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- W2083325366 abstract "We have studied the dynamics of magnetic switching in in-plane magnetized ultrathin epitaxial Fe films by time-resolved magneto-optical magnetometry and microscopy. Experimental evidence has been found for two domain-wall pinning mechanisms: macropins and micropins. Macropins are extrinsic defects that are spatially distributed on the 10-ensuremath{mu}m length scale; micropins are intrinsic defects that are spatially distributed on a much shorter length scale. Once free from macropins, domain walls even in ultrathin films show line tension effects. We report a strong dependence on the magnetization direction of the relative importance of domain nucleation processes compared with domain-wall propagation processes. In-plane magnetized films do not readily nucleate reverse domains, whereas out-of-plane magnetized films of identical morphology do. This can be understood as being due to the different demagnetizing fields and domain-wall pinning energies." @default.
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- W2083325366 date "1998-11-01" @default.
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- W2083325366 title "Domain-wall dynamics, pinning, and nucleation in ultrathin epitaxial Fe films" @default.
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- W2083325366 doi "https://doi.org/10.1103/physrevb.58.11507" @default.
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