On the Effect of Magnetic Pulsed Treatment on the Surface Structure and Magnetic Properties of Ribbon Amorphous Fe(Ni,Cu)(SiB) Alloys

Shipko, M. N.; Kaminskaya, T. P.; Stepovich, M. A.; Viryus, A. A.; Тихонов, А. И.

doi:10.1134/s1027451023010378

J. Surf. Investig.

2023

DOI: 10.1134/s1027451023010378

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On the Effect of Magnetic Pulsed Treatment on the Surface Structure and Magnetic Properties of Ribbon Amorphous Fe(Ni,Cu)(SiB) Alloys

M. N. Shipko

T. P. Kaminskaya

M. A. Stepovich

et al.

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Cited by 5 publications

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Studying the Influence of Weak Impulses Magnetic Field on Local Properties Ribbon Amorphous Alloys Fe(Ni, Cu)(SiB)

Kaminskaya,

Stepovich,

Shipko

et al. 2023

Infocommunications and Radio Technologies

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Atomic force microscopy and magnetic force microscopy have been used to study the influence of weak magnetic field pulses on the local properties of ribbon amorphous Fe(Ni, Cu)(SiB) alloys about 100 µm thick, 10 mm wide, and 50 mm long, which were obtained by ultrafast cooling of the melt on a rotating copper drum. On the surface of the tape adjacent to the copper drum, there were practically no areas with low rough-ness, which did not allow subsequent studies of this side of the tape by magnetic force microscopy. This method was used to investigate another, free surface of the foil, which was not adjacent to the copper drum and did not have significant roughness. Prior to the impact of magnetic field pulses on the foil, no magnetic contrast was observed on the free side of the ribbon. After magnetic pulse processing, a magnetic contrast was registered on this side of the foil: stripe domains 0.6–0.8 μm wide became visible, and closing domains, became visible on structural defects, wedge-shaped Neel domains, from 1 µm to 1.6 µm wide. The results of the study allow us to say that the magnetization reversal losses are to a large extent associated with losses due to eddy currents and are associated with the domain width, which depends slightly on the modes of magnetic pulse processing. The obtained results of the research can be used to refine the method for relieving stresses arising in the process of manufacturing amorphous ribbons.

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Studying the Influence of Weak Impulses Magnetic Field on Local Properties Ribbon Amorphous Alloys Fe(Ni, Cu)(SiB)

Kaminskaya,

Stepovich,

Shipko

et al. 2023

Infocommunications and Radio Technologies

View full text Add to dashboard Cite

show abstract

Local Magnetic Properties Study of Ribbon Amorphous Fe(Ni,Cu)(SiB) Alloys Obtained by Ultrafast Cooling

Kaminskaya,

Shipko,

Stepovich

et al. 2023

Bull. Russ. Acad. Sci. Phys.

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Modifying the Local Structure and Properties of Zinc-Substituted Hexagonal Barium Ferrites for Microwave Devices via Magnetic Pulse Processing

Shipko,

Korovushkin,

Stepovich

et al. 2023

Bull. Russ. Acad. Sci. Phys.

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On the Effect of Magnetic Pulsed Treatment on the Surface Structure and Magnetic Properties of Ribbon Amorphous Fe(Ni,Cu)(SiB) Alloys

Cited by 5 publications

References 6 publications

Studying the Influence of Weak Impulses Magnetic Field on Local Properties Ribbon Amorphous Alloys Fe(Ni, Cu)(SiB)

Studying the Influence of Weak Impulses Magnetic Field on Local Properties Ribbon Amorphous Alloys Fe(Ni, Cu)(SiB)

Local Magnetic Properties Study of Ribbon Amorphous Fe(Ni,Cu)(SiB) Alloys Obtained by Ultrafast Cooling

Modifying the Local Structure and Properties of Zinc-Substituted Hexagonal Barium Ferrites for Microwave Devices via Magnetic Pulse Processing

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