Abstract
We analyze the magnetization distribution in the edge region of a magnetic thin film when a homogeneous magnetic field is applied. The present theory can analyze the general curling state in which surface and volume charges coexist in the film edge region. In addition, the theory can quantitatively show each energy as the energy parameters vary. We also analyze the magnetic field distribution and magnetic-flux density distribution which are derived by the energy minimal magnetization distribution. The theory shows the good agreement with the experiment by the micro-Kerr method when film thickness is small.
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