国家/地区 中国（73）
IPC部 C（73）
IPC大类 C01（73） B82（14） H01（9）
B01（8） C09（8） C04（4）
A61（3） C08（3） B05（2）
B33（2） C02（2） C23（2）
G01（2） H05（2）
IPC小类 C01B（73）
IPC C01B032/184（25） C01B032/194（21） C01B031/04（18）
B82Y030/00（10） B82Y040/00（7） C01B032/19（6）
C01B032/198（5） C01B032/186（4） B82Y020/00（3）
C01B032/205（3） C04B035/622（3） C08K003/04（3）
C09K003/00（3） C09K011/65（3） H01G011/24（3）
发明人 WU H（73）
公开年 2021（12） 2022（12） 2020（10） 2016（7） 2017（7） 2018（6） 2014（5） 2013（4） 2015（4） 2012（2） 2019（2） 2023（2）
申请年 2022（12）  2016（11）  2020（10）  2019（8）  2021（8）  2014（6）  2018（6）  2013（4）  2012（3）  2015（2）  2017（2） 
专利权人 DANYANG HENG.（4） UNIV CHINA T.（4） UNIV SHANGHA.（4） UNIV SHANGHA.（4）
LUOBEI AOXIN.（3） SHENZHEN XID.（3） UNIV XIAN JI.（3） GRAHOPE NEW .（2）
NANTONG WEID.（2） TANGSHAN JIA.（2） UNIV KUNMING.（2） UNIV NANJING.（2）

Preparing carbon negative electrode material involves making carbon source into flash graphene by flash Joule heating method, and ball-milling flash graphene under inert atmosphere to obtain ball-milled flash graphene, i.e., carbon negative electrode material.

WU H, YANG H, DENG W

Preparing high thermal conductivity graphene thick film, involves preparing slurry containing graphite oxide and water, scraping slurry onto base film to form wet film and drying coated base film in hot air oven by circular segmentation method so that graphene dry film is formed after baking.

WU H, ZHAO L

Preparing transition metal compound-carbon nano-composite material comprises uniformly mixing nitrogen-doped carbon nano-material dispersed in polyol with transition metal salt solution dispersed, adjusting pH, performing microwave treatment and thermally treating.

FENG Q, LU J, WU H, ZHENG J, MA Q

Preparing graphene composite film, comprises preparing polyacrylonitrile pre-oxidized wire into polyacrylonitrile mesh, coating graphene oxide slurry on polyacrylonitrile mesh and performing carbonization treatment and graphitization treatment.

WANG Z, WU H, ZHAO L

Preparing graphene quantum dot airgel derived porous carbon useful for preparing supercapacitor electrodes, comprises e.g. adding coal powder to mixed acid solution, heating mixed solution and under condition of heat preservation, and adding pore-forming agent under stirring conditions.

WU H, XIAO R, XIONG L, XIE Y, DU X

Preparing high cohesion graphene heat conduction film comprises preparing phenolic resin emulsion, adding graphite oxide into deionized water, preparing slurry, ultrasonic processing, stirring and dispersing.

WANG Z, WU H, ZHAO L

Graphene production manufacturing system, has fixing frame whose inner side is provided with mounting grooves, where inner side of mounting groove is provided with rubber cylinder that is used for stripping graphene on graphite.

WU H, WANG P

Preparing stannous sulfide/sulfur nitrogen double-doped graphene material negative electrode, involves dispersing ethanol solution of stannous chloride in ethanol solution of graphene oxide, then adding ethanol solution of thiourea, stirring to mix uniformly, filtering and drying suspension.

WU H, KAN E, WANG C, OUYANG B

Preparing graphene surface modified micron-level tourmaline negative ion release functional powder comprises e.g. adding graphene to potassium hydroxide solution, reacting, obtained precipitate is porous graphene activator; mixing graphene activator with tourmaline powder, and adding solvent.

LIU S, RAO W, LIU X, LING P, WU H

Preparing graphene iron oxide-silicon dioxide composite particle, involves adding gelatin into water, adding aqueous phase into oil phase, spraying silicon dioxide aqueous solution and absolute ethanol dispersion of phenolic resin on preheated graphene iron oxide composite particles, and drying.

YE X, HE E, YIN S, WU H, DING D, YE Y