The tensor magnetic phase theory for mesoscopic volume structures of soft magnetic materials – Quasi-static and dynamic vector polarization, apparent permeability and losses – Experimental identifications of GO steel at low induction levels

Sheet thickness dependence of magnetization properties based on domains and walls within the non-linear diffusion-like equation for grain-oriented electrical steels

“…A relative control of these surface effects is investigated elsewhere through surface laser treatments. Finally, any geometry dependence and spatial heterogeneity in  itself requires more development on a new model for the magnetic structure and its reversal mechanisms [27,28,33].…”

“…The magnetic analysis described previously, with both experimental data and modeling tools, allows the identification of the dynamic magnetization property , which lumps fundamental microscopic information. At extremely low magnetic field and without time variations, we consider that , closely linked to the magnetic structure characteristics at static equilibrium without macroscopic magnetization, is approximately given by equation (33).…”