国家/地区 中国（16） 美国（3） 日本（2） 台湾（2）
IPC部 C（11） B（7） H（7）
IPC大类 H01（7） B01（4） C01（4）
C08（3） C23（3） B82（2）
C30（2）
IPC小类 C01B（4） H01M（4） C08K（3）
C08L（3） C23C（3） B01D（2）
B01J（2） B82Y（2） C30B（2）
H01G（2）
IPC C01B031/04（3） C08K003/04（3） B01D067/00（2）
B82Y030/00（2） C01B031/02（2） C08K007/24（2）
C08L063/00（2） C08L083/04（2） H01G011/30（2）
H01G011/36（2） H01M004/36（2） H01M010/052（2）
发明人 WU T（18）
公开年 2016（10） 2015（8）
申请年 2015（18）
专利权人 UNIV TIANJIN.（4） WUZHOU SANHE.（4） SHANGHAI INS.（3）

Method of growing graphene used in e.g. electronic devices, involves heating insulated substrate placed in growing cavity, introducing gas containing catalytic elements into cavity, and pumping carbon source to cavity to grow film.

WANG H, TANG S, LU G, WU T, JIANG D, DING G, ZHANG X, XIE H, XIE X, JIANG M

Preparation of heteroatom-doped graphene-based material noble metal nanoparticles used for catalyst, involves reacting graphene-based material and heteroatom precursor, adding stabilizer, reducing agent and metal precursor and stirring.

CAI W, FAN J, LIN Y, LIU Q, XU Q, WU T

Preparing metal-graphene composite porous electrode material comprises e.g. taking porous metal as basal body, vacuum plating, depositing on transitional metal layer, preparing graphene layer and superimposing basal body.

MU J, WU T, WEI Y

Plaster for constructing interior wall, comprises hemihydrate gypsum binder, glass beads, calcium, yellow sand, cellulose, calcium formate, starch, retarder and graphene.

WU T

Carbon nano tube composite graphene porous electrode material, has first transition metal layer surface cover provided with layer graphenes, and another transition metal layer surface cover fixed with carbon nanometer tube.

HE A, XU H, WU T, WEI Y

Metal-graphene composite and porous electrode material has transition metal layer and graphite layer which are overlapped on substrate, and porous metal basal main portion formed with three dimension spatial structure.

MU J, WU T, WEI Y

Forward osmosis composite thin film support layer comprises polyamine-polyamide chloride selective layer formed on self-supporting graphene/carbon nanotube film by interfacial polymerization.

WANG W, XU Z, WU T, NI Y, DAN J

Preparing graphene-carbon nanotube composite porous electrode material involves using porous metal as base body, depositing transition metal layer, and vacuum magnetic control sputtering.

MU J, WU T, WEI Y

Optimizing porous carbon/polymer material conductive properties comprises growing carbon nanotubes in three dimensional graphene hole wall, and forming multi-level networks.

WANG W, XU Z, WU T, NI Y, TENG K

Carbon nanotube/graphene oxide based polyimide gas separation membrane, is obtained by wrapping carbon nanotube, dispersing with dimethyl acetamide, adding polyimide, followed by dissolving and forming spin coating film.

GUO Q, PAN X, WU T, XUE Q, ZHANG J, ZHU L