Taichi Misawa

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As a means of investigating both the electrical and thermal properties of nanometer-scale electron devices within a reasonable computing time, we previously proposed a quasi-self-consistent Monte Carlo simulation method that used two new procedures: (i) a local temperature determination using the simulated phonon spatial distribution and feedback to update(More)
In this paper, we report our novel Monte Carlo quasi self-consistent particle simulation method for both electron and phonon transport in nanometer-sized electron devices. We developed two kinds of simulation procedures for the Monte Carlo method. First, we made a program to estimate the local temperature from a phonon spatial distribution, where we used a(More)
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