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논문 기본 정보
- 자료유형
- 학술대회자료
- 저자정보
- 발행연도
- 2021.11
- 수록면
- 17 - 17 (1page)
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초록· 키워드
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2D materials have unique physical and chemical properties which can be used for spintronic device applications, such as the long spin relaxation time of graphene. Additionally, the related heterostructures provide the unprecedented probability of combining the different characteristics via the proximity effect.
In this work, ultra-thin Co films were grown on CVD-grown Gr and h-BN layers using the UHV-MBE system. In order to characterize unconventional magnetic properties of 6 ~ 8 nm thick Co films, anisotropy of magnetic tunnel junctions (MTJs) was investigated. The MTJs of x-nm Co (x = 6 and 8)\1.6-nm MgO\12-nm Co were prepared using UHV-MBE system on CVD-grown Gr and h-BN. Perpendicular magnetic anisotropy (PMA) was clearly shown at room temperature (RT) in all the Co bottom electrodes prepared on both graphen^_@span style=color:#999999 ^_# ... ^_@/span^_#^_@a href=javascript:; onclick=onClickReadNode('NODE11029256');fn_statistics('Z354','null','null'); style='color:#999999;font-size:14px;text-decoration:underline;' ^_#전체 초록 보기^_@/a^_#
In this work, ultra-thin Co films were grown on CVD-grown Gr and h-BN layers using the UHV-MBE system. In order to characterize unconventional magnetic properties of 6 ~ 8 nm thick Co films, anisotropy of magnetic tunnel junctions (MTJs) was investigated. The MTJs of x-nm Co (x = 6 and 8)\1.6-nm MgO\12-nm Co were prepared using UHV-MBE system on CVD-grown Gr and h-BN. Perpendicular magnetic anisotropy (PMA) was clearly shown at room temperature (RT) in all the Co bottom electrodes prepared on both graphen^_@span style=color:#999999 ^_# ... ^_@/span^_#^_@a href=javascript:; onclick=onClickReadNode('NODE11029256');fn_statistics('Z354','null','null'); style='color:#999999;font-size:14px;text-decoration:underline;' ^_#전체 초록 보기^_@/a^_#
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