Propagation of transverse domain walls in homogeneous magnetic nanowires
The field driven nucleation and propagation of transverse domain walls in a uniform Ni
nanowire is examined by means of Monte Carlo simulations combined with a scaling
technique. Simulations show a nonlinear behavior followed by the simultaneous nucleation
of several domain walls. Also we study the angular dependence of the propagation of the
transverse domain wall with external field. Results are analyzed in terms of the classical
relaxation model for interface dynamics.
nanowire is examined by means of Monte Carlo simulations combined with a scaling
technique. Simulations show a nonlinear behavior followed by the simultaneous nucleation
of several domain walls. Also we study the angular dependence of the propagation of the
transverse domain wall with external field. Results are analyzed in terms of the classical
relaxation model for interface dynamics.
Propagation of transverse domain walls in homogeneous magnetic nanowires
S Allende Prieto, D Altbir Drullinsky… - Journal of applied …, 2008 - lume.ufrgs.br
The field driven nucleation and propagation of transverse domain walls in a uniform Ni
nanowire is examined by means of Monte Carlo simulations combined with a scaling
technique. Simulations show a nonlinear behavior followed by the simultaneous nucleation
of several domain walls. Also we study the angular dependence of the propagation of the
transverse domain wall with external field. Results are analyzed in terms of the classical
relaxation model for interface dynamics.
nanowire is examined by means of Monte Carlo simulations combined with a scaling
technique. Simulations show a nonlinear behavior followed by the simultaneous nucleation
of several domain walls. Also we study the angular dependence of the propagation of the
transverse domain wall with external field. Results are analyzed in terms of the classical
relaxation model for interface dynamics.
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