Published in
Springer Verlag, Hyperfine Interactions, 1-3(208), p. 71-74
DOI: 10.1007/s10751-011-0438-x
ICAME 2011, p. 651-654
DOI: 10.1007/978-94-007-4762-3_112
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Mössbauer study of 119 Sn in 119 In* implanted 3C-SiC
,
Gerd Weyer,
Krishanlal Bharuth-Ram,
Deena Naidoo,
HaraldurPáll Gunnlaugsson ,
TorbenEstman Mølholt,
HaflidiPetur Gislason,
Karl Johnston ,
Roberto Mantovan,
Rainer Sielemann,
Sveinn Olafson,
Guido Langouche,
the Isolde Collaboration
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Abstract
119Sn Mössbauer measurements have been made on a 3C-SiC single crystal implanted with 60 keV precursor radioactive 119In ∗ ions at ISOLDE/CERN. Spectra collected at sample temperatures of 300–670 K have been analysed in terms of two single lines and a quadrupole split doublet, which based on their isomer shifts are assigned respectively to Sn ions located on substitutional Si sites (SnSi) and interstitial sites (SnI) and in defect complexes near substitutional sites. The substitutional SnSi fraction increases from 25% at room temperature to 60% at 680 K.