国家/地区 Korea（12）
关键词 GRAPHENE（2）
出版物 RSC ADVANCES（4） NANOTECHNOLOGY（3） APPLIED PHYSICS LET.（2）
出版时间 2016（7）
机构 POHANG UNIV SCI TECHNOL（12）
作者 KIM J（12）

Growth of Multilayer Graphene with a Built-in Vertical Electric Field

CHEMISTRY OF MATERIALS

YOO MS, LEE HC, WOLF C, NGUYEN NN, PARK DH, KIM J, LEE E, CHUNG HJ, CHO K

Nanopatched Graphene with Molecular Self-Assembly Toward Graphene-Organic Hybrid Soft Electronics

ADVANCED MATERIALS

KANG B, LEE SK, JUNG J, JOE M, LEE SB, KIM J, LEE C, CHO K

A composite of a graphene oxide derivative as a novel sensing layer in an organic field-effect transistor

JOURNAL OF MATERIALS CHEMISTRY C

KIM Y, AN TK, KIM J, HWANG J, PARK S, NAM S, CHA H, PARK WJ, BAIK JM, PARK CE

Facile method for the environmentally friendly fabrication of reduced graphene oxide films assisted by a metal substrate and saline solution

RSC ADVANCES

PARK S, NAM S, HWANG J, JANG J, AN TK, KIM J, KIM Y, KIM SH, CHUNG DS, PARK CE

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

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