Zeta-Phase Stability in Hume-Rothery Type Cu–Ag–Zn Ternary Alloys
Zeta-Phase Stability in Hume-Rothery Type Cu–Ag–Zn Ternary Alloys
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Hume-Rothery 型 Cu-Ag-Zn 三元合金中的 Zeta 相稳定性
DOI：
10.2320/matertrans1960.8.277
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发表时间：
1967
期刊：
影响因子：
--
通讯作者：
S. Kachi
中科院分区：
文献类型：
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作者：
Masakazu Yono;H. Asano;N. Nakanishi;S. Kachi
AgZn 合金中的 β'→ ze 和 ze→ β 转变。 Further, the electronic state density and the band structore from the low temperature specific heat have been calculated for ζ-AgSn(6) and β'-AgZn(7), respectively, and increasing attention is now directed to the stability of the ζ-phase. Muldawer 发现，通过用 Au 取代 AgZn50 中的少量 Ag，导致 ze 相消失，并通过外推至 Au 含量为零，估算出纯 Ag50Zn50 合金 CsCl 结构长程有序的临界温度 Tc (8)。在本文中，作者也重新做了
β'→ ζ and ζ→ β transformations in AgZn alloys. Further, the electronic state density and the band structore from the low temperature specific heat have been calculated for ζ-AgSn(6) and β'-AgZn(7), respectively, and increasing attention is now directed to the stability of the ζ-phase. Muldawer found the disappearance of the ζ-phase by the replacement of a small amount of Ag in AgZn50 with Au, and estimated the critical temperature, Tc, for long-range ordering of CsCl structure for the pure Ag50Zn50 alloy by extrapolating to zero Au content(8). In the present paper, the authors, too, made the re-