Nonlinear response of the magnetization respect to slowly changing magnetic field gives random noise, i.e., the Barkhausen noise, which is measured on Fe-Si and permalloy. Analysis of the experimental data shows that the Barkhausen noise has a fractal structure of low dimension between 0.7 and 1.3
The interplay between the critical fluctuations and the sample geometry is investigated numerically ...
We show that Barkhausen noise in two-dimensional disordered ferromagnets with extended domain walls ...
Barkhausen noise emission in soft magnetic bilayer ribbons has been investigated. The monolithic amo...
To characterize materials damage the scaling behavior of the deformation structure was analyzed. As ...
The magnetic Barkhausen Noise technique is a well suited method for the characterization of ferromag...
We present results on Barkhausen noise power spectrum in polycrystalline 3 % SiFe, measured in the c...
The Barkhausen noise was measured in plastically deformed low-carbon steel at various frequencies of...
Barkhausen noise (BN) measurements were performed on samples of high permeability and conventional g...
We investigate the Barkhausen noise in ferromagnetic thin films with zigzag domain walls. We use a c...
The Barkhausen effect (BE) in metallic ferromagnetic systems is theoretically investigated by a Lang...
We measured the statistical properties of Barkhausen noise in finemet films with nominal composition...
Magnetic Barkhausen noise (mBN) is known to be related to magnetization reversal mechanisms and the ...
Long-ranged dipole-dipole interactions in magnetic glasses give rise to magnetic domains having laby...
International audienceUnder the influence of an external magnetic field, the magnetic answer of a te...
We discuss the effect of stationarity on the avalanche statistics of Barkhausen noise signals. We pe...
The interplay between the critical fluctuations and the sample geometry is investigated numerically ...
We show that Barkhausen noise in two-dimensional disordered ferromagnets with extended domain walls ...
Barkhausen noise emission in soft magnetic bilayer ribbons has been investigated. The monolithic amo...
To characterize materials damage the scaling behavior of the deformation structure was analyzed. As ...
The magnetic Barkhausen Noise technique is a well suited method for the characterization of ferromag...
We present results on Barkhausen noise power spectrum in polycrystalline 3 % SiFe, measured in the c...
The Barkhausen noise was measured in plastically deformed low-carbon steel at various frequencies of...
Barkhausen noise (BN) measurements were performed on samples of high permeability and conventional g...
We investigate the Barkhausen noise in ferromagnetic thin films with zigzag domain walls. We use a c...
The Barkhausen effect (BE) in metallic ferromagnetic systems is theoretically investigated by a Lang...
We measured the statistical properties of Barkhausen noise in finemet films with nominal composition...
Magnetic Barkhausen noise (mBN) is known to be related to magnetization reversal mechanisms and the ...
Long-ranged dipole-dipole interactions in magnetic glasses give rise to magnetic domains having laby...
International audienceUnder the influence of an external magnetic field, the magnetic answer of a te...
We discuss the effect of stationarity on the avalanche statistics of Barkhausen noise signals. We pe...
The interplay between the critical fluctuations and the sample geometry is investigated numerically ...
We show that Barkhausen noise in two-dimensional disordered ferromagnets with extended domain walls ...
Barkhausen noise emission in soft magnetic bilayer ribbons has been investigated. The monolithic amo...
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