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논문 기본 정보
- 자료유형
- 학술대회자료
- 저자정보
- 발행연도
- 2021.7
- 수록면
- 222 - 223 (2page)
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In magnetoelectric materials, the magnetic structure can be controlled using an electric field, or, conversely, the electric polarisation can be controlled using a magnetic field. Developing these materials could lead to the next generation of energy-efficient devices.
One such candidate is Co4Ta2O9 that belongs to a new family of magnetoelectric materials, A4B2O9 (where A = Mn, Fe, Co and B = Nb, Ta). Its magnetoelectric behaviour, however, is uncommon and not understood until now. Here we used single-crystal neutron diffraction combined with direction-dependent magnetic susceptibility measurement to accurately determine the magnetic order [1]: key information to explain its novel magnetoelectricity [2].
We found that, below 20.3 K, Co4Ta2O9 exhibited unusual long-range antiferromagnetic order, where adjacent spins are pointing in opposite dire ... 전체 초록 보기
One such candidate is Co4Ta2O9 that belongs to a new family of magnetoelectric materials, A4B2O9 (where A = Mn, Fe, Co and B = Nb, Ta). Its magnetoelectric behaviour, however, is uncommon and not understood until now. Here we used single-crystal neutron diffraction combined with direction-dependent magnetic susceptibility measurement to accurately determine the magnetic order [1]: key information to explain its novel magnetoelectricity [2].
We found that, below 20.3 K, Co4Ta2O9 exhibited unusual long-range antiferromagnetic order, where adjacent spins are pointing in opposite dire ... 전체 초록 보기
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