MAGNETIC PROPERTIES OF THE SPINEL COMPOUND Cu1.30Cr1.30Zr0.70Se4

Authors

  • K BELAKROUM Université de OUARGLA
  • Z OUILI Université Constantine 1 (ex Mentouri)
  • A LEBLANC Institut des Matériaux Jean Rouxel de Nantes

Keywords:

Cu1.30Cr1.30Zr0.70Se4, Spin glass behaviour and DC measurements

Abstract

The magnetic properties of the spinel compound Cu1.30Cr1.30Zr0.70Se4 have been studied using, magnetic measurements. These measurements (DC) reveal that Cu1.30Cr1.30Zr0.70Se4, orders ferromagnetically-re-entrant spin-glass. The geometrical spin frustration is introduced through
antiferromagnetic interactions due to the substitution of magnetic Cr for Zr atom, on the B sites forming a network of linked tetrahedral. The magnetization in field-cooled (FC) and zero-fieldcooled (ZFC) are observed with irreversibility in T≤ Tf, the overage Curie temperature, the effective magnetic moment and the temperature range, for which magnetic susceptibility can be regarded as linear are given.

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Author Biographies

K BELAKROUM, Université de OUARGLA

Département de Physique

Z OUILI, Université Constantine 1 (ex Mentouri)

Laboratoire de Cristallographie

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Published

2009-12-01

How to Cite

BELAKROUM, K., OUILI, Z., & LEBLANC, A. (2009). MAGNETIC PROPERTIES OF THE SPINEL COMPOUND Cu1.30Cr1.30Zr0.70Se4. Sciences & Technology. A, Exactes Sciences, (30), 19–22. Retrieved from https://revue.umc.edu.dz/a/article/view/26

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