“…The implanted nuclei emit immediately (with their lifetime of 140 ns) 14.4 keV 7-quanta which are analysed outside the scattering chamber. If a pulsed beam with a pulse separation larger than the nuclear lifetime is used, the spectra can be recorded as a function of time after implantation [4]. This makes it possible to attempt to study e.g.…”
An overview of results on microscopic properties, implantation features and dynamics of Fe ions implanted into Si, Ge and ZnS as investigated with in beam MoObauer spectroscopy(1BMS) is given. Potential and limitations of the method are discussed.
“…The implanted nuclei emit immediately (with their lifetime of 140 ns) 14.4 keV 7-quanta which are analysed outside the scattering chamber. If a pulsed beam with a pulse separation larger than the nuclear lifetime is used, the spectra can be recorded as a function of time after implantation [4]. This makes it possible to attempt to study e.g.…”
An overview of results on microscopic properties, implantation features and dynamics of Fe ions implanted into Si, Ge and ZnS as investigated with in beam MoObauer spectroscopy(1BMS) is given. Potential and limitations of the method are discussed.
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