国家/地区 Korea（8）
关键词 ELECTRONIC PROPERTI.（2） FLUOROGRAPHANE（2） GRAPHANE（2）
MECHANICAL PROPERTI.（2） STRAIN（2） TRANSPORT PROPERTIE（2）
出版物 SOLID STATE COMMUNI.（3） CHEMICAL PHYSICS LE.（2）
出版时间 2019（4） 2021（3）
机构 INST PHYS（5）
作者 WI JH（8）

Strain effect on the electronic and transport properties of monolayer hybrid zigzag graphene nanoribbon formed with graphane and fluorographane: Insight from first-principles calculations

CHEMICAL PHYSICS LETTERS

RI NC, KIM JC, WI JH, RI SI

First-principles study on effect of partially hydrogenation and fluorination on the mechanical and electronic properties of the graphene nanoribbon under tensile elastic strain

CHEMICAL PHYSICS LETTERS

RI NC, WI JH, KIM CH, KIM JC, RI SI

Effect of H and F termination on the electronic and transport properties of the BN doped armchair graphene nanoribbons: From first principles calculations

SOLID STATE COMMUNICATIONS

RI NC, WI JH, KIM JC, KIM NH, RU SI

Mechanical and electronic properties of armchair graphene nanoribbons with symmetrically double-lines-doped BN under uniaxial tensile strain: Ab initio study

SOLID STATE COMMUNICATIONS

WI JH, RI NC, RI SI, KIM NH

First principles study on the structural, electronic, and transport properties of the Armchair Graphane, fluorographene, fluorographane/graphene heterostructure nanoribbons terminated by H and F atoms

PHYSICA ELOWDIMENSIONAL SYSTEMS NANOSTRUCTURES

RI NC, WI JH, KIM NH, RI SI

Thermal conductivity of graphene/graphane/graphene heterostructure nanoribbons: Non-equilibrium molecular dynamics simulations

SOLID STATE COMMUNICATIONS

KIM JC, WI JH, RI NC, RI SI

Improvement of electronic and transport properties of graphene nanoribbon by simultaneous substitution of graphane and fluorographane

PHYSICA BCONDENSED MATTER

RI SI, RI NC, WI JH, KIM JC, KIM NH

Modification of mechanical, electronic and transport properties of AB-stacked bilayer hybrid armchair graphene nanoribbons: Concurrent influence of chemical derivation and uniaxial strain

DIAMOND RELATED MATERIALS

RI NC, KIM CS, WI JH, RI SI