国家/地区 俄罗斯（5） 世界知识产权组织（3）
IPC部 B（9）
IPC大类 B82（9） C01（7） C08（2）
IPC小类 B82B（9）
IPC B82B003/00（8） B82Y040/00（6） C01B032/186（3）
B82B001/00（2） B82Y030/00（2） C01B032/184（2）
发明人 AMIROV R KH（2） SHAVELKINA M B（2） SPEKTOR N O（2）
公开年 2020（4） 2021（3） 2019（2）
申请年 2019（9）
专利权人 AS RUSSIA HI.（2）

Nanocomposite material based on silicon and/or nitrogen-containing planar hetero-substituted carbon graphene-like structures comprises nitrogen, silicon and carbon atoms in graphene planes corresponding to structure.

ARKHIPOVA E A, IVANOV A S, SAVILOV S V, STOLBOV D N, SUSLOVA E V, CHERNYAK S A

DEVICE AND METHOD FOR PRECISION TRANSFER OF LAYERS OF ATOMICALLY THIN MATERIALS OF ANY AREA ONTO PLANAR SUBSTRATES.

IVANOVA T V, KULACHENKOV N K, PERMYAKOV D V, SINEV I S, KHESTANOVA E A

Producing graphene, comprises providing a substrate containing material with providing gas containing carbon monoxide (II) and bringing the gas into contact with the substrate and keeping it at temperature to graphene on substrate surface.

GREBENKO A K, KRASNIKOV D V, NASIBULIN A G

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

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

Polymer binder composition comprises epoxy-diane resin as epoxy oligomer, polyethylene polyamine as hardener and carbon nanoparticles comprising fulleroid multilayer astralen nano-modifier or graphene functionalized with hydroxyl groups.

GRYANKO I YU

METHOD FOR DIRECT SYNTHESIS OF NITRATED GRAPHENE PLATES.

SHAVELKINA M B, AMIROV R KH, TYUFTYAEV A S, SPEKTOR N O

Manufacture of graphene material-metal nanocomposite used for forming electronic device, involves forming layer of graphene material and/or graphene precursor material on surface of metal nanowire, and calcining nanowires.

REN S

Silicon-based graphene nanoconvex structure comprises substrate comprising single crystal silicon lower layer and silicon dioxide upper layer with granular protrusions, and graphene covered on substrate.

FAN N, PENG B, GUO J, LIU C, WANG Q

Producing graphene foam structure in pressure sensing applications, involves assembling graphene and graphene oxide into three-dimensional structure, where water-based foam comprises a biomolecular surface active agent is used as template.

KURPPA K, PAANANEN A, SZILVAY G, PULLI T, SANDBERG H, SOIKKELI M, KETOJA J, RUOTSALAINEN T