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Boltzmann Transport Simulator for CNTs

By Zlatan Aksamija1, Umberto Ravaioli2

1. University of Wisconsin-Madison 2. University of Illinois at Urbana-Champaign

Simulate Electron transport in Single-walled carbon nanotubes using an upwinding discretization of the Boltzmann transport equation in the relaxation time approximation.

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Version 1.0.1 - published on 20 Oct 2009

DOI: 10254/nanohub-r4073.2 cite this

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Usage

Table 1: Overview
Item Average Total
Simulation Users: - 481
Interactive Sessions: - 1,398
Simulation Sessions: - 9,625
Simulation Runs: - 11,017
Wall Clock Time: 34.18 minutes 228.47 days
CPU time: 27.67 seconds 3.08 days
Interaction Time: 5.74 minutes 38.36 days

Table 2: Users By Organization Type
# Type Users Percent
1 Educational - University 405 84.2
2 Unidentified 40 8.32
3 Industry 16 3.33
4 National Lab 12 2.49
5 Unemployed 8 1.66
6 Educational - Pre-College 7 1.46
7 Government Agency 3 0.62
Total Users 481 100
Table 3: Users by Country of Residence
# Country Users Percent
1 UNITED STATES 162 33.68
2 INDIA 85 17.67
3 CHINA 26 5.41
4 UNITED KINGDOM 12 2.49
5 KOREA, REPUBLIC OF 10 2.08
6 CANADA 10 2.08
7 GERMANY 9 1.87
8 ITALY 8 1.66
9 RUSSIAN FEDERATION 8 1.66
10 FRANCE 7 1.46
Total Users 481 100
Table 4: Top Domains by User Count
# Domains Users Percent
1 Unidentified 195 40.54
2 purdue.edu 24 4.99
3 comcast.net 17 3.53
4 rr.com 15 3.12
5 uiuc.edu 11 2.29
6 airtelbroadband.in 6 1.25
7 vsnl.net.in 6 1.25
8 sbcglobal.net 6 1.25
9 verizon.net 5 1.04
10 prod-infinitum.com.mx 4 0.83
Total Users 481 100

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