Abstract
We provide numerical Monte Carlo modeling of conductive properties of polymer composites, comprised by doping a polymer matrix with carbon nanotubes and III-IV GaAs nanowires. We apply the basic Su-Schrieffer-Heeger model, which is considered universal for every component of such ternary systems, and in a general case with required parameters. Such modeling of conductive characteristics is motivated by requirements of optimization of geometry and structure of novel photovoltaic devices.
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