1973
DOI: 10.1016/0001-6160(73)90197-1
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Single crystalline elastic constants of ferromagnetic face centered cubic Fe-Ni invar alloys

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Cited by 242 publications
(40 citation statements)
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“…26,27 Hence, these alloys can be structurally ordered or disordered, ferromagnetic or antiferromagnetic. However, the thermal expansion coefficient is not the only physical property showing this anomalous Invar fingerprint; 3,9,18,28 other physical properties ͑atomic volume, magnetic moment, bulk modulus or T C ͒ measured as a function of magnetic field, temperature or pressure also show striking behaviors. [29][30][31][32] It has been observed the interdependence of the latter two variables in Ni-rich Fe-Ni compositions, where LS noncollinear magnetic ordering can be induced under pressure, giving rise to invar behavior.…”
Section: Introductionmentioning
confidence: 99%
“…26,27 Hence, these alloys can be structurally ordered or disordered, ferromagnetic or antiferromagnetic. However, the thermal expansion coefficient is not the only physical property showing this anomalous Invar fingerprint; 3,9,18,28 other physical properties ͑atomic volume, magnetic moment, bulk modulus or T C ͒ measured as a function of magnetic field, temperature or pressure also show striking behaviors. [29][30][31][32] It has been observed the interdependence of the latter two variables in Ni-rich Fe-Ni compositions, where LS noncollinear magnetic ordering can be induced under pressure, giving rise to invar behavior.…”
Section: Introductionmentioning
confidence: 99%
“…The tetragonal coherency strains are able to be relaxed by {011}<011> shears, because this is energetically favorable if the anisotropy factor of the austenite lattice is larger than unity. Such a relaxation of the tetragonal coherency strains probably occur and leave the shear strains in the present ausaged Fe-Ni-Al alloy, since the anisotropy factor of Fe-Ni binary alloys undergoing a martensitic transformation has been known to be about 5 (12).…”
Section: Microstructure Observed By Hremmentioning
confidence: 88%
“…також [81]). Хауш та Варлімонт [157,158] на основі своїх досліджень інварних Fe-Ni-стопів методою електронної мікроскопії зробили висновок про мо-жливість виникнення в цих стопах областей «преципітатів» впоря-дкованих фаз типу Fe 3 Ni та FeNi. Присутність близького порядку типу Fe 3 Ni також зазначалася у роботах [155,[159][160][161] та ін.…”
Section: концентраційні неоднорідностіunclassified
“…Аномальну поведінку проявляли й модулі пружности, причо-му, навіть за підвищення температури на 200 К вище температу-ри Кюрі [157,158], хоча, здавалося б, слід очікувати аномалію лише за температур, нижчих T C . Автори робіт [157,158] припус-тили існування дуже малих «пресипітатів» Fe 3 Ni та FeNi.…”
Section: обговорення експериментальних результатівunclassified
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