国家/地区 中国（41） 美国（2） 世界知识产权组织（2）
IPC部 C（25） H（15） B（8）
G（7）
IPC大类 H01（13） C01（8） C09（5）
G01（5） C08（4） C23（4）
B01（3） B32（2） B82（2）
C02（2） C10（2） G02（2）
H03（2）
IPC小类 C01B（8） H01M（7） C08L（4）
C23C（4） G01N（4） B01J（3）
C08K（3） H01H（3） B32B（2）
B82Y（2） C02F（2） C09D（2）
C09J（2） C10M（2） C10N（2）
IPC C01B031/04（8） H01M004/36（5） C01B032/194（4）
H01M010/0525（4） C08K003/04（3） H01M004/58（3）
H01M004/62（3） B01J020/20（2） B82Y030/00（2）
C01B032/184（2） C02F001/28（2） C08L083/05（2）
C08L083/07（2） C09D007/12（2） C09D175/14（2）
发明人 WU X（41）
公开年 2016（41）
申请年 2016（24）  2015（16） 
专利权人 UNIV TSINGHU.（5） ANHUI KELISI.（3） UNIV EAST CH.（3） BEIJING BOE .（2）
BEIJING BOE .（2） BOE TECHNOLO.（2） LANZHOU CHEM.（2） NAT ENG RES .（2）
NINGBO INST .（2） SHENZHEN EVO.（2） STATE GRID C.（2） STATE GRID S.（2）
STATE GRID S.（2） UNIV CENT SO.（2） UNIV ZHEJIAN.（2） ZHEJIANG XIN.（2）

Preparation of graphene-reinforced composite material involves polishing substrate to remove residual material, spraying graphene composite wires on surface of substrate, and forming iron-based graphene-reinforced composite coating.

ZHOU J, WU X, CHU L, WANG J

Thermal-spray preparation of metal-based graphene-reinforced composite material involves grinding substrate surface, performing thermal spraying on resultant substrate and forming iron-based graphene-reinforced composite coating.

ZHOU J, WU X, CHU L, WANG J

Modified graphene composite used as solder is composed of low-carbon steel or low-alloy steel tube filled with iron-based graphene powder, ceramic particles, boron, chromium, nickel, refractory metal, nano-grade aluminum oxide powder.

ZHOU J, WU X, LI H, WANG J

Nano-molybdenum disulfide/graphene composite additive prepared by e.g. dispersing graphene in water-ethanol solution of amine thiomolybdate, then adding concentrated hydrochloric acid, filtering, washing, and drying.

LIU W, WANG X, WU X

Multiple-atom-doped graphene material prepared by providing graphene and soaking in the solution, taking out after washing, cleaning, adding into sintering furnace under the condition of inletting ammonia gas.

XIE Z, WU X, HUANG Q, GAO P, SUN M, YANG P, DENG X

Preparing nano hybrid material comprises preparing n-hexane solution of Mx(oleate)y by chemical substitution reaction, then stirring and adding silicon and reduced graphene oxide, then evaporating and heating in an inert atmosphere.

WU X, LIU D, LV H, ZHANG J

Graphene and titanium dioxide based self-cleaning membrane sensor for monitoring water quality, arranges two electrodes, two insulating layers, chip, sensitive layer, self-cleaning film layer and electrode lead wires from bottom to top.

CAO F, CUI W, HAO W, LI Z, LIN C, LUO Y, QI Q, WANG G, WANG L, WU X, ZHANG D, ZHANG J, ZHOU X

LCD panel, has upper substrate and lower substrate that are fixed with each other by frame sealing glue, where frame sealing glue comprises sealant matrix and heat conductive material and heat conductive material is formed of graphene.

WU X, WANG K

Anisotropic graphite/graphene composite microsphere negative electrode material comprises spherical particles which are bonded by graphite microcrystals and graphene sheets.

CAI L, HU D, WU X, YANG X, ZHANG F

Preparation of silver-coated graphene reinforced copper-based electrical contact material, involves mixing silver-plated copper powder and silver-plated graphene, and adding bismuth powder, carrying out ball milling and sintering.

DAI W, GENG H, LIU H, XIAO Z, WU X, TENG X