国家/地区 俄罗斯（34）
IPC部 C（34）
IPC大类 C01（34） B82（30） H01（13）
C08（8） C23（8） C07（6）
B01（5） B32（5） B05（4）
C30（4） C25（2） D01（2）
IPC小类 C01B（34）
IPC C01B031/02（34）
发明人 FENG X（4） MUELLEN K（4） MULLEN K（4）
VEERASAMY V（4） VEERASAMY V S（4） MELEZHIK A V（3）
TKACHEV A G（3） ADLER U（2） BURESCH I（2）
CAI J（2） CAI Y（2） FASEL R（2）
KONONENKO O V（2） LEVASHOV V I（2） MATVEEV V N（2）
公开年 2013（8） 2011（7） 2012（4） 2015（4） 2010（3） 2014（3） 2017（2）
申请年 2013（8）  2012（7）  2009（5）  2010（5）  2011（3）  2016（3） 
专利权人 BASF AG（4） BASF SE（4） GUARDIAN GLA.（4） GUARDIAN IND（4）
GUARDIAN IND.（4） BASF CHINA C.（3） MAX PLANCK G.（3） EMPA MATERIA.（2）
KME GERMANY .（2） KME GERMANY .（2） KME GERMANY .（2） NANOTEKHTSEN.（2）
NECHAEV YU S（2） TYCO ELECTRO.（2） VEERASAMY V .（2） WIELAND WERK.（2）

Manufacture of graphene film on surface of catalyst substrate heated to preset temperature, involves using copper foil as catalyst substrate in carbon-containing gas at preset pressure.

RYBIN M G

Producing aerogel based on composite of graphene and carbon nanotubes involves combining graphite flakes with mixture of concentrated sulfuric and nitric acids, diluting with water, filtering and washing precipitate with water.

BAKHIYA T, KHAMIZOV R KH, KONOV M A, BAVIZHEV M D

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

Particulate-form composite of iron compound and graphene oxide used as photocatalyst in apparatus for producing hydrogen, comprises iron compound supported on graphene oxide, and preset primary particle diameter.

KINOSHITA I, HASHIMOTO H, ISOBE K, SERA Y, YAMASHITA E, HORIBE T, EIJI Y, HIDEKI H, ISAMU K, KIYOSHI I, TOMOKO H, YOSHIHIKO S

Method of producing graphene hybrid and carbon nanotubes.

MATVEEV V N, KONONENKO O V, LEVASHOV V I, VOLKOV V T, KHODOS I I

Method of modifying carbon nanomaterials of nanotubes or graphene, particles of which contain hydroxyl or carboxyl groups.

TKACHEV A G, MELEZHIK A V, DYACHKOVA T P

Producing in electrochemical cell of one or more of graphene, graphite nanoplatelet structures, and graphane, involves passing current through cell to intercalate ions into graphitic negative electrode.

DRYFE R A W, KINLOCH I A, ABDELKADER A M, JEFF R A W, DRYFE R A V

Method of obtaining graphene, involves processing crystalline graphite with solution of ammonium persulfate in sulfuric acid not containing free water, aging, dispersing ultrasonically or cavitation device, hydrolyzing, and washing.

MELEZHIK A V, TKACHEV A G

Method of production of graphene structures obtained by burning in air atmosphere or inert gas of composite press material produced from micro- and nanodisperse powders of active metals such as aluminium, titanium, zirconium,.

GUSEYNOV SH L O, FEDOROV S G, TUZOV A YU, STOROZHENKO P A, DRACHEV A I, KISIN A V

Forming three dimensional structures based on graphene having sp1-linear carbon chain, by condensing carbon on graphene or its surface by evaporating graphite in vacuum, and forming hexagonal close-packed structure of chain with graphene.

GLUKHOV D E