Dynamic Monte Carlo Simulation of an Amorphous Organic Device

Upcoming organic devices like thin Inn transistors or light emitting diodes require novel architectures and materials. In most cases, two main problems, namely poor carrier mobility in the bulk and elusive interface effects, are closely related due to contact dominated device behavior. A three-dimensional Kinetic Monte Carlo simulator has been developed mimicking simultaneously charge injection and propagation. This work deals with the representation of contact roughness by the means of the Gaussian Disorder Model.