国家/地区 中国（12）
IPC部 B（12）
IPC大类 B01（12）
IPC小类 B01J（12）
IPC B01J023/72（12）
发明人 CHIBA G（2） CHIBA Y（2） HU C（2）
HUANG J（2） LI J（2） LIANG P（2）
LIU X（2） SHI Z（2） SHU H（2）
TATSUYA Y（2） YAMAJI T（2） YOSHIHIRO C（2）
ZHU C（2）
公开年 2016（3） 2012（2） 2017（2） 2021（2） 2022（2）
申请年 2016（3）  2012（2）  2022（2） 
专利权人 JX NIPPON MI.（2） NIPPON MININ.（2） NIPPON MININ.（2） UNIV CHINA J.（2）

Preparation method of cuprous oxide @ copper oxide-graphene nano composite used in detecting nitrogen dioxide, involves adding graphene oxide into cuprous oxide dispersion liquid under alkaline condition to obtain a mixed liquid, stirring and reacting the mixed solution to obtain nano composite.

LING Y, LI W, LIU Q, CHENG M, WEI T, XU S, LIU B, LI J, HU J

Preparing graphdiyne oxide that is used for preparing graphdiyne oxide film for adsorbing and separating uranium in wastewater, involves mixing cuprous chloride and tetramethylethylenediamine and dehydrated alcohol, stirring, removing ethanol, adding ethylene glycol to obtain copper catalyst.

SHI F, ZOU H, NIE X, PAN N

Use of fullerene as cuprous stabilizer in preparation of fullerene-stabilized cuprous functional material for catalysts, energy storage batteries, sensors or preparation of bactericidal and antiviral medicine.

XIE S, ZHENG J, LIU X, HUANG L, CUI C, CHEN Z, YUAN Y, ZHU C, DENG S, LIN H, DUAN X, YANG T, TIAN H, LIN M, DENG L, ZHANG Q, ZHENG L

Preparation of transition-metal-quantum-dot-loaded graphene ball composite useful as catalyst, involves subjecting transition metal acetate, acetate as carbon source, and transition metal ion as catalyst to self-catalytic pyrolysis.

LIU L, HE D

Preparing copper oxide/cuprous oxide/graphene nanocomposite material comprises e.g. dissolving copper acetate monohydrate in deionized water, cleaning reaction product F, and placing aqueous solid product G in vacuum oven and drying.

SHU H, HU C, LIU X, SHI Z, HUANG J, ZHOU D, LIANG P

In-line preparation of cubic copper oxide/graphene aerogel composite material involves pouring oxidized graphene dispersion into autoclave liner, adding pretreated copper mesh performing hydrothermal reaction, quenching and freeze-drying.

LU Y, LUO Y, CENG F, LUO R, YU Q

Hydrothermal preparation of sheet-shaped nano copper oxide/graphene composite material by dissolving copper acetate monohydrate into deionized water to obtain solution, dropping hummers method prepared graphene oxide solution, and stirring.

CAO Y, HU C, HUANG J, LIANG P, SHU H, SHI Z

Graphene hybridized carbon nanotubes comprises carbon nanotubes which are distributed between layered material sheets.

SUN Z, ZHU C, SUN L

Growing carbon nanotubes on porous nano-porous copper-graphene compound involves preparing nano porous copper catalyst, cleaning copper alloy, drying copper alloy, and then keeping obtained copper alloy in hydrochloric acid solution.

KANG J, LI J, ZHANG Z, ZHANG X, ZOU C

Preparing copper-graphene nanocomposite useful as oxygen reduction catalyst, involves adding copper precursor comprising 1-phenanthroline complex in graphene oxide, performing heat treatment, and naturally cooling to room temperature.

WANG J, XIA X