国家/地区 Korea（9）
关键词 GRAPHENE（2）
出版物 NANOTECHNOLOGY（3） RSC ADVANCES（3） APPLIED PHYSICS LET.（2）
出版时间 2016（7） 2017（2）
机构 POHANG UNIV .（8）
作者 RYU M（9）

Observation of variable hybridized-band gaps in Eu-intercalated graphene

NANOTECHNOLOGY

SUNG S, KIM S, LEE P, KIM J, RYU M, PARK H, KIM K, MIN BI, CHUNG J

Enhancement of Interface Characteristics of Neural Probe Based on Graphene, ZnO Nanowires, and Conducting Polymer PEDOT

ACS APPLIED MATERIALS INTERFACES

RYU M, YANG JH, AHN Y, SIM M, LEE KH, KIM K, LEE T, YOO SJ, KIM SY, MOON C, JE M, CHOI JW, LEE Y, JANG JE

Modification of thermal and electronic properties of bilayer graphene by using slow Na+ ions

NANOTECHNOLOGY

RYU M, LEE P, KIM J, PARK H, CHUNG J

Observation of Mg-induced structural and electronic properties of graphene

APPLIED PHYSICS LETTERS

PARK H, SINGH LT, LEE P, KIM J, RYU M, HWANG CC, KIM KS, CHUNG J

Band gap engineering for single-layer graphene by using slow Li+ ions

NANOTECHNOLOGY

RYU M, LEE P, KIM J, PARK H, CHUNG J

Modification of electronic properties of graphene by using low-energy K+ ions

APPLIED PHYSICS LETTERS

KIM J, LEE P, RYU M, PARK H, CHUNG J

Cerium-induced changes in the pi-band of graphene

RSC ADVANCES

KIM J, LEE P, RYU M, PARK H, CHUNG J

Band and bonding characteristics of N-2(+) ion-doped graphene

RSC ADVANCES

PARK H, CHOI S, LEE P, KIM J, RYU M, KIM KS, CHUNG J

Band modification of graphene by using slow Cs+ ions

RSC ADVANCES

SUNG S, LEE SH, LEE P, KIM J, PARK H, RYU M, KIM N, HWANG C, JHI SH, CHUNG J