[[abstract]]The size dependence of switching fields of permalloy rings is studied by micromagnetic simulations and by magnetoresistance measurements. Experimentally, the switching fields can be obtained from the discontinuities of the magnetoresistance curve. From the simulated hysteresis loops and the magnetoresistance curves obtained by experiment it is shown that the switching field from the vortex state to the reverse onion state increases considerably as decreasing of the lateral size or as increasing of the thickness. There is, however, no significant correlation between the ring size and the switching field from the onion state to the vortex state. (c) 2005 American Institute of Physics.[[fileno]]2020504010003[[department]]動機
We present the results of a study of the magnetization reversal in Permalloy triangular rings using ...
[[abstract]]We present a study of magnetization reversal on microstructured permalloy thin film ring...
[[abstract]]We present a study of magnetization reversal on microstructured permalloy thin film ring...
[[abstract]]The size dependence of switching fields of permalloy rings is studied by micromagnetic s...
[[abstract]]The magnetization switching behavior of permalloy ring elements as a function of ring di...
[[abstract]]The magnetization switching behavior of permalloy ring elements as a function of ring di...
[[abstract]]The magnetization reversal and the corresponding magnetoresistance of Permalloy rings ar...
We have measured magnetoresistance in single, 1 mm external diameter, Permalloy (Ni80Fe20) circular ...
We have measured magnetoresistance in single, 1 mm external diameter, Permalloy (Ni80Fe20) circular ...
We have measured magnetoresistance in single, 1 μm external diameter, Permalloy (Ni80Fe20) circular ...
[[abstract]]We briefly introduce our recent works on magnetization processes of ferromagnetic rings ...
[[abstract]]Three different stable magnetization configurations of soft-type nanostructured permallo...
[[abstract]]Three different stable magnetization configurations of soft-type nanostructured permallo...
[[abstract]]We present a systematic investigation of the current/voltage lead effect on magnetizatio...
We have measured magnetoresistance in single, 1 µm external diameter, Permalloy (Ni80Fe20) circular...
We present the results of a study of the magnetization reversal in Permalloy triangular rings using ...
[[abstract]]We present a study of magnetization reversal on microstructured permalloy thin film ring...
[[abstract]]We present a study of magnetization reversal on microstructured permalloy thin film ring...
[[abstract]]The size dependence of switching fields of permalloy rings is studied by micromagnetic s...
[[abstract]]The magnetization switching behavior of permalloy ring elements as a function of ring di...
[[abstract]]The magnetization switching behavior of permalloy ring elements as a function of ring di...
[[abstract]]The magnetization reversal and the corresponding magnetoresistance of Permalloy rings ar...
We have measured magnetoresistance in single, 1 mm external diameter, Permalloy (Ni80Fe20) circular ...
We have measured magnetoresistance in single, 1 mm external diameter, Permalloy (Ni80Fe20) circular ...
We have measured magnetoresistance in single, 1 μm external diameter, Permalloy (Ni80Fe20) circular ...
[[abstract]]We briefly introduce our recent works on magnetization processes of ferromagnetic rings ...
[[abstract]]Three different stable magnetization configurations of soft-type nanostructured permallo...
[[abstract]]Three different stable magnetization configurations of soft-type nanostructured permallo...
[[abstract]]We present a systematic investigation of the current/voltage lead effect on magnetizatio...
We have measured magnetoresistance in single, 1 µm external diameter, Permalloy (Ni80Fe20) circular...
We present the results of a study of the magnetization reversal in Permalloy triangular rings using ...
[[abstract]]We present a study of magnetization reversal on microstructured permalloy thin film ring...
[[abstract]]We present a study of magnetization reversal on microstructured permalloy thin film ring...