国家/地区 中国（10）
IPC部 B（10）
IPC大类 B01（10）
IPC小类 B01J（10）
IPC B01J035/10（10）
发明人 YANG Y（2）
公开年 2020（10）
申请年 2020（7）  2019（3） 
专利权人

Preparing three-dimensional porous carbon nanotube graphene composite film, by adding organic ligands and metal salts, dissolving in solvent, dissolving metal-organic frameworks precursor and graphene oxide in water, filtering and heating.

ZHAO X, YAN L, DIAO Z, JIANG H

Three-dimensional nickel(II) oxide-porous graphene oxygen evolution catalyst comprises nickel nitrate, iron nitrate, sodium bicarbonate and porous graphene.

LI C

Preparing three-dimensional graphene-loaded zero-valent iron composite material, comprises e.g. quickly adding the solution A of iron salt into the solution B of organic ligand, mixing, centrifuging, drying, calcining, and cooling naturally.

WANG H, SHAN L, YAN J, QUAN G, LI N

Preparation of three-dimensional molybdenum sulfide/nitrogen doped graphene composite material used as electrocatalyst by putting ultra-light clay or paper clay into tubular furnace, and under inert atmosphere, high temperature carbonizing.

CUI D, WANG J, SUN J, JIN C, XU S

Carbon dioxide reduction catalyst composition comprises porous graphene aerogel, cobalt nitrate, zinc nitrate, organic ligand, and polyvinylpyrrolidone.

MEI H

High-performance graphene-supported mesoporous nickel-iron alloy composite electrocatalyst comprises metal alloy with ordered mesopores dispersedly supported on graphene surface with high surface area.

XU L, ZHANG H, DONG J

Platinum-nickel-SNT/graphene hydrogen evolution catalyst comprises graphene is used as conductive carrier, nickel-SNT is confined silicate nanotube medium, platinum nanoparticles are active metals, filling platinum nanoparticles.

SUN Z

In-situ synthesizing of iron-cobalt composite material useful for electrocatalytic hydrogen evolution reaction comprises e.g. mixing iron source, cobalt source and graphene oxide solution, formulating into solution and adding phytic acid.

JIANG J, CHEN Y, CONG H, TANG J, HU X, WANG L, YANG Y, MA J, HAN S

Supported metal ruthenium catalyst used for electrochemical hydrogen evolution reaction comprises ruthenium as active component, and load material, which is nitrogen-containing nano-carbon material i.e. carbon nanotube, graphite or graphene.

CHEN X, LI R, HAN D

Supported bifunctional catalyst composite material comprises nitrogen-doped porous carbon-modified reduced graphene oxide carrier, and bifunctional active support which is combination of triiron tetroxide nanoparticles and binary sulfide.

ZHANG Z, LI S, DAI Y, WU Z, SHI H, YANG Y