Enhancement in energy product in Sm-Co/Fe exchange coupled magnetic layers with molybdenum interlayers
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Spatially resolved structure and domain wall propagation in defect induced SmCo/Co exchange spring magnet
2019, Journal of Magnetism and Magnetic MaterialsCitation Excerpt :However, the low temperature studies of these systems are a potential way to explore the actual exchange mechanism as well as the temperature dependence of the hard-phase anisotropy effect on the hard-soft coupling [19]. The type of substrate, under layer as well as incorporation of inter layer have predominant effect in deciding the magnetic properties of a magnetic material grown and hence several studies have been conducted in this respect [20–22]. The orientation of hard layer anisotropy (direction of easy axis) is affected by the type of the under layer (buffer layer) used.
Effect of film thickness on magnetic properties of Cr/SmCo/Cr films
2012, Journal of Rare EarthsEffect of Fe layer thickness and Fe/Co intermixing on the magnetic properties of Sm-Co/Fe bilayer exchange-spring magnets
2013, Journal of Physics D: Applied PhysicsRise in energy product of Sm-Co/Fe spring exchange magnetic bilayers with addition of Cr at interface
2011, Indian Journal of Engineering and Materials Sciences
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