non-equilibrium Green’s function (NEGF), master equation, and time-dependent wave-packet diffusion (TD-WPD). With these tools, transport properties of various nanosystems are then explored.


Detail About Quantum Transport Calculations for Nanosystems PDF

  • Author : Kenji Hirose
  • Publisher : CRC Press
  • Genre : Science
  • Total Pages : 523 pages
  • ISBN : 9814267597
  • PDF File Size : 48,9 Mb
  • Language : English
  • Rating : 4/5 from 21 reviews

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Quantum Transport Calculations for Nanosystems

Quantum Transport Calculations for Nanosystems
  • Publisher : CRC Press
  • File Size : 35,5 Mb
  • Release Date : 11 April 2014
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As electric devices become smaller and smaller, transport simulations based on the quantum mechanics become more and more important. There are currently numerous textbooks on the basic concepts of quantum

Theory of Quantum Transport at Nanoscale

Theory of Quantum Transport at Nanoscale
  • Publisher : Springer
  • File Size : 35,5 Mb
  • Release Date : 08 December 2015
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This book is an introduction to a rapidly developing field of modern theoretical physics – the theory of quantum transport at nanoscale. The theoretical methods considered in the book are in

Quantum Transport

Quantum Transport
  • Publisher : Cambridge University Press
  • File Size : 37,6 Mb
  • Release Date : 28 May 2009
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Quantum transport is a diverse field, sometimes combining seemingly contradicting concepts - quantum and classical, conduction and insulating - within a single nanodevice. Quantum transport is an essential and challenging

Atomistic Simulation of Quantum Transport in Nanoelectronic Devices

Atomistic Simulation of Quantum Transport in Nanoelectronic Devices
  • Publisher : World Scientific
  • File Size : 55,8 Mb
  • Release Date : 20 May 2016
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Computational nanoelectronics is an emerging multi-disciplinary field covering condensed matter physics, applied mathematics, computer science, and electronic engineering. In recent decades, a few state-of-the-art software packages have been developed to

Dissipative Quantum Mechanics of Nanostructures

Dissipative Quantum Mechanics of Nanostructures
  • Publisher : CRC Press
  • File Size : 28,7 Mb
  • Release Date : 24 May 2019
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Continuing miniaturization of electronic devices, together with the quickly growing number of nanotechnological applications, demands a profound understanding of the underlying physics. Most of the fundamental problems of modern condensed

Quantum Transport in Mesoscopic Systems

Quantum Transport in Mesoscopic Systems
  • Publisher : Oxford University Press, USA
  • File Size : 26,7 Mb
  • Release Date : 29 May 2024
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This text presents the statistical theory of wave scattering and quantum transport in complex - chaotic and disordered - systems.

Quantum Transport in Submicron Devices

Quantum Transport in Submicron Devices
  • Publisher : Springer Science & Business Media
  • File Size : 42,6 Mb
  • Release Date : 06 December 2012
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The aim of this book is to resolve the problem of electron and hole transport with a coherent and consistent theory that is relevant to the understanding of transport phenomena