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日本北海道大学的学者介绍了Mo-Al-Ti合金在各种热处理过程中显微结构的形成和演变过程。高纯钼、铝和钛按Al-38at%Mo-10at%Ti成分配置，在氩气保护下经氩弧熔炼成钮扣锭。锭切割成样品进行各种热处理。用差热分析(DTA)在氩气下以5K/min的加热和冷却速度测得合金的共析温度为15
Scholars from Hokkaido University in Japan introduced the microstructure formation and evolution of Mo-Al-Ti alloys during various heat treatments. The high-purity molybdenum, aluminum and titanium are arranged in Al-38at% Mo-10at% Ti composition and arc-melted into the button ingot under the protection of argon. The ingot is cut into samples for various heat treatments. The eutectoid temperature of the alloy, measured by differential thermal analysis (DTA) at a heating and cooling rate of 5 K / min under argon, was 15