国家/地区 中国（41） 南非（6）
IPC部 C（29） B（19） H（11）
D（4） G（2）
IPC大类 C08（14） B01（12） H01（10）
B82（5） C01（5） C09（5）
C25（4） D06（3） C02（2）
IPC小类 C08K（13） C08L（13） B01J（7）
C08J（6） B01D（5） B82Y（5）
C01B（5） H01M（5） H01G（4）
C09K（3） C25B（3） D06M（3）
C02F（2） C09D（2）
IPC C08K003/04（8） B82Y030/00（5） C08L083/04（4）
H01G011/86（4） B01D046/00（3） B82Y040/00（3）
C08K000/00（3） C08K003/22（3） C08L000/00（3）
C25B001/04（3） C25B011/091（3） D06M011/74（3）
H01M004/36（3） H01M004/62（3） B01D046/88（2）
发明人 HE Y（9） LIU Y（9） GENG S（7）
WANG X（7） ZHANG Y（7） YANG K（6）
LI Z（5） WANG C（5） WANG L（5）
YIN J（5） ZHAO S（5） BAI W（4）
CHU D（4） HAN M（4） YANG S（4）
公开年 2022（46）
申请年 2022（33）  2021（13） 
专利权人 UNIV QINGDAO SCI TECHNOLOGY（46）

Continuous fluidized bed used for continuously growing carbon material, where carbon material comprises carbon nano tube or graphene, comprises growth body, heat source, growth body is partially inside heat source, growth body comprises pipeline, power source, and one set of feeders.

JI Z, GAO C, LU L, ZHANG T, BAI Y, HE Y, CHU D, BAI W

Method for preparing super capacitor composite positive electrode material, involves placing graphite substrate deposited with nitrogen/sulfur co-doped graphene pipe in reaction vessel in oven at specific temperature.

SONG J, HE Y, LI Z, LIU T, ZHAO J

Light porous conductive silicone rubber nanocomposite useful in electromagnetic interference shielding, has matrix conductive functional framework and external reinforcing coating skin layer, where conductive framework is three-dimensional continuous porous aerogel network framework structure.

YU W, ZHAO P, CUI J, GAO A, ZHAO S, ZHANG Y, YAN Y, ZHANG G

Composite gel of modified carbon fiber based on asymmetric oxidation graphene useful in mechanical equipment, preferably sensors, capacitors and electrodes comprises water-soluble polymer hydrogel loaded with attached with asymmetric graphene oxide of carbon fiber.

ZHOU S, ZONG L, ZHANG N, ZHANG J, DUAN Y

Preparing micro-supercapacitor with three-dimensional high-energy density induced by laser induction involves e.g. using Hummers method and hydrofluoric acid etching to prepare graphene oxide composite film and MXene dispersion, and peeling MXene-GO composite film and focusing.

LU J, ZHANG K, REN C, ZHANG Y, ZHU X, GAO J

Preparing graphene/phenolic resin aerogel for oil-water separation, involves freezing and assembling mixed dispersion containing graphene oxide and phenolic resin, and vacuum drying to obtain initial graphene oxide/phenolic resin airgel and carrying out high-temperature heat treatment.

ZHANG G, LIN G, CHANG J, JIANG T, LUO T, SHEN Y, WEI Y, CHEN L, LI Y, HUA J

Graphene gas gel air filter core, has filter assembly comprising graphene aerogel and filter screen, where filter assembly is penetrated with plastic rod, and surface of plastic frame is fixedly connected with peripheral sponge.

YIN J, GENG S, WANG Q, LIU Y, YANG K

Preparing nano-reinforced carbon fiber composite material useful in e.g. aerospace, comprises e.g. mixing nano-materials with dispersion working substance, dispersing into gas phase nano-dispersion mist by pulse electric arc, baking, heating, adding epoxy resin, rolling, heating and curing.

GAO C, ZHANG D, WANG Y, SHI S, BI L, ZHANG C, HE Y

Air purifier using graphene aerogel as adsorption material, has bidirectional motor whose upper end is fixedly connected with main gear, where outer surface of right end of main gear is connected with driven gear and inner surface of gear.

WANG C, GENG S, TIAN H, HAN M, YANG K

In-situ preparation method of carbon material comprises adding substrate and metal-based solution in the catalytic zone of a reactor with protective gas and controlling the catalytic reaction process, sending substrate and metal-based solution in the catalytic zone into reaction zone of the reactor.

JI Z, ZHANG T, DONG Q, GAO C, HE Y, CHU D, BAI W