Using micromagnetic simulation, we investigated the effect of thickness of a nanodisk on a resonance fre-quency of vortex gyration. We observed that the resonance frequency increases with increasing thickness in both cases of 2-dimensional (2D) and 3-dimensional (3D) calculation. However, there is a difference in the increasing rate of resonance frequency between 2D and 3D modeling owing to dynamically developed inhomo-geneous magnetic texture along the thickness direction of disk in 3D modeling
We summarize our experimental findings in the arrays of Ni80Fe20 circular nanodots with diameter 300...
This work presents an experimental investigation of the switching behavior of single Co- and perma...
Magnetic vortices in ferromagnetic disks are curling magnetization structures characterized by the s...
The spin-wave mode of a magnetic vortex (MV) structure is a fascinating topic in magnetism for devel...
The development of future spintronic applications requires a thorough and fundamental understanding ...
The paper studies associated motion of magnetic vortices in a triple-layer FM/NM/FM disc array. The ...
Abstract. Magnetic vortex gyration in a 500 nm wide, 50 nm thick Permalloy square platelet was inves...
Citation: Wysin, G. M. (2017). Magnetic vortex dynamics in the non-circular potential of a thin elli...
Dynamic switching of the vortex circulation in magnetic nanodisks by fast-rising magnetic field puls...
Recently it was shown that magnetic thin films with nanoscale dimensions can exhibit a vortex as it...
Nonlinear dynamics of the magnetic vortex state in a circular nanodisk was studied under a perpendic...
Development of the interpretation of the phenomenon of the lift of the magnetic resonance frequencie...
The diploma thesis is concerned with switching of vortex circulation in magnetic nanodisks. The resu...
Magnetic nanostructures have potential applications in ultrahigh-density magnetic storage. In this p...
Harmonic oscillation of spin structures is a physical phenomenon that offers great potential for app...
We summarize our experimental findings in the arrays of Ni80Fe20 circular nanodots with diameter 300...
This work presents an experimental investigation of the switching behavior of single Co- and perma...
Magnetic vortices in ferromagnetic disks are curling magnetization structures characterized by the s...
The spin-wave mode of a magnetic vortex (MV) structure is a fascinating topic in magnetism for devel...
The development of future spintronic applications requires a thorough and fundamental understanding ...
The paper studies associated motion of magnetic vortices in a triple-layer FM/NM/FM disc array. The ...
Abstract. Magnetic vortex gyration in a 500 nm wide, 50 nm thick Permalloy square platelet was inves...
Citation: Wysin, G. M. (2017). Magnetic vortex dynamics in the non-circular potential of a thin elli...
Dynamic switching of the vortex circulation in magnetic nanodisks by fast-rising magnetic field puls...
Recently it was shown that magnetic thin films with nanoscale dimensions can exhibit a vortex as it...
Nonlinear dynamics of the magnetic vortex state in a circular nanodisk was studied under a perpendic...
Development of the interpretation of the phenomenon of the lift of the magnetic resonance frequencie...
The diploma thesis is concerned with switching of vortex circulation in magnetic nanodisks. The resu...
Magnetic nanostructures have potential applications in ultrahigh-density magnetic storage. In this p...
Harmonic oscillation of spin structures is a physical phenomenon that offers great potential for app...
We summarize our experimental findings in the arrays of Ni80Fe20 circular nanodots with diameter 300...
This work presents an experimental investigation of the switching behavior of single Co- and perma...
Magnetic vortices in ferromagnetic disks are curling magnetization structures characterized by the s...