Eddy current characterization and Magneticproperties of iron alumina nanostructured alloy

The number of oscillation decrease for the F3 load and the material is near the rupture, the movement of the microstructure is very important and the material is the instability

Electromagnetic and magnetic characterizations of the powders was investigated by eddy current and vibrating sample magnetometer, the impedance, the coercivity and

In the present study, we formed FeCoAl based alloys by MA and investigated their magnetic properties; especially the eddy current dependence at low frequency and the coefficient of

The simulation results obtained using the finite element method are presented in the first part using a traditional probe based on classical winding coils, in the

Experimental results show that fine nanocrystalline alloy powders prepared by mechanical milling are very promising for microwave applications and it is suggested that Eddy

For this we are used a planetary ball mill, we are milled the Fe-Co alloy for different milling times until to obtain nanostructure, the lamellar structure with some small

For this we are used a planetary ball mill, we are milled the FeCo alloy for different milling times until to obtain nanostructure, the lamellar structure with some small

Monique Dauge, Patrick Dular, Laurent Krähenbühl, Victor Péron, Ronan Perrussel, Clair Poignard.. To cite