The whole isothermal section of the La-Ag-Mg phase diagram at 400 °C was constructed by means of phase identification and analysis on about eighty annealed ternary alloys. The tendency of Ag and Mg to reciprocally substitute in binary Ag-Mg phases reflects in the formation of several La-Ag-Mg ternary phases including solid solutions based on boundary binary phases, which show wide homogeneity regions extending at a constant La-content. Among the solid solutions, La(AgxMg1-x) (0 <1, cP2-CsCl), La(AgxMg1-x)3 (0<0.67, cF16-BiF(3)) and La2(AgxMg1-x)17 (0
The isothermal section of the La-Ag-Mg phase diagram at 400°C
DE NEGRI, SERENA;SOLOKHA, PAVLO;SACCONE, ADRIANA
2011-01-01
Abstract
The whole isothermal section of the La-Ag-Mg phase diagram at 400 °C was constructed by means of phase identification and analysis on about eighty annealed ternary alloys. The tendency of Ag and Mg to reciprocally substitute in binary Ag-Mg phases reflects in the formation of several La-Ag-Mg ternary phases including solid solutions based on boundary binary phases, which show wide homogeneity regions extending at a constant La-content. Among the solid solutions, La(AgxMg1-x) (0 <1, cP2-CsCl), La(AgxMg1-x)3 (0<0.67, cF16-BiF(3)) and La2(AgxMg1-x)17 (0
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