国家/地区 中国（9）
IPC部 B（10）
IPC大类 B01（10） C02（4） B82（2）
C01（2）
IPC小类 B01J（10）
IPC B01J037/10（10）
发明人 YANG B（2）
公开年 2017（10）
申请年 2017（6）  2016（4） 
专利权人

Preparation of palladium-supported graphene-based catalyst includes dispersing graphite oxide in deionized water, replacing solvent in palladium-loaded graphene hydrogel with deionized water and freeze-drying.

ZHU C, ZHAO Y, ZHANG Y, ZHANG J, YANG B, HAI Y, QIU Z, LI P, XU J

Preparation method of graphene-based bimetallic sulfide nanocomposite photocatalyst, involves preparing graphite oxide powder, dispersing in water to prepare graphite oxide solution, processing, and adding tin salt compound.

YANG G, XUE C

Bio-assisted synthesis of bacteriostatic photocatalyst reduced graphene oxide/ferric oxide/silver by formulating graphene oxide and ferric chloride hexahydrate to water solution, adding urea and sodium alginate, heating and cooling.

CUI F, JIANG X, CUI Y

Preparation of reduced graphene oxide/bismuth vanadate/carbon nitride composite material for photo-catalytically degrading tetracycline, involves adding graphitic carbon nitride powder and reduced graphene oxide to homogeneous solution.

MA W, JIANG D, CHEN M, XIAO P

Magnetic nitrogen doped reduction graphene oxide composite catalyst used in degradation of organic pollutants in wastewater, is prepared by taking urea as nitrogen source and reducing agent, and mixing with magnetic graphene oxide.

PANG Y, LUO K, LI X, LI M, LEI M, LIAO X

Preparation of graphene-titania-clay composite material used in, e.g. sewage treatment, involves preparing graphene oxide and titania solution and subjecting prepared solutions and clay to hydrothermal treatment in reactor.

JIANG L, LI Y, YANG B, ZHANG Q, MIN Z

Production of metal oxide e.g. titania catalyst used in e.g. catalytic reaction, involves contacting metal precursor comprising transition metals, with graphene oxide in presence of solvent to form graphene oxide supported metal precursor.

ESLAVA S

Preparing nitrogen-doped porous graphene composite material used for electro-catalyzing, super capacitor, lithium ion battery and organic catalysis field, involves adding graphene oxide aqueous solution to mixture containing metal precursor.

BAI Z, JI M, LIU J, XI J

Preparation of graphene-supported titania involves ultrasonically dispersing graphene oxide to obtain dispersion, transferring dispersion to constant temperature water bath, magnetically stirring and dripping titanium chloride solution.

LIN C, XUE D, ZHOU L, CHANG M, YANG X

Preparing three-dimensional nitrogen/sulfur double-doped graphene aerogel useful as electrode material for e.g. oxygen reduction reaction catalysis, comprises e.g. subjecting graphene oxide and nitrogen source to hydrothermal reaction.

LIU Y, TUO N, SHENG J, DENG L