Disordered to ordered phase transformation: Correlation between microstructure and magnetic properties in Fe-Pd thin films

Disordered to ordered phase transformation: Correlation between microstructure and magnetic properties in Fe-Pd thin films

The kinetics of the transformation from the disordered to the ordered phase has been studied in Fe56Pd44 thin films deposited on silicon substrates by Joule evaporation. Subsequent thermal treatments at 550 °C in vacuum were performed at different annealing times to promote the formation and the opt...

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Bibliographic Details
Main Authors: Bahamida, S. (Author), Barrera, G. (Author), Boudissa, M. (Author), Celegato, F. (Author), Coïsson, M. (Author), Fnidiki, A. (Author), Olivetti, E.S (Author), Tiberto, P. (Author)
Format: Article
Language:English
Published: American Institute of Physics Inc. 2022
Subjects:
Annealing time
Binary alloys
Coercive force
Grain growth
Grain size and shape
Grainsize
In-vacuum
Iron alloys
Magnetism
Microstructure
Optimisations
Order parameter
Ordered phasis
Pd thin films
Phases transformation
Silicon substrates
Thin films
Thin-films
Volume fraction
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