Abstract
An X-ray powder diffraction system in high temperature and in high magnetic fields was developed, which was performed at temperature ranging from room temperature to 473 K in the magnetic fields up to 5 T. The temperature stability was within ±1 K for 8 hours. To examine the ability of the system, high field and high temperature X-ray diffraction measurements were carried out for a novel ferromagnetic shape alloy, Ni40Co10Mn34Al16. We observed a field-induced reverse transformation in the alloy.
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