Implementing Room‐Temperature Multiferroism by Exploiting Hexagonal‐Orthorhombic Morphotropic Phase Coexistence in LuFeO 3  Thin Films | Zendy

Song Seungwoo | Zendy; Han Hyeon | Zendy; Jang Hyun Myung | Zendy; Kim Young Tae | Zendy; Lee NamSuk | Zendy; Park Chan Gyung | Zendy; Kim Jeong Rae | Zendy; Noh Tae Won | Zendy; Scott James F. | Zendy

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Implementing Room‐Temperature Multiferroism by Exploiting Hexagonal‐Orthorhombic Morphotropic Phase Coexistence in LuFeO 3 Thin Films

Author(s) -

Song Seungwoo,

Han Hyeon,

Jang Hyun Myung,

Kim Young Tae,

Lee NamSuk,

Park Chan Gyung,

Kim Jeong Rae,

Noh Tae Won,

Scott James F.

Publication year - 2016

Publication title -

advanced materials

Language(s) - English

Resource type - Journals

SCImago Journal Rank - 10.707

H-Index - 527

eISSN - 1521-4095

pISSN - 0935-9648

DOI - 10.1002/adma.201601989

Subject(s) - materials science , orthorhombic crystal system , hexagonal crystal system , hexagonal phase , phase (matter) , magnetization , condensed matter physics , thin film , polarization (electrochemistry) , coupling (piping) , crystallography , nanotechnology , crystal structure , composite material , magnetic field , chemistry , physics , quantum mechanics , organic chemistry

Room‐temperature multiferroism in LuFeO 3 (LFO) films is demonstrated by exploiting the orthorhombic–hexagonal ( o–h ) morphotrophic phase coexistence. The LFO film further reveals a magnetoelectric coupling effect that is not shown in single‐phase ( h ‐ or o ‐) LFO. The observed multiferroism is attributed to the combination of sufficient polarization from h ‐LFO and net magnetization from o ‐LFO.

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