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The microstructure and magnetic properties of granular FePt-SiN-C films were modified by introducing an MgO nucleation layer grown on the TiN intermediate layer. It was found that the deposition of an ultra-thin MgO nucleation layer could reduce the FePt grain size, narrow grain size distribution and improve grain isolation by creating more nucleation sites. When MgO nucleation layer thickness...
The evolution of the microstructure and magnetic properties of FePt films with different thicknesses fabricated by dc magnetron sputtering on TiN intermediate layer were investigated. MFM results showed that the magnetization reversal mechanism changed from Stoner-Wohlfarth rotation to domain wall motion with increasing film thickness. SEM and TEM images revealed that the morphologies of the films...
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