[[abstract]]We use the micromagnetic simulation to study the reversible and irreversible magnetization processes of the single-domain elliptical permalloy particles. The magnetization curve of the reversible process, which has no hysteresis, obtained by applying the field along the hard axis of the elliptical particle is almost linear, as is the case in the single-domain ellipsoidal particle. On the other hand, due to the occurrence of the nonuniform reversal, the switching field of the irreversible process, which has hysteresis, is reduced significantly compared to that predicted by the Stoner-Wohlfarth model. The nucleation fields of elliptical particles are calculated as a function of ellipse's aspect ratio, and the function reveals a st...
We investigated systematically the easy axis magnetization reversal of 20 nm thick permalloy ellipse...
Traditional investigations of the magnetization reversal in small ferromagnetic particles assume sph...
We investigated systematically the easy axis magnetization reversal of 20 nm thick permalloy ellipse...
[[abstract]]We use the micromagnetic simulation to study the reversible and irreversible magnetizati...
[[abstract]]We use the micromagnetic simulation to study the reversible and irreversible magnetizati...
[[abstract]]Reversible and irreversible magnetization processes of the single-domain elliptical perm...
[[abstract]]Reversible and irreversible magnetization processes of the single-domain elliptical perm...
[[abstract]]We use the micromagnetic simulation to investigate the reversible and irreversible magne...
[[abstract]]Reversible and irreversible magnetization processes in single domain elliptical permallo...
[[abstract]]The results of numerical simulation of equilibrium magnetization patterns and magnetizat...
[[abstract]]The size dependence of reversal mechanisms and the corresponding switching fields of ell...
Using the Vectorial Magneto-Optic Kerr Effect (V-MOKE) and numerical simulations, we have investigat...
The magnetization reversal mechanism in an array of submicron elliptical Permalloy elements with an ...
We present an experimental and theoretical investigation of magnetization reversal in Permalloy elli...
[[abstract]]Stable micromagnetic configurations are investigated numerically in thin soft type ferro...
We investigated systematically the easy axis magnetization reversal of 20 nm thick permalloy ellipse...
Traditional investigations of the magnetization reversal in small ferromagnetic particles assume sph...
We investigated systematically the easy axis magnetization reversal of 20 nm thick permalloy ellipse...
[[abstract]]We use the micromagnetic simulation to study the reversible and irreversible magnetizati...
[[abstract]]We use the micromagnetic simulation to study the reversible and irreversible magnetizati...
[[abstract]]Reversible and irreversible magnetization processes of the single-domain elliptical perm...
[[abstract]]Reversible and irreversible magnetization processes of the single-domain elliptical perm...
[[abstract]]We use the micromagnetic simulation to investigate the reversible and irreversible magne...
[[abstract]]Reversible and irreversible magnetization processes in single domain elliptical permallo...
[[abstract]]The results of numerical simulation of equilibrium magnetization patterns and magnetizat...
[[abstract]]The size dependence of reversal mechanisms and the corresponding switching fields of ell...
Using the Vectorial Magneto-Optic Kerr Effect (V-MOKE) and numerical simulations, we have investigat...
The magnetization reversal mechanism in an array of submicron elliptical Permalloy elements with an ...
We present an experimental and theoretical investigation of magnetization reversal in Permalloy elli...
[[abstract]]Stable micromagnetic configurations are investigated numerically in thin soft type ferro...
We investigated systematically the easy axis magnetization reversal of 20 nm thick permalloy ellipse...
Traditional investigations of the magnetization reversal in small ferromagnetic particles assume sph...
We investigated systematically the easy axis magnetization reversal of 20 nm thick permalloy ellipse...