国家/地区 韩国（19） 美国（14）
IPC部 B（20）
IPC大类 C01（20） B82（15） B01（8）
H01（6） B32（3） C08（2）
C09（2）
IPC小类 C01B（20） B82Y（12） B82B（10）
B01J（6） H01B（4） B32B（3）
H01L（3） B01D（2） C01G（2）
C08G（2） C08K（2） C09C（2）
IPC C01B031/02（20）
发明人 LEE S H（5） KIM J K（4） KIM H（3）
KU B C（3） LEE J（3） LEE J K（3）
LEE S（3） SONG Y W（3） GON S J（2）
HONG J（2） HONG J M（2） JO H I（2）
KIM T W（2） KOO H Y（2） LEE K（2）
公开年 2012（7） 2014（6） 2011（4）
申请年 2011（8）  2012（5）  2013（4） 
专利权人 KOREA INST SCI TECHNOLOGY（20）

Producing graphene useful for manufacturing pulse laser resonator of pulse laser, comprises providing a substrate to grow graphene by depositing a metal film on a transparent supporting member, and growing by laser irradiating the substrate.

SONG Y W, PARK J H, DEBNATH P

Formation of reduced graphene oxide used for electronic device e.g. thin film transistor, involves forming graphene oxide on substrate, and providing graphene oxide with white light pulse to reduce graphene oxide.

LIM J A, SONG Y, HONG J, CHANG J Y, SONG Y W, HONG J M

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

Manufacture of doped graphene for manufacturing semiconductor, involves mixing graphite powder and acid solution, oxidizing, drying, impregnating graphite oxide solid to organic compound aqueous solution, microwave heating and reducing.

LEE S S, KIM H, PARK M, LIM S H, GON S J, KWANG H L, KIM T A

Preparing carbon material, preferably graphene using thermal evaporation, comprises depositing liquid polymer/polymer solution onto substrate, stabilizing obtained organic nanofilm and carbonizing stabilized organic nanofilm.

KIM T, JOH H, LEE S H, KIM T W, JOH H I

Making nanoparticles of target material, involves mixing graphene oxide with aqueous solvent to give aqueous solution, mixing target material with organic solvent to give organic solution, and mixing aqueous solution with organic solution.

LIM J A, SONG Y, HONG J, YOO D Y, KIM H, SONG Y W, HONG J M, KIM H S

Polyphase carbon nanostructures comprise graphene sheath made of graphene layer, and diamond nano-flakes inserted into graphene sheath.

LEE W S, LEE H J, BAIK Y J, PARK J K

Manufacturing boron-doped reduced graphene, useful as semiconductor with p-type characteristics, comprises adding boron oxide to graphene oxide, removing solvent from resulting solution to obtain solid mixture, and heating the solid mixture.

KIM H, DA YOUNG Y, PARK M, LIM S H, GON S J, LEE S S

Preparing graphene used in e.g. LEDs, transistors involves treating graphite with acid to form graphite oxide, mixing with metal oxide nanoparticles; and treating with acid to separate graphene.

CHOI W K, PARK D H, KWON B W, SON D I, CHOI W

Fabricating graphene-controlled nano-graphite, used as basic material for e.g. lithium-ion battery electrode, comprises preparing graphene powders and fabricating graphene-controlled nano-graphite through heat treatment of graphene powders.

LEE J K