国家/地区 中国（146） 韩国（40） 世界知识产权组织（22） 美国（20） 印度（12） 日本（6） 欧洲专利局（EPO）（5） 罗马尼亚（3） 台湾（3）
IPC部 B（223）
IPC大类 B01（223）
IPC小类 B01J（223）
IPC C01B032/184（56） C01B032/194（42） C01B032/198（42）
B01J013/00（27） B01J021/18（23） B82Y030/00（21）
B01J019/12（20） B01J027/24（20） B82Y040/00（19）
B01J020/20（18） B01J035/00（18） C01B003/04（17）
B01J019/08（16） B01J019/18（15） B01J020/30（15）
发明人 LI X（9） LI Y（9） ZHANG Y（7）
CHEN Y（6） WANG J（6） WANG X（6）
WANG Y（6） XU F（6） ZHANG S（6）
ZHANG Z（6） LIU J（5） LIU Y（5）
SUN L（5） WANG H（5） CAI J（4）
公开年 2022（223）
申请年 2022（116）  2021（87）  2020（20） 
专利权人 UNIV GUILIN .（7） HARBIN INST .（4） KOREA INST S.（4） UNIV XIAMEN（4）
CHINA PETROL.（3） GIEVER（3） UNIST ULSAN .（3） UNIV KOREA R.（3）
BEIJING GRAP.（2） BEIJING HAIS.（2） CLEAN AIR BE.（2） GIEVER CO LT.（2）
KOREA ADVANC.（2） KOREA ELECTR.（2） KOREA INST E.（2） UNIV CHONNAM.（2）
UNIV GUANGDO.（2） UNIV HUAZHON.（2） UNIV NANKAI（2） UNIV PEKING（2）

Preparing graphene gel used for dynamic thermal management of lithium-ion batteries by e.g. preparing graphene oxide aqueous solution, adding ethylenediamine in graphene oxide solution, hydrothermally reacting, cleaning, freezing and performing high-temperature annealing treatment of graphene gel.

LIN M, YAN B, CHENG S, GUO X, ZHANG X

Preparing nano-nickel catalyst used for producing hydrogen from low-temperature liquid-phase formic acid, involves performing in situ growth of nickel-based organic framework compound nickel-metal-organic framework- reduced graphene oxide precursor on graphene oxide by hydrothermal process.

CHEN X, JIA L

Continuous fluidized bed used for continuously growing carbon material, where carbon material comprises carbon nano tube or graphene, comprises growth body, heat source, growth body is partially inside heat source, growth body comprises pipeline, power source, and one set of feeders.

JI Z, GAO C, LU L, ZHANG T, BAI Y, HE Y, CHU D, BAI W

Preparing loading palladium-nickel nano-catalyst on double carrier useful in catalyzing hydrogen production reaction of formic acid decomposition at room temperature, comprises e.g. calcining carbon nanotubes and urea, adding sodium borohydride as reducing agent, and magnetically stirring.

HOU B, GONG J, LIU Y, SHANG H, WANG J, LI S

Heating vessel for graphene comprises device body, where upper surface of device body is placed with heating plate, bottom of heating plate is fixedly connected with two symmetrical carrying blocks.

ZHANG S

Synthesizing graphene oxide and silver molybdate composite macroscopic assembly for use as separation membrane material, involves dropping graphene oxide into silver nitrate solution, adding ammonium molybdate to obtained solution, adding nitric acid solution and performing hydrothermal reaction.

XU Y, CAO X, WANG L, XU K, ZHU L

Production of carbon nanofilament for producing e.g. graphene, involves feeding reaction chamber containing carbon-sequestration catalyst particles with continuous gaseous flow containing hydrocarbon compounds and carbon oxide, inside reaction chamber, and withdrawing gas from chamber.

ABATZOGLOU N, GITZHOFER F, LAROCHE Y, BLANCHARD J

Producing heat dissipation material, comprises preparing porous carbon material by calcining carbon material, preparing alkylated ceramic filler by reacting ceramic material with alkyl alcohol, and filling pore with alkylated ceramic filler.

HOUN K J

Mixing reaction vessel for graphene, has scraping ring whose outer ring is jointed with inner wall of box body, and telescopic ends of two telescopic rods are respectively connected with two sides of scraping ring.

LI W

Photo-thermal catalytic composite material used as photo-thermal catalyst, comprises nitrogen-doped graphene as carrier, and copper sulfide/nitrogen-titanium dioxide nanoparticles formed by coating copper sulfide and nitrogen-doped titanium dioxide as active component.

WEN Y, WANG X, KAN J, LIU Y, WAN J, GONG R, WU G, YAO D