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The properties of magneto-optical MnBiR (R=In, Ge, and Sn) thin films
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The crystal structures and the magneto-optical properties of MnBiR (R=Ge, In, and Sn) thin films are reported. We found that doping MnBi films with Ge enhances their Kerr rotation angle θk(θk=2.1°, at λ=633 nm). It is thus possible to consider MnBi film doped with Ge a good candidate of magneto-optical recording material. In contrast, MnBi films doped with In or Sn loose the original NiAs-type hcp structure and correspondingly the Kerr rotation angle θk, is decreased.
Title: The properties of magneto-optical MnBiR (R=In, Ge, and Sn) thin films
Description:
The crystal structures and the magneto-optical properties of MnBiR (R=Ge, In, and Sn) thin films are reported.
We found that doping MnBi films with Ge enhances their Kerr rotation angle θk(θk=2.
1°, at λ=633 nm).
It is thus possible to consider MnBi film doped with Ge a good candidate of magneto-optical recording material.
In contrast, MnBi films doped with In or Sn loose the original NiAs-type hcp structure and correspondingly the Kerr rotation angle θk, is decreased.
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