D.Y.Li(Dept. of Mater. Sci & Eng.
,
The Pennsylvania State University
,
University Park
,
PA 16802
,
USA )B.Debray and J.A.Szpunar(Dept. of Metall. Eng.
,
McGill University
,
3450 Uuiversity Street
,
Molitreal
,
PQ
,
Canada H3A 2A7)
材料科学技术（英文）
The (100) texture of solidified fcc metals, caused by the preferential (100) dendrite growth, could be closeIy related to solid/melt interfaces which behave differently along different crystallographic orientation. The stability and roughness of {111} and {100} solid/melt interfaces of fcc metals were investigated using a modified Temkin multi-layer model. It is demonstrated that {100}crystal/melt interface is more unstable and rougher than {111} interface. The effect of the stability of crystal/melt interface on the (100) texture formation in solidified fcc metals has been analysed and discussed.
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