Unprecedentedly Wide Curie-Temperature Windows as Phase-Transition Design Platform for Tunable Magneto-Multifunctional Materials

Zhi-Yang Wei; En-Ke Liu; Yong Li; Gui-Zhou Xu; Xiao-Ming Zhang; Guo-Dong Liu; Xue-Kui Xi; Hong-Wei Zhang; Wen-Hong Wang; Guang-Heng Wu; Xi-Xiang Zhang

doi:10.1002/aelm.201500076

Unprecedentedly Wide Curie-Temperature Windows as Phase-Transition Design Platform for Tunable Magneto-Multifunctional Materials

Materials Science 2015-07-22 v1

Authors: Zhi-Yang Wei , En-Ke Liu , Yong Li , Gui-Zhou Xu , Xiao-Ming Zhang , Guo-Dong Liu , Xue-Kui Xi , Hong-Wei Zhang , Wen-Hong Wang , Guang-Heng Wu , Xi-Xiang Zhang

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Abstract

A series of unprecedentedly wide Curie-temperature windows (CTWs) between 40 and 450 K are realized by employing the isostructural alloying principle for the strongly coupled magnetostructural phase transitions in a single host system. The CTWs provide a design platform for magneto-multifunctional multiferroic alloys that can be manipulated in a quite large temperature space in various scales and patterns, as well as by multiple physical fields.

Keywords

Curie-temperature windows magnetostructural phase transition isostructural alloying magneto-multifunctional materials multiferroic alloys phase-transition design

Cite

@article{arxiv.1507.05905,
  title  = {Unprecedentedly Wide Curie-Temperature Windows as Phase-Transition Design Platform for Tunable Magneto-Multifunctional Materials},
  author = {Zhi-Yang Wei and En-Ke Liu and Yong Li and Gui-Zhou Xu and Xiao-Ming Zhang and Guo-Dong Liu and Xue-Kui Xi and Hong-Wei Zhang and Wen-Hong Wang and Guang-Heng Wu and Xi-Xiang Zhang},
  journal= {arXiv preprint arXiv:1507.05905},
  year   = {2015}
}

Comments

43 pages, 4 figs, 1 supporting file. Accepted by Advanced Electronic Materials

Unprecedentedly Wide Curie-Temperature Windows as Phase-Transition Design Platform for Tunable Magneto-Multifunctional Materials

Abstract

Keywords

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