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The dynamic behaviors of magnetic domain walls have significant implicationsfor developing advanced spintronic devices. In this study, we investigate theintriguing resonance phenomenon within the magnetic domain wall structure andits profound influence on dynamic motion, focusing on the dissipationmechanism. By applying a static external magnetic field, we observe aremarkable amplification of domain wall velocity, surpassing the limitations ofthe conventional one-dimensional model. To quantify this enhancement, weintroduce a novel parameter, the distortion variation rate, which captures therapid and pronounced changes occurring within the domain wall structure.Through comprehensive micromagnetic simulations, we establish a robustrelationship between speed and distortion variation rate, thereby validatingour theoretical framework. Our findings provide crucial insights into theunderlying mechanisms governing domain wall dynamics while paving the way fordeveloping and optimizing next-generation spintronic devices boastingunparalleled speed and efficiency.

Beyond Walker Breakdown through the Resonant Dissipation: Dramatic  Enhancement of Magnetic Domain Wall Velocity via Resonant Excitation of  Standing Wave Modes of Domain Wall Structure