Modulation in charge ordering structure of ferroelectric YbFe2O4 by magnetic ordering

T. Nagata; N. Ikeda

doi:10.1063/1.5026921

Modulation in charge ordering structure of ferroelectric YbFe₂O₄ by magnetic ordering

T. Nagata, N. Ikeda

Research output: Contribution to journal › Article › peer-review

3 Citations (Scopus)

Abstract

We report the modulation in charge ordering structure of ferroelectric YbFe₂O₄ by magnetic ordering from x-ray diffraction experiments and magnetic measurements. The incommensurate modulation was observed on (n n 3m+3/2) type diffraction signal around magnetic ordering temperature where n and m are integer. The modulation was also observed on charge ordering signal, indicating spin-charge coupling. The incommensurate modulation was observed only on (n/3 n/3 3m) type charge ordering signal. This selectivity can be explained by polar charge ordering models.

Original language	English
Article number	075312
Journal	AIP Advances
Volume	8
Issue number	7
DOIs	https://doi.org/10.1063/1.5026921
Publication status	Published - Jul 1 2018

ASJC Scopus subject areas

Physics and Astronomy(all)

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10.1063/1.5026921

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abstract = "We report the modulation in charge ordering structure of ferroelectric YbFe2O4 by magnetic ordering from x-ray diffraction experiments and magnetic measurements. The incommensurate modulation was observed on (n n 3m+3/2) type diffraction signal around magnetic ordering temperature where n and m are integer. The modulation was also observed on charge ordering signal, indicating spin-charge coupling. The incommensurate modulation was observed only on (n/3 n/3 3m) type charge ordering signal. This selectivity can be explained by polar charge ordering models.",

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AU - Ikeda, N.

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N2 - We report the modulation in charge ordering structure of ferroelectric YbFe2O4 by magnetic ordering from x-ray diffraction experiments and magnetic measurements. The incommensurate modulation was observed on (n n 3m+3/2) type diffraction signal around magnetic ordering temperature where n and m are integer. The modulation was also observed on charge ordering signal, indicating spin-charge coupling. The incommensurate modulation was observed only on (n/3 n/3 3m) type charge ordering signal. This selectivity can be explained by polar charge ordering models.

AB - We report the modulation in charge ordering structure of ferroelectric YbFe2O4 by magnetic ordering from x-ray diffraction experiments and magnetic measurements. The incommensurate modulation was observed on (n n 3m+3/2) type diffraction signal around magnetic ordering temperature where n and m are integer. The modulation was also observed on charge ordering signal, indicating spin-charge coupling. The incommensurate modulation was observed only on (n/3 n/3 3m) type charge ordering signal. This selectivity can be explained by polar charge ordering models.

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Modulation in charge ordering structure of ferroelectric YbFe₂O₄ by magnetic ordering

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