Sketch the solid-liquid and liquid-vapor temperature-composition phase diagram of titanium and uranium. The two substances form...

 

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Sketch the solid-liquid and liquid-vapor temperature-composition phase diagram of titanium and uranium. The two substances form a nearly ideal liquid solution, with a uranium boiling temperature of1133 °C and a titanium boiling temperature of 1660 °C. The melting temperature of uranium is 770 °C, and that of titanium is 882 °C. There is a compound, TIU2, which melts at 890 °C. The eutectic between the compound and uraniun is at uranium mole fraction 0.95 and 720 °C, and the eutectic between titanium and the compound is at uranium mole fraction0.28 and 655 °C. Label each area. Sketch the solid-liquid and liquid-vapor temperature-composition phase diagram of titanium and uranium. The two substances form a nearly ideal liquid solution, with a uranium boiling temperature of1133 °C and a titanium boiling temperature of 1660 °C. The melting temperature of uranium is 770 °C, and that of titanium is 882 °C. There is a compound, TIU2, which melts at 890 °C. The eutectic between the compound and uraniun is at uranium mole fraction 0.95 and 720 °C, and the eutectic between titanium and the compound is at uranium mole fraction0.28 and 655 °C. Label each area.