MeV Implantation In Semiconductors

Abstract
The residual damage distributions created by MeV dopant implantation in semiconductors show that in-situ annealing is important for defect formation. Device-quality silicon can be obtained at the top few microns of the silicon substrate after a post-implant annealing cycle. A family of majority-carrier and minority-carrier devices have been fabricated by incorporating a MeV implantation step with conventional integrated-circuit processing.

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