1992
DOI: 10.1016/0304-8853(92)90069-z
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Mössbauer study of magnetic properties formation in disordered Fe-Al alloys

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Cited by 131 publications
(55 citation statements)
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“…Предполагалось также, что пара-метры локального атомного окружения (СТМП 57 Fe и вероятности конфигураций) близки к значениям СТМП и вероятностям соответствующих локальных конфигу-раций для упорядоченных сплавов Fe−Al [22]. Однако в рамках модели локальных атомных окружений не было получено удовлетворительного описания мессбауэров-ских спектров.…”
Section: результаты и обсуждениеunclassified
“…Предполагалось также, что пара-метры локального атомного окружения (СТМП 57 Fe и вероятности конфигураций) близки к значениям СТМП и вероятностям соответствующих локальных конфигу-раций для упорядоченных сплавов Fe−Al [22]. Однако в рамках модели локальных атомных окружений не было получено удовлетворительного описания мессбауэров-ских спектров.…”
Section: результаты и обсуждениеunclassified
“…The singlet, which increases with increasing Al content, is explained by the formation of a paramagnetic phase characteristic of the A2 disordered structure rich with Al [35,36] A local environment model was applied to estimate the nearest neighbourhood of 57 Fe nuclei in FeAl ball milled alloys [38]. According to the data taking from Refs [39,40], it was assumed that one Al atom in the first coordination sphere decreases the value of hyperfine field by 2.54 T (ΔH 1 = -2.54 T) when at most three aluminium atoms surround 57 Fe nuclei and by 4.7 T (ΔH 1 = -4.7 T) when four and more aluminium atoms are located in the nearest neighbourhood. The change of hyperfine field caused by one Al atom in the second coordination sphere was assumed to be 0.89 T (ΔH 2 = -0.89 T).…”
Section: Mössbauer Spectroscopymentioning
confidence: 99%
“…This interest is mainly due to the fact that these alloys have a wide concentration range for the homogeneous disordered state and this constancy of structure makes them a good model object for studying the magnetism in disordered systems. The successful interpretation of the experimental results by the modified Jaccarino-Walker (J -W) models gives the grounds for the usage of these models [1,2]. However, the J -W models are conceptually closer to the localized models whereas magnetism in iron is of itinerant character.…”
mentioning
confidence: 95%