Fe4N Thin Films and Nitriding of Iron Films Prepared by Electron Shower

Due to high Fe4N chemical stability, wear resistance, and Bs (saturation magnetic flux density), it shows promise as a magnetic recording medium. The many types of iron nitride, and their properties depend on their preparation. Iron nitrides were prepared by new PVD: electron shower. Nitriding incre...

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Veröffentlicht in:Hyōmen gijutsu 1998/10/01, Vol.49(10), pp.1095-1099
Hauptverfasser: LI, Song Ji, TAKANO, Masaki, SUZUKI, Masashi, YUMOTO, Hisami, ISHIHARA, Masatou
Format: Artikel
Sprache:eng ; jpn
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Zusammenfassung:Due to high Fe4N chemical stability, wear resistance, and Bs (saturation magnetic flux density), it shows promise as a magnetic recording medium. The many types of iron nitride, and their properties depend on their preparation. Iron nitrides were prepared by new PVD: electron shower. Nitriding increased with N2 gas pressure, and the Fe4N single phase was obtained at PN2=7×10-3 Torr. Bs was high……1.1T, but Hc (coercive force) low……30Oe. To increase Hc due to shape anisotropy, Fe film was prepared by oblique evaporation, and nitrided by electron shower bombardment in PN2=0.01Torr for 420s. The iron film changed to iron nitride film (Fe4N+Fe2-3N), Bs was 0.75T and Hc was 500Oe. Which made the film applicable in magnetic recording media.
ISSN:0915-1869
1884-3409
DOI:10.4139/sfj.49.1095