Effect of deposition conditions on the magnetic properties of evaporated Fe thin films.

Mebarki, Mourad; Layadi, Abdelhamid; Ghebouli, Brahim; Fouad, Osama Ahmed; Ibrahim, Ibrahim Ahmed

Fe thin films have been deposited by thermal evaporation onto glass substrate. The thickness ranges from 76 to 431 nm range, while deposition rates are between 0.3 and 13.4 Å/s. The magnetic properties of these Fe thin films are investigated. The magnetic properties were inferred from B-H hysteresis curves. The magnetic field was applied both in-plane and perpendicular to the film. The coercive field HC and the saturation field HS were derived for both configurations. The effects of the preparation conditions - thickness, deposition time and deposition rate - on the HC and HS behaviors are investigated. Interesting features are observed as a function of the elaboration conditions. Also, the variation of HC with grain size reveals the different mechanisms responsible for the coercive field values.

IRON; MAGNETIC properties of metals; THIN films; HYSTERESIS; MAGNETIC fields; COERCIVE fields (Electronics)

European Physical Journal - Applied Physics, 2017, Vol 78, Issue 1, p10301-p1

1286-0042

Academic Journal

10.1051/epjap/2017160401