Mossbauer study of a complex Sn impurity defect in GaAs from implantations of radioactive119In ions

Abstract
A complex Sn impurity defect created by room-temperature implantation of radioactive 119In+ ions in GaAs has been studied by Mossbauer emission spectroscopy on the 24 keV gamma transition of the daughter 119Sn. From the Mossbauer parameters for the Sn impurity atoms, the defect structure is proposed to consist of (nearly) substitutional Sn atoms on Ga sites associated with vacancies.

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