Magnetic field effect on the liquidus boundary of Bi-Mn binary system

Magnetic field effect on the liquidus boundary of Bi-Mn binary system

The magnetic field effect (MFE) on liquidus boundary of Bi-Mn binary system was investigated by differential thermal analysis (DTA) and the computer coupling of phase diagram method (CALPHAD). The liquidus boundary for Bi-18at.%Mn and Bi-24at.%Mn rose clearly by the application of the magnetic field...

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Hauptverfasser: Mitsui Yoshifuru, Koyama Keiichi, Oikawa Katsunari, Watanabe, Kazuo
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Binary system
Computer simulation
Differential thermal analysis
Liquidus
Magnetic fields
Phase diagrams
Phase transitions
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creator Mitsui Yoshifuru
Koyama Keiichi
Oikawa Katsunari
Watanabe, Kazuo
description The magnetic field effect (MFE) on liquidus boundary of Bi-Mn binary system was investigated by differential thermal analysis (DTA) and the computer coupling of phase diagram method (CALPHAD). The liquidus boundary for Bi-18at.%Mn and Bi-24at.%Mn rose clearly by the application of the magnetic fields. The MFE for liquidus boundary temperature Tliq changed from ΔTliq∝B2 to ΔTliq∝B because of the large increase of the peritectic temperature from BiMn and BiMn1.08 by the application of magnetic field.
doi_str_mv 10.1063/1.4897725
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The liquidus boundary for Bi-18at.%Mn and Bi-24at.%Mn rose clearly by the application of the magnetic fields. 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The liquidus boundary for Bi-18at.%Mn and Bi-24at.%Mn rose clearly by the application of the magnetic fields. The MFE for liquidus boundary temperature Tliq changed from ΔTliq∝B2 to ΔTliq∝B because of the large increase of the peritectic temperature from BiMn and BiMn1.08 by the application of magnetic field.</abstract><cop>Melville</cop><pub>American Institute of Physics</pub><doi>10.1063/1.4897725</doi></addata></record>
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subjects Binary system
Computer simulation
Differential thermal analysis
Liquidus
Magnetic fields
Phase diagrams
Phase transitions
title Magnetic field effect on the liquidus boundary of Bi-Mn binary system
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