国家/地区 韩国（11） 美国（3）
IPC部 C（11） H（5） B（4）
D（2）
IPC大类 C01（7） C08（6） H01（4）
B01（2） D01（2）
IPC小类 C01B（7） C08K（6） C08L（5）
H01B（4） B01J（2） C08G（2）
D01F（2）
IPC C08K003/04（6） C01B031/02（5） C08L079/08（3）
C01B031/04（2） C08K007/24（2） C08L033/20（2）
H01B001/04（2） H01B001/24（2）
发明人 KU B C（11）
公开年 2011（2） 2014（2） 2018（2）
申请年 2011（3）  2013（2）  2017（2） 
专利权人 KOREA INST SCI TECHNOLOGY（11）

Manufacturing nano-carbon material comprises doping boron into original nano-carbon material, doping carbon into boron-doped nano-carbon material, and carrying out strong acid treatment.

HWANG J Y, KOO B C, DONG K, KIM D Y, GEE H, LEE D, NAM J, KU B C, KIM N D, HONG S K, LEE D J, NAM J T

Predicting graphene separation condition by using required load comprises e.g. stabilizing graphene laminate on solvent, and applying required load to uppermost graphene monolayer of graphene laminate to generate predetermined displacement.

YU J, CHOI H K, NAM K H, KIM Y K, YOU N H, KU B C

Polyimide nanocomposite useful in composite membrane, comprises a product obtained by healing defect of reduced graphene oxide functionalized with ring compound containing hetero ring and/or hetero atom, and polyimide.

KIM K M, KU B C, GOH M J, YU J S, KIM Y K, YEO H U, YOU N H

Composite material used in manufacture of fused deposition modeling-type three-dimensional printer polymer filament, comprises specified amount of graphene-coated metal nanoparticles, nanocarbons and polymer resin.

HWANG J, PARK S G, LIM J S, JO W, LEE H J, MOON M, KU B, HWANG J Y, JO W J, MOON M W, KU B C, HUANG J, PARK S, LIN C, ZHAO Y, LEE H, YEON H J, GYU P S, SEONG I J, JIN C W, JU L H, UN M M, CHEOL G B, LIM J

Doping method of carbon material involves doping carbon material chosen from graphene, graphene oxide, carbon nanotube and carbon fiber into ionic liquid and carrying out thermal decomposition and generating decomposed gas.

KU B C, PARK O K, KIM H J, JOH H I, HWANG J Y, YOU N H, LEE J K

Manufacture of high quality graphene for high quality graphene film and electronic material, involves filling carbon rod, graphite powder and metal catalyst, filling buffer gas into reaction chamber, and evaporating in reaction chamber.

KIM M J, OH I S, KU B C

Preparing polyimide-graphene composite material involves modifying graphene by covalently bonding amine-substituted aromatic/aliphatic compound on graphene surface, adding modified graphene to polyimide precursor to polymerize, and heating.

YOU N H, PARK O, KU B, LEE J H, GOH M, PARK O K, KU B C

Composition, useful for electricity electroconductive composite material, comprises polyacrylicnitrile group polymer and graphene oxide.

HO L S, CHEOL G B, IK C H, JIN K Y, HWAN K D, LEE S H, KU B C, JO H I, KIM Y J, KIM D H

Composition used for manufacturing graphene/polyimide electroconductive composites, comprises polyamic acid and graphene oxide.

LEE S H, NA S I, KU B C, KIM J K, HO L S, IN N S, CHEOL G B, GYEONG K J

Manufacture of reduced graphene oxide for manufacturing reduced graphene-polymer composite, involves treating graphite with strong acid, mixing with halogen-substituted aromatic compound and stirring.

KU B C, PARK O K, LEE S H, NA S I, JO H I, KIM J K, LEE J H, KU B, PARK O