国家/地区 中国（37）
IPC部 B（37）
IPC大类 B01（24） B22（8） C02（8）
C01（7） B82（6） C23（4）
C22（3） C08（2） C10（2）
H01（2）
IPC小类 B01J（19） B22F（8） C02F（8）
B01D（7） B82Y（6） C01B（6）
C23C（4） C22C（3） C01G（2）
C08K（2） C10G（2）
IPC B01J020/30（7） B82Y040/00（5） C02F001/30（5）
B01J020/20（4） B01J020/28（4） B22F003/20（4）
B01D053/02（3） B01D067/00（3） B01J023/755（3）
B01J035/02（3） B22F003/22（3） B22F005/12（3）
C02F001/72（3） C22C001/05（3） C23C004/06（3）
发明人 WANG C（37）
公开年 2017（24） 2018（13）
申请年 2017（37）
专利权人 AECC BEIJING.（7） XINJIANG XIJ.（4） YANCHENG INS.（3） LASER FUSION.（2）
UNIV CHINA M.（2） XINJIANG TEC.（2） ZHONGSHAN TI.（2）

Preparing polymer induced graphene growth morphology titanium photo-catalyst comprises e.g. mixing the graphene and distilled water and performing ultrasonic stirring to obtain graphene dispersion, adding dispersant and polymer monomer.

WU M, WANG C, LI L, GU W, HUANG Y

Continuous extrusion apparatus for preparing graphene aluminum wires, comprises extrusion die, core holder arranged on extrusion die, and flow passage for guiding mixed powder comprising axial section, split section and spiral section.

LU K, RONG H, WANG J, WANG C, ZHONG X

Preparation of composite material involves emulsifying graphene with alcohol and dispersing to obtain graphene and alcohol mixed solution, adding alloy powder, mixing to obtain semi-solid paste-like graphene/alloy mixed powder and drying.

CHEN Z, LU K, WANG J, WANG C, ZHONG X

Preparation of graphene aluminum alloy wire by continuous extrusion involves dispersing graphene in alcohol solution, mixing alloy powder containing iron and titanium, with mixed solution of graphene and alcohol, degassing, and extruding.

MA B, LU K, WANG J, WANG C, ZHONG X

Preparation of graphene composite material involves emulsifying graphene in alcohol solution, dispersing, adding alloy powder, mixing, vacuum degassing graphene alloy mixed powder and continuously extruding.

WAN Y, RONG H, LU K, WANG J, WANG C

Method for producing graphene oxide filter membrane, involves oxidizing surface of graphene copper foil substrate and inner wall of graphene in air to obtain surface of graphene oxide copper foil substrate and inner wall of graphene oxide.

YUAN Z, YANG W, WANG C

Preparation of ozone oxidation catalyst for removing pollutants in wastewater, involves washing volcanic particles, immersing in metal salt solution, adding to graphene oxide sol, dripping hydrazine hydrate, heating, and reducing.

WANG C, CHEN X, JIANG L, LIU D, ZHANG Q, WANG J, HE X

Preparation of heterogeneous Fenton catalytic material comprises preparing graphene, co-loading iron(II,III) oxide and copper(II) oxide, and forming hollow core-shell structure.

WANG C, WEI Y, CHEN X, JIANG L, LIU D, WANG J, HE X

Sulfide quantum dot modified graphene photocatalytic material preparation involves adding butyl titanate solution into graphene dispersion with stirring continuously, and then allowing to stand to obtain colloidal solution.

CHEN C, WANG C, LIU T, CHAO Z, LIU X

Preparing nickel cobalt duplex lamellar metal hydroxide/graphene electrocatalyst comprises ultrasonic dispersion of graphite and cobalt nitrate in methanol, adding into dimethylimidazole, centrifuging, mixing with nickel salt and refluxing.

CAI D, ZHANG J, WANG C