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Magnetic phase transitions in SmCoAsO

Magnetization, x-ray diffraction and specific-heat measurements reveal that SmCoAsO undergoes three magnetic phase transitions. A ferromagnetic transition attributed to the Co ions, emerges at TC=57 K with a small saturation moment of 0.15muB/Co. Reorientation of the Co moment to an antiferromagnetic state is obtained at TN2=45 K. The relative high paramagnetic effective moment Peff=1.57 MuB/Co indicates an itinerant ferromagnetic state of the Co sublattice. The third magnetic transition at TN1=5 K is observed clearly in the specific-heat study only. Both magnetic and 57Fe Mossbauer studies show that substitution of small quantities of Fe for Co was unsuccessful.

preprint2012arXivOpen access
V. P. S. AwanaI. NowikAnand PalK. YamauraE. Takayama-MuromachiI. Felner
cond-mat.supr-concond-mat.str-el
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V. P. S. AwanaI. NowikAnand PalK. YamauraE. Takayama-MuromachiI. Felner

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