Investigation of the magnetization process of domain walls in an iron-garnet film by direct optical observation of vertical Bloch lines

Fedyunin, Yu. N.; Friedlaender, F.; Nyenhuis, J.A.

doi:10.1109/20.104784

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1991

1992

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“…This propagation is studied by several authors resulting in general considerations on the material [2], and also in optimized stability and operation margins for drive-and in-plane fields [3,4]. However further research is needed on pinning sites in the garnet film that cause an unreliable scatter in the VBL coercivity [5,6]. Also exact knowledge of the bit stabilizing magnetic in-plane field is desirable because its form and amplitude define the physical bit locations.…”

Section: Introductionmentioning

confidence: 99%

Investigation on Co-Cr micro-strips for VBLM

Lintelo

Lodder

Engemann

et al. 1992

Journal of Magnetism and Magnetic Materials

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Hard magnetic strips can be used for bit stabilization in a VBLM. For this stabilization the magnetic strayfield of the strips induce potential wells for the bits. However, by dimensioning a material into strips the magnetic properties and therefore the potential wells change. In this paper the relation between magnetic properties and shape of Co-Cr micro-strips is investigated. Furthermore the influence of both magnetic properties and shape of the strips on the magnetic strayfield is simulated.

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