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김신우,송용설,백무흠,Kim, Shin-Woo,Song, Yong-Sul,Baek, Mu-Hum 한국재료학회 2003 한국재료학회지 Vol.13 No.11
A Fe-Si-B-Ni amorphous alloy manufactured by one roll melt-spinning method showed the crystallization temperature difference of a maximum $10^{\circ}C$ according to each lot. This temperature difference had a considerable influence on the annealing process to be conducted for obtaining the proper inductance of the alloy. The proper annealing temperature of the alloy was $480^{\circ}C$ and the annealing time increased as the crystallization temperature increased. The activation energy measured by Kissinger method increased as the crystallization temperature increased. Therefore, the annealing process must be adjusted by the crystallization temperature difference of the amorphous alloy.
이영호,김상주,백무흠 대한금속재료학회(대한금속학회) 1992 대한금속·재료학회지 Vol.30 No.3
In polycrystalline Fe-30Mn-5Si alloys, the effects of deformation temperature and strain at various Co content on the shape memory effect(S.M.E.) and formation of εmartensite were studied. The deformation below M_d was governed by the r⇒ε mrtensite transformation, whereas it was due to the conventional slip above M_d without regard to Co concentration: The effect of Co might be the reduction of stacking fault energy of austenite, which resulted in increasing S.M.E. S.M.E, according to deformation temperature and strain decreased with increasing strain at the same temperature, while it increased with decreasing deformation temperature at the same strain. The amount of εmartensite decreased as deformation temperature increased and it changed little with Co contents. Regardless of Co content, Ma was not changed and A₃, A_f increased with Co contents.