The X-Si4H12 and X-Si20H28 (X = P or N) cluster models were studied by the MNDO method. Energy levels of all the model clusters are reported. Both the highest occupied and lowest empty one-electron levels are localized. In the case of P impurity, the initial on-center arrangement corresponds to an abs. min. energy leading to 4-equiv. Si-P bond lengths of 0.235 nm.

Model clusters and electronic characteristics of deep-level impurities in silicon

MINICHINO, Camilla
1988-01-01

Abstract

The X-Si4H12 and X-Si20H28 (X = P or N) cluster models were studied by the MNDO method. Energy levels of all the model clusters are reported. Both the highest occupied and lowest empty one-electron levels are localized. In the case of P impurity, the initial on-center arrangement corresponds to an abs. min. energy leading to 4-equiv. Si-P bond lengths of 0.235 nm.
1988
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11563/3285
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