Abstract:Themagneticfielddependenceofthedynamicelasticmodulus(AEeffect)was studiedinball-millednanocrystallineNickel,asafunctionofthemillingtimesandannealing treatments.Theanalysisofthecrystallitesizeandinternalstrainshasbeenperformedaswell by Fourier analysis of the X-ray spectra. A correlation between AE and the lattice strain calculated by X-ray analysis is observed, suggesting that the magnetic anisotropy is mainly determinedbytheinternalstrains.
E.Bonetti, E. (1999). Magnetoelasticity and internal strains in nanocrystalline Nickel. Pergamon.
Magnetoelasticity and internal strains in nanocrystalline Nickel
E. Bonetti
Primo
Conceptualization
;E. G. CampariSecondo
Validation
;L. PasquiniPenultimo
Investigation
;E. SampaolesiUltimo
Formal Analysis
;G. ScipioneInvestigation
1999
Abstract
Abstract:Themagneticfielddependenceofthedynamicelasticmodulus(AEeffect)was studiedinball-millednanocrystallineNickel,asafunctionofthemillingtimesandannealing treatments.Theanalysisofthecrystallitesizeandinternalstrainshasbeenperformedaswell by Fourier analysis of the X-ray spectra. A correlation between AE and the lattice strain calculated by X-ray analysis is observed, suggesting that the magnetic anisotropy is mainly determinedbytheinternalstrains.File in questo prodotto:
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