国家/地区 Japan（13）
关键词 GRAPHENE（4） EDGE（2） SPIN POLARIZATION（2）
出版物 APPLIED PHYSICS LET.（6）
出版时间 2011（3） 2012（3） 2014（3） 2018（2）
机构 AOYAMA GAKUIN UNIV（13）
作者 HARUYAMA J（13）

Evidence for a quantum spin Hall phase in graphene decorated with Bi2Te3 nanoparticles

SCIENCE ADVANCES

HATSUDA K, MINE H, NAKAMURA T, LI J, WU R, KATSUMOTO S, HARUYAMA J

Spin-orbit interaction in Pt or Bi2Te3 nanoparticle-decorated graphene realized by a nanoneedle method

APPLIED PHYSICS LETTERS

NAMBA T, TAMURA K, HATSUDA K, NAKAMURA T, OHATA C, KATSUMOTO S, HARUYAMA J

Tunneling magnetoresistance phenomenon utilizing graphene magnet electrode

APPLIED PHYSICS LETTERS

HASHIMOTO T, KAMIKAWA S, SORIANO D, PEDERSEN JG, ROCHE S, HARUYAMA J

High-efficiency graphene nanomesh magnets realized by controlling mono-hydrogenation of pore edges

APPLIED PHYSICS LETTERS

KATO T, NAKAMURA T, KAMIJYO J, KOBAYASHI T, YAGI Y, HARUYAMA J

Edge-sensitive Semiconducting Behaviour in Low-defect Narrow Graphene Nanoribbons

NANOMATERIALS NANOTECHNOLOGY

KAMIKAWA S, SHIMIZU T, YAGI Y, HARUYAMA J

Electron-Spin-Based Phenomena Arising from Pore Edges of Graphene Nanomeshes

JOURNAL OF SUPERCONDUCTIVITY NOVEL MAGNETISM

TADA K, KOSUGI N, SAKURAMOTO K, HASHIMOTO T, TAKEUCHI K, YAGI Y, HARUYAMA J, YANG H, CHSHIEV M

Spontaneous spin polarization and spin pumping effect on edges of graphene antidot lattices

PHYSICA STATUS SOLIDI BBASIC SOLID STATE PHYSICS

TADA K, HASHIMOTO T, HARUYAMA J, YANG H, CHSHIEV M

Graphene magnet realized by hydrogenated graphene nanopore arrays (Retraction of vol 99, 183111, 2011)

APPLIED PHYSICS LETTERS

TADA K, HARUYAMA J, YANG HX, CHSHIEV M, MATSUI T, FUKUYAMA H

Magnetoresistance oscillations arising from edge-localized electrons in low-defect graphene antidot-lattices

APPLIED PHYSICS LETTERS

SHIMIZU T, NAKAMURA J, TADA K, YAGI Y, HARUYAMA J

Ferromagnetism in Hydrogenated Graphene Nanopore Arrays

PHYSICAL REVIEW LETTERS

TADA K, HARUYAMA J, YANG HX, CHSHIEV M, MATSUI T, FUKUYAMA H