国家/地区 中国（18） 美国（6） 世界知识产权组织（3） 韩国（2）
IPC部 B（25）
IPC大类 B01（25）
IPC小类 C01B（25） B01J（17） B01D（6）
B82Y（4） B01F（3） C01G（3）
C08K（2） C09D（2） C25D（2）
H01G（2）
IPC C01B032/194（25）
发明人 LI H（2） LI Y（2） MAO J（2）
YANG S（2） ZHANG L（2）
公开年 2017（16） 2018（9）
申请年 2017（25）
专利权人 UNIV TIANJIN（2）

Producing graphene from microwave-expandable un-exfoliated graphite or graphitic carbon comprises e.g. supplying and feeding powder of microwave-expandable un-exfoliated graphite or graphitic carbon onto non-metallic solid substrate surface.

LIN Y, ZHAMU A, JANG B Z

Making porous graphene membrane comprises oxidizing surface of multilayer graphene, reducing oxidized surface to carry out reductive etching, and repeatedly performing series of the above steps twice until nanopores are formed in graphene.

JHON Y M, JHON Y I, LEE S, YOUNG I J, IN J Y

Air flow generating device for preparing graphene powder used for preparing graphene dispersion comprises outer bushing having chamber, intake opening, and outtake opening, and rotating awl having rotating body and screw threads.

WU T, CHANG T, LI H, LIN B

Easily-detachable intelligent graphene dispersion machine has motor whose one side is provided with supporting block which is located between clamping plates and is connected with clamping plates.

ZHANG Y

High stability graphene dispersion comprises graphene, dispersant, and dispersing medium, where dispersant is organic compound containing benzene ring group, and forms pi-pi bond interaction with graphene.

DAI L, WANG Y, TANG Z, FENG Q, ZHENG J, YUAN X

Nanocarbon separation membrane used for composite separation membrane for e.g. water treatment, comprises graphene oxide components crosslinked together by divalent cations, and multilayer graphene component having thickness of preset range.

FUKUYO TOMOYUKI, MORELOS GOMEZ AARON, CRUZ SILVA RODOLFO, ENDO MORINOBU

Air purification material is provided with three-dimensional mesh hierarchical pore structure, which is mainly formed by overlapping graphene sheets and comprises large hole, middle hole and small hole, which are distributed randomly.

ZHANG C, YANG Q, LIANG J, LING G, XIAO J, HAN J, TAO Y, YOU C

Preparation of nano-silver loaded graphene composite material includes placing graphene film in reactor, heating, holding, introducing argon, pressurizing, feeding fluorine gas, cooling, depositing silver ion, filling inert gas and standing.

ZHU Y, SHAO R

Preparation of graphene quantum energy material for e.g. adsorbing inorganic pollutants, involves using nano-titanium dioxide, quantum nano-far infrared powder, graphene powder, rare earth phosphorescent luminescent material and latex.

LU X

Manufacture of graphene pellets used in e.g. electrode, involves forming nickel pellets from nickel powder, exposing nickel pellets to hydrocarbon, and etching nickel using graphene with acid resulting in graphene pellet.

ALVAREZ N, DEARMOND D, MALIK R, SHANOV V N, ZHANG L