国家/地区 俄罗斯（9） 世界知识产权组织（3）
IPC部 B（13）
IPC大类 B82（13）
IPC小类 B82B（13） C01B（12） B82Y（10）
B02C（2） B32B（2） C01G（2）
C04B（2） G02B（2）
IPC B82B003/00（13）
发明人 MELEZHIK A V（3） TKACHEV A G（3） ARBUZOV A A（2）
FURSIKOV P V（2） MOZHZHUKHIN S A（2） PERSHIN V F（2）
TARASOV B P（2） VOLODIN A A（2） VOROBEV A M（2）
VOROBYEV A M（2） ZELENIN A D（2）
公开年 2017（8） 2018（4）
申请年 2016（13）
专利权人 AS RUSSIA CH.（2） PROBLEMS CHE.（2） UNIV TAMBOV .（2）

Hydrogen-accumulating materials comprise magnesium hydride and nickel-graphene hydrogenation catalyst which is a nickel nanoparticle and uniformly fixed on the graphene surface.

ARBUZOV A A, MOZHZHUKHIN S A, VOLODIN A A, FURSIKOV P V, TARASOV B P

Producing graphene, comprises e.g. treating crystalline graphite with ammonium persulfate solution in sulfuric acid which is free of water, holding the resulting intercalated graphite compound before expansion, and performing hydrolysis.

TKACHEV A G, MELEZHIK A V, MEMETOV N R, OSIPOV A A

Light-absorption material consists of single and multiwalled carbon nanotubes, and graphene on walls.

KARAEVA A R K, KAZENNOV N V, MORDKOVICH V Z, ZHUKOVA E A

Method of obtaining copper - graphene composite taking copper sulfate and graphite as raw materials.

ARCHAKOV I YU, KONAKOV V G, KURAPOVA O YU, OVIDKO I A

Nickel-graphene hydrogenation catalyst comprises nickel nanoclusters, deposited on carbon nanoparticles, as carrier which contains reduced graphite oxide.

ARBUZOV A A, MOZHZHUKHIN S A, VOLODIN A A, FURSIKOV P V, TARASOV B P

Electroactive nanocomposites used in electrochemical devices like electric cars, supercapacitors, chemical and electrochemical sensors, comprises graphene oxide and reduced graphene oxide, and alpha nickel hydroxide nanoparticles.

ARAKI K, VENANCIO NUNES C, GONCALVES J M, GUIMARAES R R, DUARTE A, TOMA H E

Graphene oxide reduction involves oxidizing graphite nanoplatelets to obtain graphene oxide, preferably by oxidation of hummers, exfoliating resulting graphene oxide through ultrasonic medium, and then reducing graphene oxide partially.

SOTO M A V, JIMENEZ L L, TERAN A T, ALFONSO PEREZ GARCIA S

Industrial-scale production of graphene from carbon black, used as raw material for obtaining self-assembling nanotubes, involves manually subjecting carbon black in high temperature reactor, heating, cooling and carrying out inverse cycle.

REYES SALINAS M C, KRAVETZ MIRANDA J, CRUZAT IRARAZAVAL C R

Method for obtaining graphene involves electrodynamic fluidization of graphite particles between electrodes in vacuum.

ZHEBELEV S I

Making graphene comprises performing oxidative intercalation of graphite powder with concentrated sulfuric acid, followed by oxidation using oxidizing agents, cold expansion of graphite, and mechanical elimination of graphite layers.

PERSHIN V F, TKACHEV A G, VOROBYEV A M, ZELENIN A D, MELEZHIK A V, VOROBEV A M