One of the main features of micro magnetic materias is the formation of magnetic domain separated by the so called magnetic walls. These walls are transition layers that move upon the application of external magnetic fields. In bulk material the main type of walls is the Bloch wall. There are two models for micro magnetic precession dynamics with damping. One based in Landau-Lifshitz-Gilbert (LLG) equation and other based on eddy current damping. In this talk we prove some stability results for the Bloch wall under the eddy current damping model and the LLG model.Non UBCUnreviewedAuthor affiliation: Universidad Nacional Autonoma de MexicoFacult
In domain theory, the domain and wall concepts are treated as fundamental as soon as the thickness a...
In domain theory, the domain and wall concepts are treated as fundamental as soon as the thickness a...
© 2015 American Physical Society. We derive a generic model for the interaction of domain walls clos...
One of the main features of micro magnetic materias is the formation of magnetic domain separated b...
The goal of this article is to analyse the time asymptotic stability of one dimensional Bloch wall i...
The goal of this article is to analyze the time asymptotic stability of one dimensional Bloch walls ...
(Communicated by Aim Sciences) Abstract. The goal of this article is to analyze the time asymptotic ...
Abstract. The goal of this article is to analyze the time asymptotic stabil-ity of one dimensional B...
We study field-driven magnetic domain wall dynamics in garnet strips by large-scale three-dimensiona...
We study field-driven magnetic domain wall dynamics in garnet strips by large-scale three-dimensiona...
AbstractThe main analytical model for describing the motion of magnetic domain walls is the 1-D mode...
For strips of width $2w$ and height h, with both exchange and the dipole-dipole interaction, we find...
We have studied the problem of the dissipative motion of Bloch walls considering a totally anisotrop...
We consider a ferromagnetic nanowire and we focus on an asymptotic regime where the Dzyaloshinskii-M...
We consider a ferromagnetic nanowire and we focus on an asymptotic regime where the Dzyaloshinskii-M...
In domain theory, the domain and wall concepts are treated as fundamental as soon as the thickness a...
In domain theory, the domain and wall concepts are treated as fundamental as soon as the thickness a...
© 2015 American Physical Society. We derive a generic model for the interaction of domain walls clos...
One of the main features of micro magnetic materias is the formation of magnetic domain separated b...
The goal of this article is to analyse the time asymptotic stability of one dimensional Bloch wall i...
The goal of this article is to analyze the time asymptotic stability of one dimensional Bloch walls ...
(Communicated by Aim Sciences) Abstract. The goal of this article is to analyze the time asymptotic ...
Abstract. The goal of this article is to analyze the time asymptotic stabil-ity of one dimensional B...
We study field-driven magnetic domain wall dynamics in garnet strips by large-scale three-dimensiona...
We study field-driven magnetic domain wall dynamics in garnet strips by large-scale three-dimensiona...
AbstractThe main analytical model for describing the motion of magnetic domain walls is the 1-D mode...
For strips of width $2w$ and height h, with both exchange and the dipole-dipole interaction, we find...
We have studied the problem of the dissipative motion of Bloch walls considering a totally anisotrop...
We consider a ferromagnetic nanowire and we focus on an asymptotic regime where the Dzyaloshinskii-M...
We consider a ferromagnetic nanowire and we focus on an asymptotic regime where the Dzyaloshinskii-M...
In domain theory, the domain and wall concepts are treated as fundamental as soon as the thickness a...
In domain theory, the domain and wall concepts are treated as fundamental as soon as the thickness a...
© 2015 American Physical Society. We derive a generic model for the interaction of domain walls clos...