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- W773223549 abstract "We report the crystallization and magnetic properties of non-equilibrium <TEX>$Al_{0.6}(Fe_{x}Cu_{1-x})_{0.4}(x=0.25, 0.50, 0.75)$</TEX> alloy powders produced by rod-milling as well as by new chemical leaching. X-ray diffractometry, transmission electron microscopy, differential scanning calorimetry and vibrating sample magnetometry were used to characterize the as-milled and leached specimens. After 400 h or 500 h milling, only the broad peaks of nano bcc crystalline phases were detected in the XRD patterns. The crystallite size, the peak and the crystallization temperatures increased with increasing Fe. After being annealed at <TEX>$600{^circ}C$</TEX> for 1 h for as-milled alloy powders, the peaks of bcc <TEX>$AlCu_{4};and;Al_{13}Cu_{4}Fe_{3};for;x=0.25,;bcc;AlCu_{4};and;Al_{5}Fe_{2};for;x=0.50,;and;Al_{5}Fe_{2},;and;Al_{0.5}Fe_{0.5};for;x=0.75$</TEX> are observed. After being annealed at <TEX>$500{^circ};and;600{^circ}C$</TEX>for 1 h for leached specimens, these non-equi-librium phases transformed into fcc Cu and <TEX>$CuFe_{2}O_{4}$</TEX>phases for the x=0.25 specimen, and into bcc <TEX>${alpha}-Fe,;fcc;Cu,;and;CuFe_{2}O_{4}$</TEX> phases for both the x=0.50 and the x=0.75 specimens. The saturation magnetization decreased with increasing milling time for <TEX>$Al_{0.6}(Fe_{x}Cu_{1-x})_{0.4}$</TEX> alloy powders. On cooling the leached specimens from <TEX>$800{~}850^{circ}C$</TEX>,;the magnetization first sharply increase at about <TEX>$491.4{circ}C,;745{circ}C,;and;750.0{circ}C$</TEX> for x=0.25, x=0.50, and x=0.75 specimens, repectively." @default.
- W773223549 created "2016-06-24" @default.
- W773223549 creator A5087425007 @default.
- W773223549 date "2004-12-01" @default.
- W773223549 modified "2023-10-18" @default.
- W773223549 title "Crystallization and Magnetic Properties of Non-Equilibrium Al(Fe-Cu) Alloy Powders Produced by Rod Milling and Chemical Leaching" @default.
- W773223549 cites W2020712965 @default.
- W773223549 doi "https://doi.org/10.4150/kpmi.2004.11.6.486" @default.
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