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We study spin motive forces, i.e, spin-dependent forces, and voltages inducedby time-dependent magnetization textures, for moving magnetic vortices anddomain walls. First, we consider the voltage generated by a one-dimensionalfield-driven domain wall. Next, we perform detailed calculations onfield-driven vortex domain walls. We find that the results for the voltage as afunction of magnetic field differ between the one-dimensional and vortex domainwall. For the experimentally relevant case of a vortex domain wall, thedependence of voltage on field around Walker breakdown depends qualitatively onthe ratio of the so-called $\beta$-parameter to the Gilbert damping constant,and thus provides a way to determine this ratio experimentally. We alsoconsider vortices on a magnetic disk in the presence of an AC magnetic field.In this case, the phase difference between field and voltage on the edge isdetermined by the $\beta$ parameter, providing another experimental method todetermine this quantity.

Spin motive forces due to magnetic vortices and domain walls