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We report on the criterion for the dynamic transformation of the internalstructure of moving domain walls (DWs) in soft magnetic thin-film nanostripesabove the Walker threshold field, Hw. In order for the process oftransformation from transverse wall (TW) to vortex wall (VW) or antivortex wall(AVW) occurs, the edge-soliton core of the TW-type DW should grow sufficientlyto the full width at half maximum of the out-of-plane magnetizations of thecore area of the stabilized vortex (or antivortex) by moving inward along thetransverse (width) direction. Upon completion of the nucleation of the vortex(antivortex) core, the VW (AVW) is stabilized, and then its core accompaniesthe gyrotropic motion in a potential well (hill) of a given nanostripe. Fieldstrengths exceeding the Hw, which is the onset field of DW velocity breakdown,are not sufficient but necessary conditions for dynamic DW transformation.

Criterion for transformation of transverse domain wall to vortex or antivortex wall in soft magnetic thin-film nanostripes