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Reaction mechanisms, microstructures and tensile properties of the aluminum matrix composites made from Al-SiO2-Mg system were investigated. When the temperature increased from room temperature to around 761K, Mg dissolved into Al to form Mg-Al alloy. As the temperature increased to about 850K, the remaining Mg reacted with SiO2 to form MgO, Mg2Si and Si as expressed in step reaction I: 6Mg+2SiO2→4MgO+Mg...
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