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Article
Atomic Ordering of Soft Magnetic Fe–Si Alloys and Effect of Thermomagnetic Treatment
A mechanism of isotropic improvement of magnetic properties of soft magnetic Fe–Si alloys with a bcc crystal lattice upon thermomagnetic treatment in an ac magnetic field is proposed. The essence of the mechan...
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Article
Relief Formation on the Free Surface of Metallic Polycrystals upon Recrystallization Annealing
The mechanism of the formation of a complicated relief first found on the recrystallized tungsten surface in studies performed by A.I. Belayeva and coauthors is described in this work. Its essence is the defor...
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Article
Features of bicrystal growth during the directional crystallization of metal melts
The factors responsible for the formation of different configurations of boundaries between adjacent crystallites during their growth from melt by Bridgman and Czochralski methods have been considered by an of...
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Article
Effect of tensile deformation rate on texture formation during subsequent rolling and recrystallization of electric steel
The paper deals with the study of the dependence of the number of the main components of the primary recrystallization texture on the deformation rate during uniaxial tension (with contraction) carried out bef...
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Article
Influence of mechanical and thermal actions on domain structure and magnetostriction of iron-based soft magnetic alloys
Certain mechanical and thermal actions are considered as sources of stresses in ferromagnetic materials, which generate 90-degree magnetic domains, thus increasing saturation magnetostriction. It is establishe...
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Article
Changes in the internal structure of metal crystals under the effect of migration of grain boundaries
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Article
Combined thermomagnetic and ion-beam treatments of anisotropic electrical materials
Problems of a substantial increase in the functional characteristics of soft magnetic Fe-3% Si- and Fe-70% Ni-based alloys have been studied. Variants of efficient combined thermomagnetic and ion-beam treatmen...
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Article
Combined thermomagnetic and laser treatments of anisotropic electrical materials
Methods of improving functional characteristics of soft magnetic anisotropic materials based on the Fe-3% Si alloy and of amorphous ribbons of the Fe81Si7B12 and Fe81Si4B13C2 alloys have been considered. An effic...
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Article
Effects of ion irradiation and magnetic field on primary recrystallization of metals
On the example of a cold-rolled (110)[001] single-crystal Fe-3 wt % Si alloy, it has been shown that irradiation by accelerated Ar ions and application of an external magnetic field during annealing exert a su...
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Article
Influence of temperature cycling near the curie point on the effects of thermomagnetic treatment in soft magnetic materials
It has been found that thermocycling near the Curie temperature improves magnetic properties of magnetically soft alloys and, in particular, decreases the coercive force of the Fe-70 wt % Ni by 15% in comparis...
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Article
Magnetic properties and the giant magnetic impedance of amorphous ribbons of an FeCoCrSiB alloy after small plastic deformation
Processes of magnetization and magnetic impedance (MI) effect have been investigated for the amorphous ribbons of the Fe3Co67Cr3Si15B12 alloy with various degrees of small plastic deformation (from 0 to 1%). The ...
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Article
Role of thermal expansion of phases in crystallization and recrystallization of metals
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Article
On the structure formation in polycrystalline metals and alloys: II. Recrystallization
Effects of the difference in the thermal expansion coefficients of grains and intergranular interlayers on the process of recrystallization in metals and alloys are considered.
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Article
The impact of bombardment by accelerated ions on effects related to the thermomagnetic treatment of ferromagnetic materials
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Article
On the structure formation in polycrystalline metals and alloys. I: Thermocycling
It has been found that the thermocycling of the Fe-3 wt % Si commercial alloy with a bcc lattice considerably changes its microstructure even in the absence of a temperature gradient over the cross section of ...
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Article
Corrugation of grain boundaries during high-temperature thermomechanical treatment
A new mechanism is proposed for the formation of wavy grain (crystallite) boundaries in a metal subjected to high-temperature thermomechanical treatment (HTMT). It is based on the corrugation of certain atomic...
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Article
Improvement of the properties of anisotropic soft magnetic materials by laser treatment and monitoring of its efficiency
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Article
Use of the Flux-Gate Meter for Optimizing the Local Laser Treatment of Electrotechnical Steel
The paper is devoted to investigation of the possibility of active testing of magnetic characteristics in a traveling band of electrotechnical anisotropic steel in the process of local laser treatment.
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Article
On the thermal stability of the microcrystalline structure in single-phase metallic materials
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Structural inhomogeneity and magnetic properties of soft magnetic materials