Dopant boron concentration dependence on electron irradiation enhanced defects in Czochralski silicon

Positron annihilation lifetime experiments have been performed for CZ-Si with B concentration ranging over 8.3×10 17–2.5×10 20/cm 3 irradiated with 6 MeV electrons at room temperature. The mean lifetimes were hardly changed in the specimens with B below 8.0×10 18/cm 3, and increased in the specimen...

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Published in:Physica. B, Condensed matter Vol. 308; pp. 261 - 264
Main Authors: Tamano, T., Hori, F., Taniguchi, R., Oshima, R., Hoshikawa, K.
Format: Journal Article
Language:English
Published: Elsevier B.V 01-12-2001
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Abstract Positron annihilation lifetime experiments have been performed for CZ-Si with B concentration ranging over 8.3×10 17–2.5×10 20/cm 3 irradiated with 6 MeV electrons at room temperature. The mean lifetimes were hardly changed in the specimens with B below 8.0×10 18/cm 3, and increased in the specimen above 8.6×10 19/cm 3 by irradiation. No remarkable lifetime change with B concentration was obtained with the increase of electron fluence up to 5×10 15 e/cm 2, and the mean lifetimes of the specimens with B more than 8.6×10 19/cm 3 increased with electron fluences higher than 1×10 16 e/cm 2. It is concluded that complex defect clusters of B x O y V z are formed by electron irradiation, which have shorter positron lifetimes than the bulk.
AbstractList Positron annihilation lifetime experiments have been performed for CZ-Si with B concentration ranging over 8.3×10 17–2.5×10 20/cm 3 irradiated with 6 MeV electrons at room temperature. The mean lifetimes were hardly changed in the specimens with B below 8.0×10 18/cm 3, and increased in the specimen above 8.6×10 19/cm 3 by irradiation. No remarkable lifetime change with B concentration was obtained with the increase of electron fluence up to 5×10 15 e/cm 2, and the mean lifetimes of the specimens with B more than 8.6×10 19/cm 3 increased with electron fluences higher than 1×10 16 e/cm 2. It is concluded that complex defect clusters of B x O y V z are formed by electron irradiation, which have shorter positron lifetimes than the bulk.
Author Tamano, T.
Oshima, R.
Hori, F.
Hoshikawa, K.
Taniguchi, R.
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Keywords Czochralski-grown silicon
Positron lifetime
Electron irradiation
Dopant boron
Language English
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Snippet Positron annihilation lifetime experiments have been performed for CZ-Si with B concentration ranging over 8.3×10 17–2.5×10 20/cm 3 irradiated with 6 MeV...
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SubjectTerms Czochralski-grown silicon
Dopant boron
Electron irradiation
Positron lifetime
Title Dopant boron concentration dependence on electron irradiation enhanced defects in Czochralski silicon
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