国家/地区 中国（91）
IPC部 B（91）
IPC大类 B82（91） C01（91） H01（29）
C23（18） C07（10） B01（7）
B32（7） C08（7） C25（7）
C09（5） B05（4） H05（4）
C30（3） G03（3） B22（2）
IPC小类 B82Y（91）
IPC B82Y040/00（91）
发明人 WANG Y（12） ZHOU M（10） FAN S（7）
JIANG K（7） LIN X（7） YUAN X（7）
FENG X（5） MUELLEN K（5） MULLEN K（5）
LIU Z（4） WANG J（4） LI J（3）
MILLEN K（3） NOMOTO K（3） SCHWAB M G（3）
公开年 2013（91）
申请年 2012（45）  2013（27）  2011（19） 
专利权人 UNIV TSINGHU.（10） HON HAI PREC.（9） HONGFUJIN PR.（9） OCEANS KING .（7）
OCEAN S KING.（6） SHENZHEN OCE.（6） BASF SE（5） HAIYANGWANG .（5）
BASF AG（4） BASF CHINA C.（4） MAX PLANCK G.（4） SEMICONDUCTO.（3）
SHENZHEN OCE.（3） UNIV TONGJI（3） CHINESE ACAD.（2） EMPA MATERIA.（2）
INT BUSINESS.（2） LOCKHEED COR.（2） LOCKHEED MAR.（2） NAT CENT NAN.（2）

Structure useful to shield electromagnetic disorders for shielding electromagnetic radiation, comprises thin layer of graphene and flexible substrate, in which thin layer of graphene is applied on flexible substrate and is doped with dopant.

AVOURIS P, GARCIA A V, SUNG C, XIA F, YAN H

Preparation of boron-doped graphene by oxidizing graphite to obtain graphite oxide, heating under mixed inert and boron source gases atmosphere protection, and cooling.

WANG Y, ZHONG H, ZHOU M

Manufacture of graphene nano belt involves adding carbon nanotube to strong acid, refluxing, washing with deionized water, filtering, adding carbon nanotube and deionized water in container, crushing, washing filtering and drying.

WANG Y, YUAN X, ZHOU M

Preparation of graphene nanoribbon by mixing carbon nanotubes and acid solution, refluxing, removing carbon nanotubes, washing with deionized water, soaking in alkaline solution, heating, and repeating removing, washing, and soaking steps.

WANG Y, YUAN X, ZHOU M

Ultrasonic preparation of cuprous oxide at carbon/graphene hybrid material by reacting reduced graphene oxide, pyrene derivative and cupric salt in organic solvent under ultrasonic water bath condition.

XU J, ZHANG J

Depositing graphene onto a substrate used in polymeric composites, involves transferring solubilized graphene onto the substrate in a liquid medium, where transferring occurs by changing the solubility of graphene in the liquid medium.

PAWLOSKI A R, BENNETT G S, CERNOHOUS J J, KASKE K, SZYMANSKI A E

Graphene powder for preparing lithium ion battery electrode, comprises compound having catechol group that adsorbs on graphene, e.g. catechol, dopamine hydrochloride, 3,4-dihydroxyphenylalanine, noradrenalin, and caffeic acid.

SUN P, LIU G, WU Z, WU G, TAMAKI E, KUBOTA Y

Manufacture of graphene used for e.g. transparent electrode, involves preparing container having graphene, graphite and solvent, applying magnetic field, locating graphene and graphite in different positions in solvent, and separating.

KITAURA H, NISHIKI N, NISHIKAWA K, NAKAYA K, TANAKA A, NAKATANI K, TANAGA A

Graphene nanoribbon used for e.g. spintronic device, contains repeating unit having modification(s) chosen from heteroatomic substitution, vacancy, stone-wales defect, inverse stone-wales defect, and hybridized carbon network.

FASEL R, RUFFIEUX P, MUELLEN K, CAI J, FENG X, BERGER R, TSAI J, CAI Y, MULLEN K, MILLEN K

New imidazolidine-type compound used for mixed ionic liquid for preparation of graphene dispersion liquid for electronic component e.g. energy storage electrical appliance and lithium-ion secondary battery.

AIDA TAKUZO, PARK CHIYOUNG, RAVI SAISUWAN, MATSUMOTO MICHIO, AIDA T, PARK C, RAVI S, MATSUMOTO M