国家/地区 中国（18）
IPC部 B（18）
IPC大类 B01（18） C07（5） C02（4）
C01（2）
IPC小类 B01J（18）
IPC B01J037/16（18）
发明人 XU X（3） LI M（2） WANG H（2）
ZHANG W（2） ZHU Y（2）
公开年 2018（13） 2017（5）
申请年 2017（18）
专利权人

Electroless nickel plating composite catalyst comprises a reduced oxidized graphene-supported nickel nanoparticle, where first solution is selected from methanol, ethanol, propanol or dimethyl formamide, and nickel salt is nickel sulfate.

ZHANG X, HUANG X, ZHU Y

Transition metal sulfide catalyst comprises reduced graphene oxide and transition metal sulfide supported on surface of reduced graphene oxide, which reduces graphene oxide as carrier and has catalytic activity, and high selectivity.

JIANG H, XU W

Graphene hybrid photocatalyst hydrogel comprises graphite oxide and photocatalyst.

GUO S

Manufacturing fiber-loaded catalyst in microfluidic one-step method comprises e.g. adding three-dimensional chitosan sol to graphene oxide solution slowly, ultrasonically stirring and evaporating solvent to obtain carrier solution.

HU H

Preparing three-dimensional porous graphene material useful in producing formic acid from electrochemical reduction of carbon dioxide comprises e.g. mixing prepared metal precursor with well-dispersed graphene oxide and reducing agent.

WANG H, HE G, TANG H, BIAN Z

Titanium trioxide-doped titanium dioxide reduced graphene oxide nano-composite material used for degrading photocatalytic industrial organic dye and hydrogen production by photolysis of water, is present in form of powder.

LAI Y, WANG S, WANG X, HUANG J

Preparation of 1,2-diphenylethane compound involves reacting ethylbenzene compound in presence of graphene supported bimetallic palladium-platinum catalyst and reduced graphene oxide.

LIANG Z, WANG Z, XU X, XIAO M

Preparation of graphene aerogel noble metal catalyst involves taking porous graphene aperture, adding graphene oxide powder, mixing with pure water, mechanically stirring to obtain oxidized graphene water solution, and reacting.

XIE Y, ZHANG Q, ZHANG H, XU X, LUO G, ZHANG W

Preparation of graphene oxide-titanium dioxide composite photocatalyst aqueous solution by ultrasonically dispersing titanium hydroxide solid and deionized water, adding hydrogen peroxide solution and graphene oxide, reacting and cooling.

GE Z

Preparation of graphene-based photocatalyst comprises preparing graphene oxide powder, preparing graphene oxide-titanium dioxide composite powder, and preparing graphene-phthalocyanine-copper composite powder.

ZHU Y, SHAO R