65%wtAg-35%wtCu alloy at 600°C. The densities of the α and β phases
are 11.3 and 7.3 g/cm3, respectively.
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Calculate the volume fraction of the α and β phases of a 65%wtAg-35%wtCu alloy at 600°C. The densities of the α and β ph
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Calculate the volume fraction of the α and β phases of a 65%wtAg-35%wtCu alloy at 600°C. The densities of the α and β ph
Calculate the volume fraction of the α and β phases of a
65%wtAg-35%wtCu alloy at 600°C. The densities of the α and β phases
are 11.3 and 7.3 g/cm3, respectively.
Composición % atómico Ag) 20 40 60 80 100 2000 1000 Liquidus -Solidus 1800 F Liquido 1600 800 GB 7,9 780°C (T G Temperatura (°C) 71,9 (C 91.2 Opel 1400 (CE) Temperatura (°F) 1200 600 1941 -Solvus 1000 800 400 20 80 100 40 60 Composición % en peso Ag! (Cu) CAR) O Va = 0.25; VB = 0.75 O V« = 0.36; VB = 0.64 O V« = 0.15; VB = 0.85 O V« = 0.30; VB = 0.70 = = =
65%wtAg-35%wtCu alloy at 600°C. The densities of the α and β phases
are 11.3 and 7.3 g/cm3, respectively.
Composición % atómico Ag) 20 40 60 80 100 2000 1000 Liquidus -Solidus 1800 F Liquido 1600 800 GB 7,9 780°C (T G Temperatura (°C) 71,9 (C 91.2 Opel 1400 (CE) Temperatura (°F) 1200 600 1941 -Solvus 1000 800 400 20 80 100 40 60 Composición % en peso Ag! (Cu) CAR) O Va = 0.25; VB = 0.75 O V« = 0.36; VB = 0.64 O V« = 0.15; VB = 0.85 O V« = 0.30; VB = 0.70 = = =