Developing a new quantum transport simulator
Schrodinger Equation Monte Carlo-3D (SEMC-3D)
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As semiconductor devices scale down to nanoscale, quantum transport simulation becomes more necessary to predict the electrical characteristics of devices. In this book, a new quantum transport simulator - Schrodinger Equation Monte Carlo-3D (SEMC-3D) has been introduced. SEMC-3D has the capability to handle nanoscale 3D geometry and several scattering processes. How to develop SEMC-3D has been described in this book in detail. For people who are interested in understanding or even developing quantum transport simulator, this book is definitely helpful to them.
As semiconductor devices scale down to nanoscale,
quantum transport simulation becomes more necessary
to predict the electrical characteristics of
devices. In this book, a new quantum transport
simulator - Schrodinger Equation Monte Carlo-3D
(SEMC-3D) has been introduced. SEMC-3D has the
capability to handle nanoscale 3D geometry and
several scattering processes. How to develop SEMC-3D
has been described in this book in detail. For
people who are interested in understanding or even
developing quantum transport simulator, this book is
definitely helpful to them.
quantum transport simulation becomes more necessary
to predict the electrical characteristics of
devices. In this book, a new quantum transport
simulator - Schrodinger Equation Monte Carlo-3D
(SEMC-3D) has been introduced. SEMC-3D has the
capability to handle nanoscale 3D geometry and
several scattering processes. How to develop SEMC-3D
has been described in this book in detail. For
people who are interested in understanding or even
developing quantum transport simulator, this book is
definitely helpful to them.
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