The study of the dynamics of domain wall in magnetic nanowires have attracted a vast interest because of their important technological applications in magnetic media and MRAM’s (Random Access Memory). For certain geometries and sizes, magnetic nanowires present transverse domain walls or vortex domain walls, which with the application of an ex-ternal field can be transported to different regions of the nanowire without losing its magnetic properties. In this work, we have studied the influence of a cluster of magnetic impurities on the transverse domain wall (TDW) dynamics in a magnetic nanowires of Permalloy-79 (Ni79Fe21) using numerical simulations. The TDW is driven by the application of a spin polarized current in the direction of the n...
Cylindrical magnetic nanowires provide a perfect platform to study the dynamics of magnetic domain w...
Cylindrical magnetic nanowires provide a perfect platform to study the dynamics of magnetic domain w...
Cylindrical magnetic nanowires provide a perfect platform to study the dynamics of magnetic domain w...
Understand and control the domain wall movement in nanowires is extremely important for the developm...
Nanotechnology is a promising field of study and show us pretty amazing results. Magnetic samples (Co...
The understanding of the processes involving the magnetization of ferromagnets becomes increasingly ...
A large amount of future spintronic devices is based on the control of the static and dynamic proper...
A large amount of future spintronic devices is based on the control of the static and dynamic proper...
A large amount of future spintronic devices is based on the control of the static and dynamic proper...
In this thesis is presented a micromagnetic study of current-driven domain wall (DW) dynamics in sof...
In this thesis is presented a micromagnetic study of current-driven domain wall (DW) dynamics in sof...
In this thesis is presented a micromagnetic study of current-driven domain wall (DW) dynamics in sof...
In this thesis is presented a micromagnetic study of current-driven domain wall (DW) dynamics in sof...
The study of the domain wall dynamics in ferromagnetic nano-systems is crucial for the developement ...
Les nanofils magnétiques cylindriques constituent un cas d’école pour étudier la dynamique d’aimanta...
Cylindrical magnetic nanowires provide a perfect platform to study the dynamics of magnetic domain w...
Cylindrical magnetic nanowires provide a perfect platform to study the dynamics of magnetic domain w...
Cylindrical magnetic nanowires provide a perfect platform to study the dynamics of magnetic domain w...
Understand and control the domain wall movement in nanowires is extremely important for the developm...
Nanotechnology is a promising field of study and show us pretty amazing results. Magnetic samples (Co...
The understanding of the processes involving the magnetization of ferromagnets becomes increasingly ...
A large amount of future spintronic devices is based on the control of the static and dynamic proper...
A large amount of future spintronic devices is based on the control of the static and dynamic proper...
A large amount of future spintronic devices is based on the control of the static and dynamic proper...
In this thesis is presented a micromagnetic study of current-driven domain wall (DW) dynamics in sof...
In this thesis is presented a micromagnetic study of current-driven domain wall (DW) dynamics in sof...
In this thesis is presented a micromagnetic study of current-driven domain wall (DW) dynamics in sof...
In this thesis is presented a micromagnetic study of current-driven domain wall (DW) dynamics in sof...
The study of the domain wall dynamics in ferromagnetic nano-systems is crucial for the developement ...
Les nanofils magnétiques cylindriques constituent un cas d’école pour étudier la dynamique d’aimanta...
Cylindrical magnetic nanowires provide a perfect platform to study the dynamics of magnetic domain w...
Cylindrical magnetic nanowires provide a perfect platform to study the dynamics of magnetic domain w...
Cylindrical magnetic nanowires provide a perfect platform to study the dynamics of magnetic domain w...