Calculated photocurrents and surface barrier heights

Abstract
This article solves the equations that dictate band flattening due to photo-induced electron–hole pair generation in the depletion region of a semiconductor. The calculations show the influence of the barrier height, the optical properties of the substrate, and the minority carrier properties. The calculations are compared to typical temperature-dependent photoemission results obtained after 10 Å of Ge were deposited onto p-GaAs(110). The results show significant band flattening when a lightly doped sample is brightly illuminated, even at room temperature.

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