Collapse of ferromagnetism in amorphous ${({Fe}_{0.65} {Mn}_{0.35})}_{75}$ $P_{16}$ $B_{6}$ ${Al}_{3}$

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1 July 1982

journal article
research article
Published by American Physical Society (APS) in Physical Review B

Vol. 26 (1) , 456-458
https://doi.org/10.1103/physrevb.26.456

Abstract

We present low-field dc-magnetization measurements on

{({Fe}_{0.65} {Mn}_{0.35})}_{75}

P_{16}

B_{6}

{Al}_{3}

ribbons and show that in this system there exist two phase transitions, such that the spontaneous magnetization goes to zero at

T_{c}^{-}

and

T_{f}^{+}

, while the low-field susceptibility diverges at

T_{c}^{+}

and

T_{f}^{-}

.

Keywords

This publication has 6 references indexed in Scilit:

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Disappearance of Ferromagnetic Order in Au-Fe
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Spin glass-ferromagnetic phase transition in amorphous (FexNi1−x)0.75P0.16B0.06Al0.03
Journal of Applied Physics, 1981
A study of the temperature dependence of spin-wave excitations in FexCr1−x
Journal of Applied Physics, 1981
Spin-Glass-Ferromagnetic Critical Line in Amorphous Fe-Mn Alloys
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Evidence for a Ferromagnet—Spin-Glass Transition in $Pd FeMn$
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