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Document type:
Konferenzbeitrag 
Author(s):
Colasanti, S.; Bhatt, V.D.; Abdelhalim, A.; Abdellah, A.; Lugli, P. 
Title:
A 3D self-consistent percolative model for AC-DC electrical analysis of carbon nanotubes networks 
Abstract:
We present a SPICE-based percolative model for the simulation of randomly aligned networks of carbon nanotubes (CNT). The network generation is based on a stochastic algorithm that randomly generates nanotubes over a substrate according to some statistical distribution inferred from the measurements of real devices. The transport mechanisms are modeled in a multiscale framework. The current of each nanotube is first pre-computed following the theory of one-dimensional channels. The electrical be...    »
 
Keywords:
3D Modeling CNT Frequency CNT Networks Complex Impedence Percolation SPICE Model 
Book / Congress title:
2015 International Conference on Simulation of Semiconductor Processes and Devices (SISPAD) evices (SISPAD) 
Congress (additional information):
Washington DC USA, 09-11 Sep 2015 2015-09 
Publisher:
IEEE Xplore Digital Library 
Year:
2015 
Quarter:
3. Quartal 
Year / month:
2015-09 
Month:
Sep 
Pages:
100--103 
Language:
en