国家/地区 美国（26） 韩国（21） 世界知识产权组织（12） 中国（9） 日本（8） 欧洲专利局（EPO）（7） 台湾（7） 英国（4）
IPC部 C（46）
IPC大类 C01（46）
IPC小类 C01B（46）
IPC C23C016/26（46）
发明人 LEE Y T（9）
公开年 2016（46）
申请年 2016（20）  2015（19）  2014（7） 
专利权人 LEE Y T（9） KOREA INST S.（2） SNU R DB FO.（2） UNIV SEOUL N.（2）

Growing graphene coating or carbon nanotubes on catalytic substrate involves performing chemical vapor deposition by exposing catalytic substrate to carbon containing gas.

CHOUBAK S, LEVESQUE P, GAGNON P, MARTEL R, DESJARDINS P

N-doping of graphene for N-doped graphene oxide/graphene bilayered structure, involves forming graphene oxide by oxygen-plasma treatment of graphene, transferring graphene oxide to another graphene and doping with functional group.

CHO H J, SEO Y M, WHANG D

Method for synthesizing multi-layer graphene e.g. trilayer graphene, involves heat-treating catalytic metal layer on substrate while supplying methane gas, and synthesizing multi-layer graphene on heat-treated catalytic metal layer.

HAM M, SON M, HAM M H, SON M W, XIAN W, SUN M

Synthesizing graphene involves annealing substrate in hydrogen gas atmosphere, subsequently undertaking deposition and nucleation step where relatively thick carbon layer is deposited onto substrate, and undertaking graphene growth step.

BOINTON T H, BARNES M D, RUSSO S, CRACIUN M, HARDISTY BOINTON T

Low temperature plasma-based process for preparing substrate coated with graphene-containing thin film, involves plasma-depositing film onto substrate via vapor deposition process, and subjecting layered substrate to laser treatment.

CAFFIO M, MARQUORDT C, ARVIDSEN J H, HAUPT R A B

Formation of nitrogen-doped porous graphene envelope for metal catalyst involves vaporizing organic precursor and nitrogen precursor, heating substrate particles in reactor, and supplying the precursors using carrier gas to reactor.

KIM H, JANG B, KWON G H, KIM H Y, JANG B Y

Low-reflection graphene used in e.g. optical component, comprises graphene layer having surface parallel to specific direction, and another graphene layer in direction which intersects specified direction, where both layers form recess.

UEKUSA K, SHIMADA N, YAZAWA K, YAMADA T, HASEGAWA M, SHIMADA NAYUTA, YAZAWA KENJI, YAMADA TAKATOSHI, HASEGAWA MASATAKA, UEKUSA KAZUTERU

Composite structure of graphene and carbon nanotube configured in a three-dimensional form used in electrodes, comprises graphene platelets, metal particles coated on graphene platelets, and carbon nanotubes formed on metal particles.

WU M Y, HSIEH C, PENG C, WU Y, XIE C, HSIEH C Y, PENG C S

Graphene film manufacturing device comprises wrinkles flattening device, base substrate, graphene film, porous adsorption member, hollow space and vacuum suction port.

WAN S K, HEE H J, HEE H B, KIM W S, HAN J H, HONG B H

Preparation of graphene-encapsulated metal nanoparticles used in e.g. LED, involves supplying preset mole ratio of gas comprising carbon dioxide, methane and water on metal catalyst and reacting and cooling resultant product.

SON I H, LEE S J