国家/地区 Japan（10）
关键词 NANOMATERIAL（3） SOLID PHASE EPITAXY（3） GROWTH MODEL（2）
出版物 JAPANESE JOURNAL OF.（3） JOURNAL OF CRYSTAL .（3）
出版时间 2019（3） 2020（2） 2021（2）
机构 MEIJO UNIV（6） TOKYO UNIV S.（2）
作者 UEDA Y（10）

X-ray in situ observation of graphene precipitating directly on sapphire substrate with and without Ti capping layer

JOURNAL OF CRYSTAL GROWTH

NARITSUKA S, YAMADA J, UEDA Y, NAKASHIMA A, KASHIO T, MARUYAMA T, FUJIKAWA S, SASAKI T, TAKAHASI M

Precipitation of multilayer graphene directly on gallium nitride template using Tungsten capping layer

JOURNAL OF CRYSTAL GROWTH

YAMADA J, UEDA Y, MARUYAMA T, NARITSUKA S

Crystal orientation effects of sapphire substrate on graphene direct growth by metal catalyst-free low-pressure CVD

APPLIED PHYSICS LETTERS

UEDA Y, YAMADA J, ONO T, MARUYAMA T, NARITSUKA S

Transfer-free fabrication of a graphene transparent electrode on a GaN-based light-emitting diode using the direct precipitation method

JAPANESE JOURNAL OF APPLIED PHYSICS

YAMADA J, USAMI S, UEDA Y, HONDA Y, AMANO H, MARUYAMA T, NARITSUKA S

Effect of growth pressure on graphene direct growth on r-plane and c-plane sapphires by low-pressure CVD

JAPANESE JOURNAL OF APPLIED PHYSICS

UEDA Y, YAMANDA J, FUJIWARA K, YAMAMOTO D, MARUYAMA T, NARITSUKA S

Secondary-electron emission from multi-layer graphene: time-dependent first-principles study

APPLIED PHYSICS EXPRESS

UEDA Y, SUZUKI Y, WATANABE K

Electron transmission through bilayer graphene: A time-dependent first-principles study

PHYSICAL REVIEW B

MIYAUCHI H, UEDA Y, SUZUKI Y, WATANABE K

Direct growth of multilayer graphene by precipitation using W capping layer

JAPANESE JOURNAL OF APPLIED PHYSICS

YAMADA J, UEDA Y, MARUYAMA T, NARITSUKA S

Effect of Growth Pressure on Graphene Direct Growth on an A-Plane Sapphire Substrate: Implications for Graphene-Based Electronic Devices

ACS APPLIED NANO MATERIALS

UEDA Y, MARUYAMA T, NARITSUKA S

Effect of crystallization of Ni catalyst on direct precipitation of multilayer graphene using W capping layer

JOURNAL OF CRYSTAL GROWTH

YAMADA J, UEDA Y, MARUYAMA T, FUJIKAWA S, SASAKI T, TAKAHASI M, NARITSUKA S