国家/地区 Korea（25）
关键词 GRAPHENE（7） GRAPHENE OXIDE（4）
出版物 ACS NANO（2） ENERGY ENVIRONMENT.（2） NANO LETTERS（2）
出版时间 2013（25）
机构 SEOUL NATL U.（5） KOREA ADV IN.（4） SUNGKYUNKWAN.（3） LG ELECT ADV.（2）
SAMSUNG ADV .（2） SAMSUNG ELEC.（2）
作者 LEE J（25）

Graphene oxide nanoplatelets composite membrane with hydrophilic and antifouling properties for wastewater treatment

JOURNAL OF MEMBRANE SCIENCE

LEE J, CHAE HR, WON YJ, LEE K, LEE CH, LEE HH, KIM IC, LEE JM

Graphene and Thin-Film Semiconductor Heterojunction Transistors Integrated on Wafer Scale for Low-Power Electronics

NANO LETTERS

HEO J, BYUN KE, LEE J, CHUNG HJ, JEON S, PARK S, HWANG S

Enhancement of integrity of graphene transferred by interface energy modulation

CARBON

KIM UJ, HUR J, CHEON S, CHUNG DY, SON H, PARK Y, ROH YG, KIM J, LEE J, KIM SW, IM K, PARK N, KIM J, HWANG S, PARK W, LEE CW

Enhanced Mechanical Properties of Graphene/Copper Nanocomposites Using a Molecular-Level Mixing Process

ADVANCED MATERIALS

HWANG J, YOON T, JIN SH, LEE J, KIM TS, HONG SH, JEON S

N-doped monolayer graphene catalyst on silicon photocathode for hydrogen production

ENERGY ENVIRONMENTAL SCIENCE

SIM U, YANG TY, MOON J, AN J, HWANG J, SEO JH, LEE J, KIM KY, LEE J, HAN S, HONG BH, NAM KT

Transfer-free synthesis of multilayer graphene using a single-step process in an evaporator and formation confirmation by laser mode-locking

NANOTECHNOLOGY

KIM WJ, DEBNATH PC, LEE J, LEE JH, LIM DS, SONG YW

Clean transfer of graphene and its effect on contact resistance

APPLIED PHYSICS LETTERS

LEE J, KIM Y, SHIN HJ, LEE C, LEE D, MOON CY, LIM J, JUN SC

Experimental observation of a suspended single layer graphene film on Cu foil grown via chemical vapor deposition method

PHYSICA STATUS SOLIDI BBASIC SOLID STATE PHYSICS

PARK WH, JUNG M, MOON JS, PARK W, KIM T, LEE J, JOO MH, PARK KH

Graphene for True Ohmic Contact at Metal-Semiconductor Junctions

NANO LETTERS

BYUN KE, CHUNG HJ, LEE J, YANG H, SONG HJ, HEO J, SEO DH, PARK S, HWANG SW, YOO I, KIM K

Experimental confirmation of suspended few-layered graphene on a Cu substrate grown via the CVD method and correlated with the electrical performance on a PET substrate

JOURNAL OF PHYSICS DAPPLIED PHYSICS

PARK WH, JUNG M, MOON JS, PARK W, KIM T, LEE J, JOO MH, PARK KH