Study of vacuum levels in the annealing of high silicon (6.4wt%) non-oriented magnetic steel sheets obtained by rapid quenching and its incidence on grain size, texture and core losses

Ibarrondo, I.; Degauque, J.

doi:10.1016/s0042-207x(98)00395-9

Cited by 9 publications

(6 citation statements)

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“…The magnetic permeability and core losses were comparable with those in classical FeSi alloys [6]. In conclusion we can say that the alloys of Fe 61 Co 10 Zr 2:5 Hf 2:5 W 4Ày Me y B 20 (y ¼ 0 or 2, Me ¼ Mo, Nb, Ti) exhibit good glass-forming ability, which allows to prepare the samples in the form of rods, pipes and rings.…”

supporting

confidence: 65%

Glass-forming ability and magnetic properties of bulk ( or 2, , Nb, Ti) alloys

Zbroszczyk

Olszewski

Ciurzyńska

et al. 2006

Journal of Magnetism and Magnetic Materials

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supporting

confidence: 65%

Glass-forming ability and magnetic properties of bulk ( or 2, , Nb, Ti) alloys

Zbroszczyk

Olszewski

Ciurzyńska

et al. 2006

Journal of Magnetism and Magnetic Materials

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“…4. It is worth noticing that they are comparable with those of classical amorphous magnetic materials [7].…”

Section: Article In Pressmentioning

confidence: 53%

Structural relaxation and low-field magnetic properties of bulk amorphous ( 2 or 5) alloys

Łukiewska

Zbroszczyk

Ciurzyńska

et al. 2006

Journal of Magnetism and Magnetic Materials

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“…A higher conductivity value causes eddy currents and, consequently, an increase in losses associated with this component. Nevertheless, iron-based bulk amorphous alloys exhibit similar levels of core losses to those of classical Fe-Si sheets [23]. The value of core losses increases with increasing frequency of the magnetising field.…”

Section: Research Resultsmentioning

confidence: 90%

The Total Core Losses in Bulk Amorphous Rods of Fe₆₀Co₁₀Y_8-xNi_2+xB₂₀ Alloys (Where x=0, 1)

Nabiałek

Jeż

et al. 2020

Acta Phys. Pol. A

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As part of this work, structural investigations were carried out on rapidly-cooled alloys with the following chemical compositions: Fe60Co10Y8−xNi2+xB20 (where x = 0, 1). X-ray diffraction studies confirmed that the tested materials have an amorphous structure. This structure is characterized by absence of long-range atomic order, in the contexts of angularity and periodicity. Therefore, these materials should exhibit different magnetic properties, compared with those of their crystalline counterparts. In the electrical power and electronics industries, there is a constant demand for materials with better and better properties. The main considerations of applicability are economics and environmental protection. The deciding parameter, determining the usefulness of ferromagnetic alloys in electrotechnical devices and considering economics and ecology, is their low losses on remagnetization. For the produced alloys, described in this paper, a series of loss tests for remagnetization at different frequencies was carried out. The losses for remagnetization -pertaining to the hysteresis loop -and additional losses were determined.

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Study of vacuum levels in the annealing of high silicon (6.4wt%) non-oriented magnetic steel sheets obtained by rapid quenching and its incidence on grain size, texture and core losses

Cited by 9 publications

References 0 publications

Glass-forming ability and magnetic properties of bulk ( or 2, , Nb, Ti) alloys

Glass-forming ability and magnetic properties of bulk ( or 2, , Nb, Ti) alloys

Structural relaxation and low-field magnetic properties of bulk amorphous ( 2 or 5) alloys

The Total Core Losses in Bulk Amorphous Rods of Fe₆₀Co₁₀Y_8-xNi_2+xB₂₀ Alloys (Where x=0, 1)

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Study of vacuum levels in the annealing of high silicon (6.4wt%) non-oriented magnetic steel sheets obtained by rapid quenching and its incidence on grain size, texture and core losses

Cited by 9 publications

References 0 publications

Glass-forming ability and magnetic properties of bulk ( or 2, , Nb, Ti) alloys

Glass-forming ability and magnetic properties of bulk ( or 2, , Nb, Ti) alloys

Structural relaxation and low-field magnetic properties of bulk amorphous ( 2 or 5) alloys

The Total Core Losses in Bulk Amorphous Rods of Fe60Co10Y8-xNi2+xB20 Alloys (Where x=0, 1)

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The Total Core Losses in Bulk Amorphous Rods of Fe₆₀Co₁₀Y_8-xNi_2+xB₂₀ Alloys (Where x=0, 1)