外延石墨烯中的量子霍爾區域: 載流子摻雜, 傳輸和應用
馬山寧 - 2023 - tdr.lib.ntu.edu.tw
Since the Nobel-prize-winning discovery of graphene in 2004, it has proven to be one of the
most important and versatile material due to its extraordinary properties. From a metrological …
most important and versatile material due to its extraordinary properties. From a metrological …
外延石墨烯中的量子霍爾區域: 載流子摻雜, 傳輸和應用
馬山寧 - 2022 - airitilibrary.com
Since the Nobel-prize-winning discovery of graphene in 2004, it has proven to be one of the
most important and versatile material due to its extraordinary properties. From a metrological …
most important and versatile material due to its extraordinary properties. From a metrological …
[PDF][PDF] 外延石墨烯中的量子霍爾區域: 載流子摻雜, 傳輸和應用Epitaxial graphene in the quantum Hall regime: charge carrier doping, transport, and applications
馬山寧， 梁啟德 - 2022 - tdr.lib.ntu.edu.tw
Since the Nobel-prize-winning discovery of graphene in 2004, it has proven to be one of the
most important and versatile material due to its extraordinary properties. From a metrological …
most important and versatile material due to its extraordinary properties. From a metrological …