Microscale Heat Transfer in Nano-Device
Date Issued
2002-07-31
Date
2002-07-31
Author(s)
DOI
902212E002238
Abstract
Recently, the development in science
and technology have emphasized on
miniaturization of systems and study of
micro-scale phenomena. The classical
mechanics is useless in micro-scale.
Therefore, the study of micro-scale
physical phenomena is the important
part except designing and creating new
device. Simulation based upon molecular
dynamics is a powerful tool in
micro-scale phenomena and it can help us
to understand physical processes. The
proposal aims of the study is to
introduce an iterative nonlinear
Gaussianization algorithm (INGA) for
generating independent replicas of
molecular systems in equilibrium
compute physical quantities, such as
potential energy, pressure and specific
heat capacity.
Subjects
device
Molecular dynamic
iterative nonlinear Gaussianization
algorithm
algorithm
Publisher
臺北市：國立臺灣大學應用力學研究所
Type
report
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