The crystallization process of amorphous alloy Al(90)RE(5)Ni(5) can be written as: Am Al(90)RE(5)Ni(5) - nano alpha-Al + Am AlRENi - alpha-Al + Al3Ni + Al(11)RE(3). The structure of the Al-based amorphous alloy was explained by an atomic cluster model. The growth of nanoscale alpha-Al in an amorphous matrix was reported. The hardening process can undergo two stages. One is controlled by a shear deformation mechanism of the amorphous matrix. Another is decided by the dislocations in the nanoscale alpha-Al grain. The microhardness of the amorphous alloy dispersion by nanoscale alpha-Al depends strongly on the average grain sizes D and the spacing delta between the grains in an amorphous matrix.
部门归属
sun, ws (reprint author), chinese acad sci,inst met res,lab rapidly solidified nonequilibrium alloys,shenyang 110015,peoples r china
W. S. Sun,M. X. Quan. Hardening behavior of amorphous alloy Al(90)RE(5)NI(5) dispersion by nanoscale alpha-Al during crystallization[J]. Materials Letters,1996,27(3):101-105.
APA
W. S. Sun,&M. X. Quan.(1996).Hardening behavior of amorphous alloy Al(90)RE(5)NI(5) dispersion by nanoscale alpha-Al during crystallization.Materials Letters,27(3),101-105.
MLA
W. S. Sun,et al."Hardening behavior of amorphous alloy Al(90)RE(5)NI(5) dispersion by nanoscale alpha-Al during crystallization".Materials Letters 27.3(1996):101-105.
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