国家/地区 中国（6）
IPC部 B（6） C（4）
IPC大类 B01（6） C01（3） B82（2）
IPC小类 B01J（6）
IPC B01J027/24（6）
发明人 DUAN Y（3） JIANG Q（3） YAN J（3）
KANG X（2） LI S（2） SHEN K（2）
TIAN H（2） WULANBARI（2） YAO J（2）
YI S（2） ZHENG W（2）
公开年 2016（2）
申请年 2016（2） 
专利权人 UNIV JILIN（6）

Preparing boron nitride nanosheet-graphene composite material comprises e.g. measuring graphene oxide dispersion and hexagonal boron nitride nanosheet powder, dispersing in deionized water, ultrasonically treating, loading dispersion liquid into polytetrafluoroethylene, adding colloid and drying.

GAO W, ZHAN W, WANG H, YIN H

Gold-palladium-iridium/amino-nitrogen doped reduced graphene oxide catalyst useful for producing hydrogen by formic acid hydrolysis, prepared by doping gold-palladium-iridium nanoparticle on amino-nitrogen doped reduced graphene oxide.

YAN J, LIU D, KANG X, ZHANG Y, DUAN Y, YAO J, LI H, GAO R, YU Z, WANG D, JIANG Q

Preparation of functionalized graphene-supported gold-palladium nanocatalyst used for catalyzing hydrogenation reaction of aqueous solution of formic acid, involves preparing graphene oxide, adding to water, centrifuging and stirring.

YAN J, LI S, YI S, WULANBARI, DUAN Y, YAO J, KANG X, JIANG Q

Preparing nitrogen-sulfur co-doped titania/graphene quantum dot heterojunction material by one-step synthesis comprises e.g. dissolving citric acid and thiourea in dimethyl formamide, adding titanium dioxide, stirring, washing and drying.

TIAN H, SHEN K, ZHENG W

Preparation of functionalized graphene-supported nickel-palladium bimetallic nanocatalyst used for catalyzing hydrolysis of formic acid to hydrogen at room temperature, involves adding graphene to water and carrying out ultrasonic treatment.

DUAN Y, JIANG Q, LI S, LIU K, YAN Z, YI S, WULANBARI, YAN J

Preparing graphene quantum point-graphene-titanium dioxide composite material involves dissolving graphene oxide in sodium hydroxide solution and then sonicating dissolved material to disperse graphene oxide.

SHEN K, TIAN H, ZHENG W