Crystal Structure and Magnetoresistance of Fe sub 10 Ni sub 90 Films Deposited by Sputter-Beam Method

Crystal Structure and Magnetoresistance of Fe sub 10 Ni sub 90 Films Deposited by Sputter-Beam Method

Films of Fe sub 10 Ni sub 90 alloy were deposited by the sputter-beam method and their magnetic properties were compared with those of films deposited by a conventional rf sputtering method. High magnetoresistance was obtained for film thickness between 550-2250 A. Some of the films exhibit magnetor...

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Veröffentlicht in:Japanese Journal of Applied Physics, Letters (Japan) Letters (Japan), 1993-09, Vol.32 (9A), p.L1222-L1224
Hauptverfasser: Yokoyama, Y, Okamoto, S, Kitakami, O, Shimada, Y, Watanabe, F, Kondo, S, Hayashi, A, Fujita, H
Format: Artikel
Sprache:eng
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Zusammenfassung:Films of Fe sub 10 Ni sub 90 alloy were deposited by the sputter-beam method and their magnetic properties were compared with those of films deposited by a conventional rf sputtering method. High magnetoresistance was obtained for film thickness between 550-2250 A. Some of the films exhibit magnetoresistance equal to the bulk value. These properties are attributed to a more enhanced cyrstal growth than in the rf method.
ISSN:0021-4922