国家/地区 中国（35）
IPC部 C（35）
IPC大类 C01（35） B82（8） H01（4）
B01（2） C04（2） C08（2）
C09（2）
IPC小类 C01B（35）
IPC C01B031/00（35）
发明人 HUANG W（8） HUANG Y（5） LIU W（4）
CHENG C（3） GUO H（3） LI H（3）
LI W（3） LIU X（3） LU W（3）
MA L（3） MENG N（3） PENG M（3）
SHI T（3） WAN X（3） WANG F（3）
公开年 2015（35）
申请年 2015（25）  2014（9） 
专利权人 UNIV CHANGZH.（8） UNIV SHANGHA.（3） UNIV ZHEJIAN.（3） HUNAN ELEMEN.（2）
LANZHOU CHEM.（2） UNIV JIANGNA.（2）

Preparation of composite carbon aerogel used as, e.g. adsorbing material by dispersing graphene oxide nanoribbon/carbon nanotube hybrid material in deionized water, adding water-soluble polyamide acid, and performing sol-gel process.

GAO W, LIU T, ZHANG L, ZHANG Y, FAN W, ZUO L, LU H, GU H

Preparation of three-dimensional graphene/mesoporous carbon sphere composite material involves mixing phenol, formaldehyde solution and sodium hydroxide, then adding structure-directing agent, and stirring, drying, and calcining.

LEI H, SHI L, ZHANG D, YAN T, ZHANG J

Graphene sponge material used for purifying air including e.g. nitric oxide or carbon dioxide, comprises graphene nanosheets and carbon nanotubes having three-dimensional network structure.

DAI S, HAO S, YANG C, ZHANG X, YAN S

Preparing ultrahigh directional thermally conductive carbon-based composite material comprises e.g. polishing, carrying out ultrasonic cleaning, oxidizing, pickling, heating, spreading graphene in water, forming graphene surface and plating.

CHEN L, HEI L, LI C, LI Z, LIU J, WEI J, ZHANG J, MIAO J, YAN X

Preparation of fluorinated graphite/graphene heterojunction involves placing multi-graphene sample in reaction chamber, evacuating pressure, feeding sulfur hexafluoride gas, performing plasma excitation, reacting and removing sample.

CHENG C, GUO H, LI W, LIU W, LIU X, LU W, MA L, MENG N, SHI T, WAN X, WANG F, WANG X, XU Y, ZHOU H

System for generating graphene in magnetic field comprises plasma generator for producing ionized carbon atoms, plasma generation chamber for receiving carbon atom cloud, and graphene seed source for providing graphene seed to location.

FULLERTON L W, ROBERTS M D

Preparation of graphene-carbon nanotube three-dimensional structural composite material involves performing ultrasonic-assisted dispersion of graphene microsheet in liquid carbon source, spraying to furnace chamber, reacting and cooling.

CHU J, LI C, SHI H, ZHANG H

Preparation of fluorinated graphene involves adding graphene to reaction chamber, evacuating pressure inside reaction chamber, passing resultant product through sulfur hexafluoride gas, and performing plasma excitation of gas.

CHENG C, GUO H, LI W, LIU W, LIU X, LU W, MA L, MENG N, SHI T, WAN X, WANG F, WANG X, XU Y, ZHOU H

Producing chlorinated graphene involves heating and evacuating graphene powder to remove water completely and then reacting graphene powder with chlorine gas.

LIN L, ZHAO L, JIANG L

Preparation of water-soluble fluorinated graphene quantum dots for e.g. biosensor, involves adding fluorinated graphene to alkaline composition, adding modified fluorinated graphite to mixed acid and dialyzing filtrate.

WANG J, YANG S, GONG P