A magnetic aftereffect in dilute h.c.p. Co-C alloys

The anelastic and magnetic relaxation behavior of face‐centered cubic NiCoC alloys has been investigated. In addition to magneto‐mechanical background damping, three relaxation processes have been observed: (1) an interstitial reorientation relaxation of carbon‐containing point defects; (2) a long range migrational relaxation of carbon defects to Bloch walls; and (3) a Zener reorientation relaxation of substitutional atoms. The carbon reorientation relaxation is predominantly a relaxation of single carbon atoms in sites made asymmetric by the presence of the substitutional alloying element. The carbon migrational relaxation is manifested as a reversible decay of the magneto‐elastic component of the anelastic reorientation peak during aging and as an apparent Dietze‐type phenomenon in the magnetic relaxation spectrum.

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Anelastic and magnetic relaxation in face-centered cubic NiCoC alloys

Gíbala

Wuttig

Kunz

et al. 1975

Phys. Stat. Sol. (a)

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Comment on the nature of the disaccommodation in HCP Co-C alloys

Keiser

Wuttig

1972

Scripta Metallurgica

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Etude aux rayons X de la solution solide cobalt-carbone

Cadeville¹,

Lapierre²

1972

Scripta Metallurgica

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A magnetic aftereffect in dilute h.c.p. Co-C alloys

Cited by 4 publications

References 12 publications

Anelastic and magnetic relaxation in face-centered cubic NiCoC alloys

Anelastic and magnetic relaxation in face-centered cubic NiCoC alloys

Comment on the nature of the disaccommodation in HCP Co-C alloys

Etude aux rayons X de la solution solide cobalt-carbone

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