2011Unpublished venueRequires access

Effect of electromagnetic stirring on the formation of primary phase of Al-Si alloys

Linfeng Li, Xuefeng Zhang, Yaohua Que

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Abstract

Research ZL102Al-Si alloy under the effect of electromagnetic stirring changes of microstructure and study the Al Si alloy under electromagnetic stirring solidification. Test showed Electromagnetic Stirring could chang the behavior of solidification in gear to Al-Si alloys. Atomic group of Al-Si alloy melt segregation is merged in the electromagnetic force and electromagnetic stirring. Al-Si alloy melt in the formation of local micro-area transient voltage by electromagnetic stirring and reduced critical radius required for nucleation.

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What this paper is about

Research ZL102Al-Si alloy under the effect of electromagnetic stirring changes of microstructure and study the Al Si alloy under electromagnetic stirring solidification. Test showed Electromagnetic Stirring could chang the behavior of solidification in gear to Al-Si alloys. Atomic group of Al-Si alloy melt segregation is merged in the electromagnetic force and electromagnetic stirring. Al-Si alloy melt in the formation of local micro-area transient voltage by electromagnetic stirring and reduced critical radius required for nucleation.

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Available abstract

Research ZL102Al-Si alloy under the effect of electromagnetic stirring changes of microstructure and study the Al Si alloy under electromagnetic stirring solidification. Test showed Electromagnetic Stirring could chang the behavior of solidification in gear to Al-Si alloys. Atomic group of Al-Si alloy melt segregation is merged in the electromagnetic force and electromagnetic stirring. Al-Si alloy melt in the formation of local micro-area transient voltage by electromagnetic stirring and reduced critical radius required for nucleation.

Key concepts: Alloy, Nucleation, Materials science, Microstructure, Metallurgy, Electromagnetic field, Electromagnetic forming, Phase (matter)

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