Effects of a High Magnetic Field on Transformation Temperatures in Fe-based Alloys

Effects of a High Magnetic Field on Transformation Temperatures in Fe-based Alloys

Processing in a high magnetic field is a promising method to control microstructures and properties of steels. Several magnetic field effects on the formation of microstructures have been found in steels. An austenite to ferrite transformation is accelerated by magnetic fields, and elongated and ali...

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Veröffentlicht in:ISIJ International 2006, Vol.46(9), pp.1271-1273
Hauptverfasser: Hao, Xinjiang, Ohtsuka, Hideyuki
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Applied sciences
Exact sciences and technology
Metals. Metallurgy
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container_title ISIJ International
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creator Hao, Xinjiang
Ohtsuka, Hideyuki
description Processing in a high magnetic field is a promising method to control microstructures and properties of steels. Several magnetic field effects on the formation of microstructures have been found in steels. An austenite to ferrite transformation is accelerated by magnetic fields, and elongated and aligned microstructures are formed in a high magnetic field for austen- ite to ferrite transformation and reverse transformation from martensite.
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Metals. Metallurgy
title Effects of a High Magnetic Field on Transformation Temperatures in Fe-based Alloys
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