国家/地区 中国（172）
IPC部 C（172） B（41） H（15）
A（8） D（6） G（6）
IPC大类 C01（172） B01（21） B82（17）
C08（15） H01（14） C09（11）
C02（10） C04（10） A61（7）
G01（6） C07（5） C25（4）
D01（4） B22（3） B28（3）
IPC小类 C01B（172）
IPC C01B032/198（172）
发明人 ZHANG J（9） YANG J（8） WANG L（7）
WANG Y（7） LIU Y（6） WEI Z（6）
ZHANG Z（6） ZHU Y（6） CHEN J（5）
CHEN L（5） CUI Z（5） LI Q（5）
QUE L（5） WU Y（5） ZHANG H（5）
公开年 2017（97） 2018（75）
申请年 2017（172）
专利权人 UNIV FOSHAN（7） UNIV SHANGHA.（4） CHINESE ACAD.（3） SHANDONG OUB.（3）
UNIV BEIJING.（3） UNIV BEIJING.（3） UNIV SOOCHOW（3） AECC BEIJING.（2）
BEIJING INST.（2） CHANGZHOU XI.（2） JIANGNAN GRA.（2） JIAXING XICH.（2）
LIAONING LAN.（2） LIU Y（2） NANJING XUYU.（2） SHAANXI QIYU.（2）
SHANDONG JIN.（2） SIXTH ELEMEN.（2） UNIV BEIJING.（2） UNIV FUZHOU（2）

Modified graphene useful for preparing polyurethane foam and in sealing of floating roof crude oil storage tanks.

TANG G, XIE X, WANG L, ZHAO Q

Preparing graphene oxide comprises e.g. washing graphite raw material by water, crushing, ultrasonically processing prepared graphite powder in dispersant, dissolving crushed oxidant in second acid component and post processing.

JIANG H

Carbon sponge is formed by graphene or partially reduced graphene oxide and amorphous carbon via a brick mud structure, where the brick mud structure refers to single layer or multiple layers of graphene or partially reduced graphene oxide.

XIAO Z, ZHOU W, WANG Y, XIE S

Carbon aerogel is formed by graphene or partially reduced graphene oxide and amorphous carbon through brick structure, where brick structure is composed of a single or multiple layers of graphene or partially reduced oxidation graphene.

XIAO Z, ZHOU W, WANG Y, XIE S

Self-supporting reduced graphene oxide coil network material is connected from a single layer to multiple layers of reduced graphene oxide sheets and wound into a reduced graphene oxide coil.

CHEN H, XIAO Z, ZHOU W, WANG Y, XIE S

Graphene oxide production device comprises heater, heater fixing frame, production tank main body, magnetic stirrer, control case, magnetic stirrer bracket, control panel, control connecting wire and exhaust gas tank.

YE X, CHEN D

Preparation of graphene oxide/ionic liquid nanocomposite material involves adding alkaline compound to aqueous ionic liquid, mixing graphene oxide and water, and removing water in mixed solution.

ZHANG J, YANG H, DUAN Y, ZHANG X

Preparation of compression tile by mixing steel slag powder with materials including epoxy resin, curing agent, cement and oxidized graphene powder, compression molding, demolding, immersing shaped blank in Bacillus solution, and drying.

SUN Y, YIN L, ZHANG M

Preparing particle size controllable titanium dioxide and graphene oxide complex comprises e.g. mixing titanium source, carbon source and alcohol, blowing, drying obtained mixture under an inert gas atmosphere, and hydrolyzing.

MA C, CHEN W, SUN Y, ZHANG J, WANG B, NA G

Preparing a graphene oxide toughened composite modified polyvinyl alcohol coating comprises taking graphite oxide black graphite powder and sodium nitrate into magneton stirring ice water bath, heating, reacting, cooling and wet milling.

CUI Q