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Titlebook: Defect Complexes in Semiconductor Structures; Proceedings of the I J. Giber,F. Beleznay,J. László Conference proceedings 1983 Springer-Verl

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Theory of defect complexes,llows quantitative calculations. The method is particularly powerful for classes of complexes such as aggregates of identical point defects when the electronic structure of the primary point defect is known and for defects in wide-gap materials. lie review results obtained for multivacancies in Si and for several defects in SiO..
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https://doi.org/10.1007/978-81-322-1674-2from the conduction band by the EL2 defect has a configurational barrier of approximately 70 meV. The presence of an electric field enhances this electron capture process which makes possible the migration of slow domains.
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,Defect complexes in III–V compounds,wo copper-related levels which may appear in all large bandgap III–V‘s are not two levels of the same defect. At least one of the defects therefore has to be a complex. Studies in series of alloys demonstrate that the copper-related levels have the same defect origin in GaP, InP, GaAs and AlAs.
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Dirk Pieter van Donk,Taco van der Vaartor and of the understanding of hydrogen in silicon. As examples of EPR studies as a tool in defect studies the concentration dependence of the phosphorus resonance is described from the regime of isolated defects to the metallic regime. The ENDOR results on defects in silicon are discussed at some l
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Electrical and optical measuring techniques for flaw states,
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