2006
DOI: 10.1016/j.jmmm.2005.11.005
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Effect of annealing on magnetoimpedance of Co68Fe4Zr10Cu2B16 ribbons

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Cited by 5 publications
(2 citation statements)
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“…6 is the schematic diagram of magnetic domains for 1K107 alloy in the process of transversal magnetic annealing(N 2 ), directions of long axis for strip and induced magnetic field are perpendicular, magnetic domains arrange along induced magnetic field by turning to form single axis anisotropy which reduces magnetic energy [10]. When diffusion stops after annealing, atom pairs with orderly direction will keep the orientation to form single axis anisotropy [6] to reduce the values of H c and P c , and optimize µ e and B r /B s .…”
Section: Transversal Magnetic Annealing(n 2 )mentioning
confidence: 99%
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“…6 is the schematic diagram of magnetic domains for 1K107 alloy in the process of transversal magnetic annealing(N 2 ), directions of long axis for strip and induced magnetic field are perpendicular, magnetic domains arrange along induced magnetic field by turning to form single axis anisotropy which reduces magnetic energy [10]. When diffusion stops after annealing, atom pairs with orderly direction will keep the orientation to form single axis anisotropy [6] to reduce the values of H c and P c , and optimize µ e and B r /B s .…”
Section: Transversal Magnetic Annealing(n 2 )mentioning
confidence: 99%
“…Appropriate annealing process can make alloy have excellent magnetic properties [5], nitrogen annealing is the process of displacement and rotating for domain wall [6] , transversal magnetic annealing(N 2 ) can make the alloy form uniaxial magnetic field induced anisotropy [7]. This paper will mainly research the influence of annealing on magnetic performance for 1K107 alloy in order to make a better direction for actual production.…”
Section: Introductionmentioning
confidence: 99%