国家/地区 中国（42） 世界知识产权组织（14） 俄罗斯（7） 美国（5） 印度（4） 日本（4） 欧洲专利局（EPO）（3） 韩国（2）
IPC部 B（73）
IPC大类 B82（73）
IPC小类 B82Y（73）
IPC B82Y030/00（49） B82Y040/00（44） C01B032/184（34）
C01B032/194（23） H01M004/62（16） H01M010/0525（14）
C01B032/198（9） C09K011/65（9） C01B032/182（8）
C01B032/19（8） H01M004/36（8） H01M004/38（8）
B82Y020/00（7） H01G011/36（7） C01B032/186（5）
发明人 LIU Z（4） LI Z（3） MEMETOV N R（3）
TKACHEV A G（3） AMIROV R KH（2） ANDRADE J（2）
CHEN B（2） CHEN F（2） DASH P S（2）
EISAMAN M（2） FENG X（2） FOLKSON J（2）
GAO H（2） GHORAI S（2） HE L（2）
公开年 2020（73）
申请年 2019（73）
专利权人 AS RUSSIA HI.（2） CHANGSHA SHE.（2） TATA STEEL L.（2） UNIV CALCUTT.（2）
UNIV NEW YOR.（2） UNIV NORTHWE.（2） UNIV TAMBOV .（2） UNIV WOLLONG.（2）

Method for producing graphene junction composed of collection of graphene, involves evenly compressing plane above graphene cluster, and generating frictional heat at portion where flat planes of graphene overlap each other.

KOBAYASHI H

DRY SYNTHESIS OF GRAPHENE FROM LIQUID REAGENTS used is carbon-containing liquid.

SHAVELKINA M B, AMIROV R KH, ILICHEV M V, SPEKTOR N O

METHOD OF PRODUCING NANOMATERIAL FOR BIOTECHNOLOGICAL PURPOSES BASED ON GRAPHENE OXIDE AND NANOPARTICLES OF SILVER AND COPPER OXIDES.

GUSEV A A, ZAKHAROVA O V, TKACHEV A G, MEMETOV N R, PROTASOV A S

Fabrication of laser-induced graphene composite material involves exposing polymer to laser source, infiltrating laser-induced graphene with host material, and removing laser-induced graphene/host material composite from polymer.

TOUR J M, LUONG D X, YANG K, ARNUSCH C J, SINGH S P, THAKUR A K, STANFORD M G, LI J T, PRESUTTI S E

Detecting abnormal growth of graphene by preparing inspected object having graphene film formed by chemical vapor deposition on substrate, using dark-field optical system to receive light from film and detecting abnormal growth of graphene.

IFUKU R, MATSUMOTO T, FUJIO A, SAITO K, RYOTA I, TAKASHI M, AKIRA F, KOUSAKU S

Synthesis of reduced graphene oxide-copper selenide film for electrochemical energy storage device by immersing substrate in aqueous mixture of copper compound and sodium selenosulfate to form the film on surface of substrate.

LOKHANDE C D, MALAVEKAR D B, BHOSALE V V, LOKHANDE V C

Preparing titanium dioxide nanowire-graphene nanocomposite material, comprises e.g. mixing graphite powder and sodium nitrate with concentrated sulfuric acid, stirring with potassium permanganate, adding distilled water and post processing.

YU Z, ZHU L, ZHOU Z, ZHU M

Manufacture of graphene flakes involves purging reduced graphene oxide with inert gas, and carrying out thermal reduction by rapidly heating to preset temperature.

FRYCZKOWSKI R, SIERADZKA M, JANICKI J

Composition used in tyre product, comprises a rubber and ionic liquid functionalized graphene, which is prepared by mixing graphene, rubber, ionic liquid and additive to prepare the composition.

GOSWAMI K, LAHA A, RAJE V, DEBNATH M, CHITRADURGA A L, BALACHANDRAN V S

Synthesing graphene molecules comprises e.g. intercalating second species between first and second adjacent graphene sheets having exposing first and second sheets to first species to facilitates electrochemical intercalation of species.

SWAGER T M, ZHONG Y L