国家/地区 欧洲专利局（EPO）（105）
IPC部 C（105）
IPC大类 C01（105）
IPC小类 C01B（105）
IPC C01B031/04（93） C01B032/182（51） C01B031/02（38）
B82Y040/00（31） C01B032/15（26） C01B032/18（23）
C01B032/184（23） C01B032/194（22） B82Y030/00（21）
C23C016/26（17） C01B032/186（14） C08K003/04（13）
H01M004/62（13） C01B032/19（12） H01M004/587（12）
发明人 MUELLEN K（7） SCHWAB M G（7） LEE J（5）
FENG X（4） MULLEN K（4） ZHANG L（4）
ZHANG M（4） BOBENRIETH A（3） BOHM S（3）
DO S（3） DO S H（3） DO SEUNG H（3）
JEON S（3） JEON S Y（3） KONG J（3）
公开年 2015（105）
申请年 2014（54）  2015（34）  2013（17） 
专利权人 BASF SE（9） MAX PLANCK G.（7） UNIV MANCHES.（5） CARBON NANO .（4）
SHENZHEN CAN.（4） BASF CHINA C.（3） HANWHA CHEM .（3） JINAN SHENGQ.（3）
MATERIALOW E.（3） SOLVAY SA（3） TATA STEEL U.（3） CHIU G（2）
CORNING INC（2） COUNCIL SCI .（2） DIRECTA PLUS.（2） GRAPHENE PLA.（2）
GRAPHENE PLA.（2） HUAWEI TECHN.（2） JINAN SHENGQ.（2） JINAN SHENGQ.（2）

Multilayer structure of capacitor, has first and third layers each form one of two dee-trodes and comprise pyrolysed carbon nanomembranes or layers of graphene, and second layer is dielectric comprising car-bon nanomembranes.

BEYER A, GOLZHAUSER A, PENNER P, ZHANG X, GOELZHAEUSER A

Manufacture of graphene oxide-polymer nanocomposite for preparing fuel barrier material, involves thermally-reducing graphene oxide, and polymerizing monomer when obtained thermally-reduced graphene oxide having preset amount of oxygen.

BOBENRIETH A

Aqueous graphene material suspension used e.g. for producing conductive films and nanocomposite which is used for preparing fuel barrier material, comprises liquid suspension medium comprising water, graphene material and anionic surfactant.

BOBENRIETH A, DUBOIS P, RAQUEZ J, MEYER F, FREDERIX C

Manufacturing a nanocomposite comprises having in a reactor the graphene material and a monomer material for the preparation of the semi-aromatic polyamide, and polymerizing the monomer material in the reactor.

BOBENRIETH A

Organic solar energy battery device, has electrode formed with foamy thin film, where donor material of photoactive layer is enriched at side of transport layer, and heterojunction structure formed by graphene and donor material.

LI H, XIA S, XIE F

Composition for producing graphite blocks used as thick lubrication blocks, electrode replacements for synthetic graphite electrodes, neutron ray filters, and as furnace liners, comprises graphite flakes and graphene oxide.

CHIU G, SUNG T, MCCLOSKEY J W, HYATT R J

Method of manufacturing graphene layer on substrate, involves laminating metalized graphene layer to second substrate.

LIPOMI D J, ZARETSKI A, LIPOMI D

Production of graphene nanoplatelets used as e.g. additive, involves dispersing expanded flakes of intercalated graphite in dispersing medium and subjecting to exfoliation and size reduction by pumping graphite at preset pressure.

CESAREO G, PARRINI M R, RIZZI L G

Producing pristine graphene nanoplatelets used in e.g. paints, comprises expanding flakes of intercalated graphite, dispersing expanded graphite in water in absence of surfactant and subjecting to exfoliation and size reduction treatment.

CESAREO G, PARRINI M R, RIZZI L G

New biocompatible interface comprising graphene-related materials (G-biointerface), useful for remote manipulation of electrical properties of cell membrane.

MOLOKANOVA E