ABSTRACT A quantum correction method based on the effective total potential used for the Monte Carlo simulation is presented. The Bohm-based and Wigner-based quantum correction models are unified under a single effective conduction-band edge (ECBE) method via a density-dependent quantum correction coefficient. The ECBE equation in thermal equilibrium as well as nonequilibrium is derived. This new equation is then applied to the MC simulation of quantum tunneling of a step potential barrier.
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