A model for polymer Solar Cells is presented consisting of a system of nonlinear diffusion-reaction PDEs with electrostatic convection, coupled to a kinetic ODE. A proof of the existence of both stationary and transient solutions is given and an algorithm for computing them is proposed and numerically validated by comparison with experimentally measured data for a photovoltaic cell.
Modeling and Simulation of Organic Solar Cells
DE FALCO, CARLO;IACCHETTI, ANTONIO;BINDA, MADDALENA;NATALI, DARIO ANDREA NICOLA;SACCO, RICCARDO;VERRI, MAURIZIO
2012-01-01
Abstract
A model for polymer Solar Cells is presented consisting of a system of nonlinear diffusion-reaction PDEs with electrostatic convection, coupled to a kinetic ODE. A proof of the existence of both stationary and transient solutions is given and an algorithm for computing them is proposed and numerically validated by comparison with experimentally measured data for a photovoltaic cell.File in questo prodotto:
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defalco_2010_photodetector.pdf
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cdf_etal_scee2010.pdf
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