高 燕林(コウ エンリン; Gao, Yanlin)

所属

数理物質系

職名

助教

職歴

2020-02 -- (現在)	筑波大学 数理物質系 助教
2019-04 -- 2020-01	筑波大学 数理物質系 研究員

学歴

2016-04 -- 2019-03

筑波大学 数理物質科学研究科 ナノサイエンス・ナノテクノロジー専攻

取得学位

2019-03

博士(理学)

筑波大学

査読付き学術雑誌・国際会議論文

• Asymmetric carrier penetration into hexagonal boron nitride in graphene field effect transistors
  Okada Susumu; Maruyama Mina; Gao Yanlin
  Applied Physics Express/13(7), 2020-07
  Tsukuba Repository
• Influence of interlayer stacking arrangements on carrier accumulation in bilayer graphene field effect transistors
  Gao Yanlin; Maruyama Mina; Okada Susumu
  Applied Physics Express/13(6)/p.065006 , 2020-05
• Electronic state tuning of graphene nanorribons with pyridinic edges by hydrogenation
  Yasuma Airi; Okada Susumu; GAO Yanlin; Maruyama Mina
  Japanese Journal of Applied Physics/58/p.125001, 2019-12
• Mechanical properties of carbon nanotube under uniaxial tensile strain
  Kazufumi Yoneyama; Mina Maruyama; yanlin GAO; Okada Susumu
  Japanese Journal of Applied Physics/59/p.SIID02, 2020-06
• Structural effects on carrier doping in carbon nanotube thin-film transistors
  Gao Yanlin; Okada Susumu
  Journal of Applied Physics/127(13), 2020-03
• Edge Morphology effect on field emission properties of graphene thin films
  GAO Yanlin; Okada Susumu
  Carbon/157/pp.33-39, 2020-01
  Tsukuba Repository
• The structural and optical properties of the Tin􀀀mZrmO2n
  Gao Yanlin
  J. At. Mol. Phys. 32, 983-992/32/pp.983-992, 2015
• Polarization modulation of nanotrenches in GaN (0001)/(000-1) by surface hydrogenation
  高 燕林
  Jpn. J. Appl. Phys./56/pp.111002-1 -111002-7, 2017-06
• Structural, electronic and optical absorption properties of TiO2 nanotube adsorbed with Cu clusters
  高 燕林
  Sci. China-Phys. Mech. Astron./57/pp.1519 -1525, 2014-08
• Polar properties of a hexagonally bonded GaN sheet under biaxial compression
  高 燕林
  Appl. Phys. Express/9/pp.095201-1-095201-4, 2016-07
• Energetics and electronic structures of thin films and heterostructures of a hexagonal GaN sheet
  高 燕林
  Jpn. J. Appl. Phys./56/pp.065201-1-065201-5, 2017-04
• Electrostatic potential barrier for electron emission at graphene edges induced by the nearly free electron states
  高 燕林
  Appl. Phys. Express/10/pp.055104-1-055104-4, 2017-04
• Electrostatic properties of graphene edges for electron emission under an external electric field
  高 燕林
  Appl. Phys. Lett./112/pp.163105-1-163105-5, 2018-04
• Field emission properties of edge-functionalized graphene
  Gao Yanlin; Okada Susumu
  CARBON/142/pp.190-195, 2019-02
  Tsukuba Repository

会議発表等

• Field emission properties of graphene with different edge shapes and terminations
  Gao Yanlin
  Graphene Week 2019/2019-09-23--2019-09-27
• Electrostatic potential property of bilayer graphene edges under an external electric field for field emission
  Gao Yanlin
  30th International Conference on Diamond and Carbon Materials/2019-09-08--2019-09-12
• Field Emission Property of Bilayer Graphene Edges Under an External Electric Field
  Gao Yanlin
  NT19: 20th International Conference on the Science and Application of Nanotubes and Low-Dimensional Materials/2019-07-21--2019-07-26

(最終更新日: 2020-08-21)