Research Papers in Physics and Astronomy


Date of this Version



Published by American Institute of Physics. J. Applied Physics 69, 4541 (1991). ©1991 American Institute of Physics. Permission to use.


The effect of the insertion of nonmagnetic Cr planes on coercivities of thin Co films has been studied in Co/Cr multilayered films. The in-plane coercivity Hc║ can be as high as 1800 Oe and can be adjusted easily, ranging from 650 to 1800 Oe. The large Hc║ is related to the Co(110) in-plane orientation which is induced by a Cr(100) in-plane-oriented underlayer. In addition, it appears that a decreasing saturation magnetization Ms, a decreasing average structural coherence length D in the direction perpendicular to the film, and a narrowing distribution of D are correlated to the increasing in Hc║. The effects of texture, Cr interlayers, D and its distribution, and the Cr underlayer on the magnetic properties are discussed. Journal of Applied Physics is copyrighted by The American Institute of Physics.

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