Effect of transverse field annealing and rate of cooling onmagnetic properties of the amorphous Co)71.5)Fe)2.5)Mn)2)Mo)1)Si)9)B)14) alloy

Influence of transverse field annealing (H)T)) and cooling rate (v)c)) on magnetic remanence (B)r)), coercivity (H)c)) and domain structure of the amorphous near-zero magnetostrictive Co)71.5)Fe)2.5)Mn)2 )Mo)1)Si)9)B)14) alloy was investigated. Two step magnetic annealing was performed on 20x15x10 m...

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Bibliographic Details
Published in:IEEE transactions on magnetics 1994-03, Vol.30 (2), p.1033-1035
Main Authors: Kolano, R, Wojcik, N, Gawior, W
Format: Article
Language:English
Online Access:Get full text
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Summary:Influence of transverse field annealing (H)T)) and cooling rate (v)c)) on magnetic remanence (B)r)), coercivity (H)c)) and domain structure of the amorphous near-zero magnetostrictive Co)71.5)Fe)2.5)Mn)2 )Mo)1)Si)9)B)14) alloy was investigated. Two step magnetic annealing was performed on 20x15x10 mm toroidal cores and on 30x10 mm pieces of ribbons. Magnetic properties dependence upon a time of preannealing was determined too. Very strong effect of H)T) and v)c) on the magnetic properties and domain structure was discussed on the base of the Kronmuller model
ISSN:0018-9464
DOI:10.1109/20.312481