国家/地区 俄罗斯（10）
IPC部 C（10）
IPC大类 C01（10）
IPC小类 C01B（10）
IPC B82B003/00（7） C01B031/04（7） B82Y040/00（5）
C01B031/00（4） C01B031/02（3）
发明人 KALANDARISHVILI A G（2） KONONENKO O V（2） LEVASHOV V I（2）
MATVEEV V N（2）
公开年 2013（5） 2012（3） 2011（2）
申请年 2011（10）
专利权人 AS RUSSIA MI.（2）

Producing graphene film involves precipitation of carbon dioxide in carbon-containing gas according substrate, covered with catalyst, where the nano-particles of iron are used as catalyst.

BONDARENKO G V, FIRSOV A A, KHODOS I I, KLIMENKO G L, KONONENKO O V, LEVASHOV V I, MATVEEV V N, PANINA O I

Producing graphene film involves depositing carbon-containing gas and substrate in a reactor, covering with catalyst, heating, exceeding decomposition, producing carbonaceous gas, and evacuating reactor by cooling to room temperature.

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

Depositing graphene layers on heated substrate in vacuum chamber, comprises diffusing volatile hydrocarbons to substrate from graphite surface target magnetron operating in same volume, at a low pressure hydrogen atmosphere.

KONOV V I, KRASOVSKY V I, MELNIK N N, SAVRANSKY V V, VLASOV D V, YURKOV A N

Method of obtaining perforated graphene-based layered compounds involves thermal decomposition of sulphuric acid-intercalated graphite oxide in a medium of concentrated sulphuric acid.

JUDANOV N F, OKOTRUB A V, BULUSHEVA L G, ASANOV I P, YUDANOV N F

Method of obtaining graphene cells in graphite with addition of radioactive isotopes.

KALANDARISHVILI A G

Manufacture of graphene for nanoelectronics, involves mixing graphite powder with concentrated sulfuric acid, oxidizing using potassium permanganate, reducing and dispersing.

GUBIN S P, CHEGLAKOV A V, BUSLAEVA E Y, TKACHEV S V, GELLER M M, DUDAKOV V B, BUSLAEVA E YU

Method of producing graphene cells in graphite with various intercalated additives.

KALANDARISHVILI A G

Production of free graphene, involves separating graphene from blank represented by highly oriented pyrolytic graphite or graphite single crystal in electric field.

IGNATOV M A

Article e.g. photodetector, comprises graphene layer having work function and metal oxide film having work function greater than work function of graphene layer, formed on graphene layer.

CHEN W, CHEN Z, WEE T S A, XIE L, WANG X, SUN J, ARIANDO, HWANG J, CHEN V, CHEN ZH, WEE T SH A, SUN Y

Spinning graphene ribbons into fibers to manufacture graphene ribbon fibers, comprises supplying spin-dope comprising graphene ribbons to spinneret, spinning spin-dope into accrued graphene ribbon fibers, and coagulating accrued fibers.

KOENDERS B M, MEERMAN J J, KAMPERMAN S M, WAARBEEK TER R F, JONG DE J, RADIER A A T, OTTO M J, WAARBEEK T R F, JONG D J, MEERMAN YA Y, JONG D Y, OTTO M YA