Ontology type: schema:ScholarlyArticle
1977-01
AUTHORSL. Niesen, P. J. Kikkert, H. de Waard
ABSTRACTSources of166Ho implanted in iron and nickel foils have been studied by means of Mössbauer spectroscopy on the 80.6 KeV transition in166Er. The spectra could be fitted with a unique hyperfine interaction in the temperature range studied (4.2–78 K). At 4.2 K the hfi parameters wereBhf=7.68(13) MG and 1/4e2qQ=+0.288(9) cm/s=+187(6) MHz. The temperature dependence of the hyperfine interaction could be described reasonably with a localized moment model with an exchange field of 3.7 MG acting on the Er electron spin. The spectra could be decomposed into 2 components of about equal intensity, component 1 withBhf=7.01 (14) MG, 1/4e2qQ=+0.20(3) cm/s =+130(20) MHz and component 2 withBhf=4.76(9) MG and 1/4e2qQ=+0.114(11) cm/s=+74(7) MHz. From a measurement on an annealed source it is concluded that component 2 is associated with ions in substitutional sites, whereas the ions contributing to component 1 probably are associated with vacancies. Internal oxidation of the rare earth impurities, which was suggested as the origin of the non-substitutional fraction in these systems, is completely absent in our samples. More... »
PAGES109-123
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