国家/地区 中国（10）
IPC部 B（11）
IPC大类 B01（11） C02（5） C01（4）
C07（4）
IPC小类 B01J（11）
IPC B01J027/24（11）
发明人 CUI F（2） GAO S（2） LI R（2）
SHAO P（2） SHI W（2） TIAN J（2）
ZHANG Y（2）
公开年 2015（11）
申请年 2015（7）  2014（3） 
专利权人 HARBIN INST .（2）

Composite visible-light-responsive catalytic membrane for use in e.g. sewage treatment, comprises graphitic-tricarbon tetranitride/graphene oxide and nano iron in preset mass ratio.

LI R

Preparation of aza graphene used for carbon-carbon coupling catalyst in synthesis of biphenyl by adding water to graphene oxide, processing in ultrasonic generator, reacting while stirring, suction-filtering, washing and vacuum-drying.

NIE R, LU X, XIA Q, ZHOU D, JIANG H

Composite photocatalyst used in e.g. photocatalytic/photoelectrocatalytic decomposition of water for producing oxygen and hydrogen, comprises cadmium sulfide and graphene-based molybdenum nitride-molybdenum carbide composite cocatalyst.

LI J, LIU W, MA B, XU H, LIN K

Hydrogenation catalyst used for hydrogenation of biomass-derived hydrocarbon compound, comprises inorganic nanoparticles and nitrogen-doped reduced graphene oxide support for supporting inorganic nanoparticles.

KIM D, SINGH A K, KIM D P, AJAY, PYO K D

Preparation of ferric oxide, graphene oxide and nitrogen, fluorine-doped visible light response electrode by placing titanium dioxide-nanotubes electrode and ammonium fluoride solid mixture in muffle furnace and sintering in air atmosphere.

HU J, SHI X, WANG Q, ZHANG Y, WANG C, ZHU N, FU L, LIU Y

Boron-nitrogen codoped graphene useful as oxygen-reduction catalyst under alkaline environment and as dielectric material comprises graphene as lamellar pleated sheet structure.

JIANG L, SUN G, JIN J

Low temperature preparation of low oxygen-doped graphene used for nitrogen-doped graphene for fuel cell aspect, by adding chemical reducing agent into dispersed phase doped graphene, and reducing graphene oxygen content.

HE F, LIU S, SHEN Y, SHI H, ZHANG Y

Preparation of alpha-ferric oxide quantum point/nitrogen-doped graphene composite material by mixing hydroxyl-containing organic compound and water, ultrasonically treating with alkali source, inorganic iron and graphene oxide, and reacting.

CUI F, GAO S, SHI W, TIAN J, SHAO P

Preparation of composite material involves mixing pore-forming agent and deionized water, adding alkali solution of inorganic iron source, stirring, adding graphene oxide, reacting, cooling, centrifuging, washing and drying.

CUI F, GAO S, SHI W, TIAN J, SHAO P

Nitrogen doped graphene/silicon carbide microsphere nanocomposite material for selective organic catalytic reaction comprises silicon carbide and nitrogen doped graphene standing and growing on silicon carbide microsphere surface.

CHU Z, HU T, LI Y, JIANG Z, LI G, MA J, LI X