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Microstructure Evolution of Mg-20Al-0.75Sb Magnesium Alloy During Semi-Solid Isothermal Heat Treatment

Yan Feng

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Abstract

Mg-20Al-0.75Sb Mg alloy is developed for semi-solid isothermal heat treatment.When solid content of alloy is 40%,the effect of the time duration and Al、Sb in alloy on the microstructure during semi-solid isothermal heat treatment has been investigated,resulting in that the dimension of the primary phase with spherical structure was 59μm with duration 45min when semi-solid isothermal heat treatment was performed at 485℃ for 60min～105min.

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Mg-20Al-0.75Sb Mg alloy is developed for semi-solid isothermal heat treatment.When solid content of alloy is 40%,the effect of the time duration and Al、Sb in alloy on the microstructure during semi-solid isothermal heat treatment has been investigated,resulting in that the dimension of the primary phase with spherical structure was 59μm with duration 45min when semi-solid isothermal heat treatment was performed at 485℃ for 60min～105min.

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Available abstract

Mg-20Al-0.75Sb Mg alloy is developed for semi-solid isothermal heat treatment.When solid content of alloy is 40%,the effect of the time duration and Al、Sb in alloy on the microstructure during semi-solid isothermal heat treatment has been investigated,resulting in that the dimension of the primary phase with spherical structure was 59μm with duration 45min when semi-solid isothermal heat treatment was performed at 485℃ for 60min～105min.

Key concepts: Isothermal process, Microstructure, Alloy, Materials science, Magnesium alloy, Metallurgy, Solid solution, Magnesium

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Microstructure Evolution of Mg-20Al-0.75Sb Magnesium Alloy During Semi-Solid Isothermal Heat Treatment — Research Paper | ScholarLens