国家/地区 中国（142）
IPC部 C（142） B（50） H（34）
G（5） D（3） A（2）
F（2）
IPC大类 C01（142）
IPC小类 C01B（142）
IPC C01B032/184（37） C01B032/19（29） C01B032/194（25）
C01B031/04（24） C01B032/198（20） B82Y040/00（19）
B82Y030/00（18） H01M004/62（11） C01B032/182（10）
H01G011/36（7） H01M010/0525（7） C01B032/186（6）
C08K003/04（6） B01J013/00（5） H01G011/24（5）
发明人 XU J（142）
公开年 2020（30） 2022（24） 2021（16） 2018（15） 2017（11） 2015（10） 2013（9） 2019（9） 2016（8） 2023（6） 2012（2） 2014（2）
申请年 2020（25）  2021（23）  2019（18）  2022（17）  2017（12）  2018（12）  2015（9）  2013（8）  2016（8）  2014（6）  2012（3） 
专利权人 UNIV HANGZHO.（11） UNIV CHANGZH.（6） LI X（4） UNIV SHANGHA.（4）
UNIV SOUTH C.（4） CHINESE ACAD.（3） JIANGSU SHAN.（3） SHENZHEN INS.（3）
UNIV BOGHAI（3） UNIV QINGDAO.（3） UNIV SOUTHWE.（3） AECC BEIJING.（2）
CAS DALIAN C.（2） CHANGZHOU JI.（2） CHINESE ACAD.（2） CHINESE ACAD.（2）
GUANGDONG BR.（2） GUANGDONG BR.（2） HUNAN BRUNP .（2） NAT CENT NAN.（2）

Preparing metal nitrogen-doped graphene quantum dot composite material useful e.g. for preparing ammonium perchlorate catalyst, by e.g. dissolving organic acid and organic amine in solvent, carrying out hydrothermal reaction, adding soluble metal salt, dialyzing, and freeze-drying.

YIN Z, WANG Y, JIANG L, FU X, XU J, NIE F

Coating needle-shaped coke graphene involves adding needle coke powder into kneading pot to heat, controlling temperature, and continuously stirring, segmenting and controlling heating temperature, uniformly spraying graphene solution.

XU J, YUE Y, LIAO H

High speed disassembling graphene separating machine, has gear mounting main body installed on bottom surface of main body cover plate and fixed on lower part of supporting plate through cover plate.

MENG Q, ZHANG C, XU J, WENG Z

Preparing easily dispersible graphene composite powder conductive agent, comprises e.g. stirring and mixing expanded graphite powder, carbon material, dispersant, additive, intercalation expansion agent and deionized water, stripping formed mixed material, then homogenizing, pulverizing and drying.

SUN P, LV X, LIU G, XU J

Method for manufacturing graphene glass for use in material surface functionalization field, involves laminating glass substrate in manner of tightly adhering carbon precursor film and graphite plate, and using electromagnetic induction under atmospheric environment.

LU M, WANG J, ZHAO Y, XU J

Preparing porous framework useful as thermally conductive filler and adsorption medium, comprises e.g. mixing filler, water and/or binding agent, filling filler mixture in multi-radial orientation molding device, performing freeze-drying treatment, sintering, cutting and grinding.

XU J, ZENG X, SUN R, YAO Y

Preparing graphyne-graphene-graphyne interlayer material, comprises e.g. under protection of inert gas, stirring tetra-n-butylammonium fluoride and hexa(trimethylsilylethynyl)benzene in solvent, filtering, mixing with graphene, copper salt and pyridine and reacting.

WEI Z, HU S, XIE W, LIU Y, HUANG K, XU J

Preparing functional graphene carbon film material comprises e.g. using nanocellulose, dopamine, sodium alginate, theanine, and/or tannic acid as solute, adding to solvent, heat treating, adding nanosheet composition, pressurizing graphene oxide macroscopic body and pretreating graphene oxide film.

XU J, YANG C, REN Z

Preparing aerogel with double-oriented network used as heat-conducting composite material comprises mixing filler, polymer agglomerant and water, placing double-orientation molding device in refrigeration medium, adding filler mixture, freezing, freeze-drying, sintering and heat-treating.

XU J, ZENG X, SUN R, YAO Y

Preparing cobalt based double metal oxide loaded graphene quantum dots composite photocatalyst, comprises e.g. preparing metal-cobalt-oxide compound, then mixing with carbon source small molecular substance, transferring to polytetrafluoroethylene reaction kettle, reacting, filtering, and drying.

LIU X, XU J