Physical Modification of Products Made of Soft Magnetic Materials under Texturing Effects

Vladimir Pudov; Yuri N. Dragoshanskii

doi:10.4028/p-47t971

Paper Titles

Evaluation of Magnetostriction and Differential Magnetic Permeability of Low-Alloy Structural Steel Specimens under Cyclic and Static Deformations
p.988

Features of the Microstructural Composition of Low-Alloyed Aluminum Alloys of the 6XXX Series with Small Additions of Zr and Sc
p.994

Prospects for the Synthesis of Silicate Geopolymer Materials Based on Ash and Slag Waste from Thermal Power Plants in the Russian Arctic Zone
p.1002

Prospects for Improving Physical and Mechanical Properties of Corundum Ceramics
p.1008

Physical Modification of Products Made of Soft Magnetic Materials under Texturing Effects
p.1014

Investigation of the Parameters of the Surface Layer of Steel 12X18H10T after Plastic Deformation
p.1020

Large-Scale Synthesis of Molybdenum Carbide Based Catalyst by Vacuum-Free DС Arc Plasma Method
p.1026

Application of the Method for Optical Measuring the Neck Profile to Determine the Hardening Curve of Aluminum from the Results of the Tensile Test
p.1032

Relation of the Mayer Index to the Characteristics of the Power Law of Metal Hardening
p.1040

HomeKey Engineering MaterialsKey Engineering Materials Vol. 910Physical Modification of Products Made of Soft...

Physical Modification of Products Made of Soft Magnetic Materials under Texturing Effects

Abstract:

The results of improving physical properties of different types of magnetic cores made of soft magnetic crystalline and amorphous alloys based on siliceous iron are presented. Methods and modes of controlling orientational, dimensional and dynamic parameters of magnetic domains by means of a uniaxially textured complex of thermomagnetic, locally laser, and plane deformation effects have been developed. As a result, in electrical magnetic cores made of anisotropic iron-silicon steels of 3407, 3408 grades a decrease in eddy-current magnetic losses by 25–35% and an increase in magnetic permeability by 1.5–2 times have been achieved.

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Periodical:

Key Engineering Materials (Volume 910)

Pages:

1014-1019

DOI:

https://doi.org/10.4028/p-47t971

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Online since:

February 2022

Authors:

Vladimir Pudov*, Yuri N. Dragoshanskii

Keywords:

Amorphous Fe₈₁Si₄B₁₃C₂, Crystalline Fe-3%Si, Magnetic Domains, Nanoclusters, Physical Properties, Soft Magnetic Alloys, Technological Treatments

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