Effect of Cold Rolling on the Magnetic Behavior of Ni3Al-Based Superalloy

N.N. Stepanova; S.Yu. Mitropolskaya; D.I. Davidov; Nataliya Kazantseva

doi:10.4028/www.scientific.net/SSP.168-169.185

Paper Titles

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Magnetic Properties of Intercalated Zinc Hexacyanoferrate (II)
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Antiferromagnetic Conic Refraction of Sound in Hematite
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Magnetoelastic Effects in Nanostructures
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Effect of Cold Rolling on the Magnetic Behavior of Ni₃Al-Based Superalloy
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Solid-State Synthesis of Co-Sm(110) Epitaxial Films with Large Magnetocrystalline Anisotropy
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Magnetic Anisotropy of Helical and Collinear Magnets R₂Fe_17-XMn_x
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Ab Initio Exchange Interactions and Magnetic Properties of Intermetallic Compound Gd₂Fe_17-XGa_x
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Magnetic Properties of Non-Stoichiometric RNi₂Mn_x (R = Tb, Dy) Compounds
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Effect of Cold Rolling on the Magnetic Behavior of Ni₃Al-Based Superalloy

Abstract:

Paramagnetic VKNA superalloy on the base of Ni3Al intermetallic phase (L12 superlattice) under cold rolling deformation demonstrates superparamagnetic behavior associated with the formation of nanosized ferromagnetic clusters within the paramagnetic matrix. It may be assumed that these clusters correspond to the long-period phase with DO22 superlattice.