Magnetic Properties of Fe-Co-Ti Thin Films

F. Sato;T. Miyazaki
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引用次数: 3

Abstract

Sputtered (Fe 100-y Co Y ) 100-X Ti X (0≤X≤5, 23≤Y≤53) films were studied with emphasis on the dependence of the soft magnetic properties on composition, annealing temperature and film thickness. After annealing at 823K for 3600 s, the permeability of the film system had a maximum of 1650 at (Fe 69 Co 31 ) 97 Ti 3 . The corresponding saturation magnetic flux density was 2.2 T. When the lattice constant of Fe-Co film expands by about 0.2%, the permeability reaches a maximum; when the film thickness reaches 1357 nm, the permeability decreases to 500. The permeability of an (Fe 69 Co 31 ) 97 Ti 3 /ZnO multi-layer film annealed at 773K for 3600 s is 1100; this is about twice the permeability of a single-layer film.
Fe-Co-Ti薄膜的磁性能
研究了溅射(Fe100yCoY)100XTiX(0≤X≤5,23≤Y≤53)薄膜的软磁性能与成分、退火温度和薄膜厚度的关系。在823K下退火3600s后,薄膜系统的磁导率在(Fe69Co31)97Ti3处最大为1650。相应的饱和磁通密度为2.2T。当Fe-Co膜的晶格常数膨胀约0.2%时,磁导率达到最大值;当膜厚度达到1357nm时,磁导率降低到500。(Fe69Co31)97Ti3/ZnO多层膜在773K退火3600s后的磁导率为1100;这大约是单层膜渗透率的两倍。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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