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2D ferromagnets have attracted considerable attention due to their strong potential in the post‐Moore Law era. However, intrinsic 2D ferromagnetic materials typically suffer from suppressed Curie temperature due to thermal fluctuation, magnetic order instability in the 2D limit, and others. Herein, a nonmagnetic fluorine modification strategy is proposed to control the ferromagnetism of air‐stable...
In article number 1808746, Yu‐Jia Zeng, Han Zhang, and co‐workers propose a nonmagnetic fluorine doping strategy to induce stable long‐range ferromagnetic orders in electrochemically synthesized 2D antimonene. The fluorinated antimonene exhibits a Curie temperature as high as 717 K. The study constitutes a nonmagnetic control of robust above room‐temperature ferromagnetism in monoelemental 2D semiconductors...
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